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foss-eda-tools/third_party/shuttle/sky130/mpw-005/slot-039/3e528bfe23d607170fcce24c2962c153cc228ef8^!/.
commit
3e528bfe23d607170fcce24c2962c153cc228ef8
[log]
author
Emre Goncu <emre.goncu@procenne.com>
Sat Mar 19 12:43:39 2022 +0300
committer
Emre Goncu <emre.goncu@procenne.com>
Sat Mar 19 12:43:39 2022 +0300
tree
e6799e769ed616c53e1ee690b15842afdb7d9b5e
parent
45e4ff8f79247ade58e06fc17ce9748e47839467 [diff]
ADD: user_project_wrapper with sram and UART

diff --git a/gds/user_proj_example.gds b/gds/user_proj_example.gds
index 416e5cc..159c97b 100644
--- a/gds/user_proj_example.gds
+++ b/gds/user_proj_example.gds
Binary files differ

diff --git a/gds/user_project_wrapper.gds b/gds/user_project_wrapper.gds
new file mode 100644
index 0000000..2e25325
--- /dev/null
+++ b/gds/user_project_wrapper.gds
Binary files differ

diff --git a/lef/user_proj_example.lef b/lef/user_proj_example.lef
index a53aec8..3c3bb7e 100644
--- a/lef/user_proj_example.lef
+++ b/lef/user_proj_example.lef

@@ -11,8 +11,8 @@
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 880.640 4.000 881.240 ;
+      LAYER met2 ;
+        RECT 1.470 1596.000 1.750 1600.000 ;
     END
   END io_in[0]
   PIN io_in[10]
@@ -20,23 +20,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 254.470 0.000 254.750 4.000 ;
+        RECT 97.150 1596.000 97.430 1600.000 ;
     END
   END io_in[10]
   PIN io_in[11]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 836.440 800.000 837.040 ;
+      LAYER met2 ;
+        RECT 106.810 1596.000 107.090 1600.000 ;
     END
   END io_in[11]
   PIN io_in[12]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 635.840 800.000 636.440 ;
+      LAYER met2 ;
+        RECT 116.470 1596.000 116.750 1600.000 ;
     END
   END io_in[12]
   PIN io_in[13]
@@ -44,7 +44,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 193.290 1596.000 193.570 1600.000 ;
+        RECT 126.130 1596.000 126.410 1600.000 ;
     END
   END io_in[13]
   PIN io_in[14]
@@ -52,7 +52,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 251.250 1596.000 251.530 1600.000 ;
+        RECT 135.790 1596.000 136.070 1600.000 ;
     END
   END io_in[14]
   PIN io_in[15]
@@ -60,7 +60,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 190.070 0.000 190.350 4.000 ;
+        RECT 145.450 1596.000 145.730 1600.000 ;
     END
   END io_in[15]
   PIN io_in[16]
@@ -68,63 +68,63 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 309.210 1596.000 309.490 1600.000 ;
+        RECT 154.650 1596.000 154.930 1600.000 ;
     END
   END io_in[16]
   PIN io_in[17]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1387.240 4.000 1387.840 ;
+      LAYER met2 ;
+        RECT 164.310 1596.000 164.590 1600.000 ;
     END
   END io_in[17]
   PIN io_in[18]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 928.240 4.000 928.840 ;
+      LAYER met2 ;
+        RECT 173.970 1596.000 174.250 1600.000 ;
     END
   END io_in[18]
   PIN io_in[19]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1118.640 4.000 1119.240 ;
+      LAYER met2 ;
+        RECT 183.630 1596.000 183.910 1600.000 ;
     END
   END io_in[19]
   PIN io_in[1]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1020.040 800.000 1020.640 ;
+      LAYER met2 ;
+        RECT 10.670 1596.000 10.950 1600.000 ;
     END
   END io_in[1]
   PIN io_in[20]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 724.240 800.000 724.840 ;
+      LAYER met2 ;
+        RECT 193.290 1596.000 193.570 1600.000 ;
     END
   END io_in[20]
   PIN io_in[21]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 972.440 800.000 973.040 ;
+      LAYER met2 ;
+        RECT 202.950 1596.000 203.230 1600.000 ;
     END
   END io_in[21]
   PIN io_in[22]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 91.840 4.000 92.440 ;
+      LAYER met2 ;
+        RECT 212.610 1596.000 212.890 1600.000 ;
     END
   END io_in[22]
   PIN io_in[23]
@@ -132,23 +132,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 405.810 0.000 406.090 4.000 ;
+        RECT 221.810 1596.000 222.090 1600.000 ;
     END
   END io_in[23]
   PIN io_in[24]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 285.640 800.000 286.240 ;
+      LAYER met2 ;
+        RECT 231.470 1596.000 231.750 1600.000 ;
     END
   END io_in[24]
   PIN io_in[25]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 513.440 800.000 514.040 ;
+      LAYER met2 ;
+        RECT 241.130 1596.000 241.410 1600.000 ;
     END
   END io_in[25]
   PIN io_in[26]
@@ -156,15 +156,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 731.030 1596.000 731.310 1600.000 ;
+        RECT 250.790 1596.000 251.070 1600.000 ;
     END
   END io_in[26]
   PIN io_in[27]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 425.040 800.000 425.640 ;
+      LAYER met2 ;
+        RECT 260.450 1596.000 260.730 1600.000 ;
     END
   END io_in[27]
   PIN io_in[28]
@@ -172,15 +172,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 215.830 0.000 216.110 4.000 ;
+        RECT 270.110 1596.000 270.390 1600.000 ;
     END
   END io_in[28]
   PIN io_in[29]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 95.240 800.000 95.840 ;
+      LAYER met2 ;
+        RECT 279.770 1596.000 280.050 1600.000 ;
     END
   END io_in[29]
   PIN io_in[2]
@@ -188,7 +188,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 788.990 1596.000 789.270 1600.000 ;
+        RECT 20.330 1596.000 20.610 1600.000 ;
     END
   END io_in[2]
   PIN io_in[30]
@@ -196,47 +196,47 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 70.930 1596.000 71.210 1600.000 ;
+        RECT 289.430 1596.000 289.710 1600.000 ;
     END
   END io_in[30]
   PIN io_in[31]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 299.240 800.000 299.840 ;
+      LAYER met2 ;
+        RECT 298.630 1596.000 298.910 1600.000 ;
     END
   END io_in[31]
   PIN io_in[32]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1224.040 4.000 1224.640 ;
+      LAYER met2 ;
+        RECT 308.290 1596.000 308.570 1600.000 ;
     END
   END io_in[32]
   PIN io_in[33]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 231.240 800.000 231.840 ;
+      LAYER met2 ;
+        RECT 317.950 1596.000 318.230 1600.000 ;
     END
   END io_in[33]
   PIN io_in[34]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 918.040 800.000 918.640 ;
+      LAYER met2 ;
+        RECT 327.610 1596.000 327.890 1600.000 ;
     END
   END io_in[34]
   PIN io_in[35]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1482.440 4.000 1483.040 ;
+      LAYER met2 ;
+        RECT 337.270 1596.000 337.550 1600.000 ;
     END
   END io_in[35]
   PIN io_in[36]
@@ -244,7 +244,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 67.710 0.000 67.990 4.000 ;
+        RECT 346.930 1596.000 347.210 1600.000 ;
     END
   END io_in[36]
   PIN io_in[37]
@@ -252,31 +252,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 96.690 1596.000 96.970 1600.000 ;
+        RECT 356.590 1596.000 356.870 1600.000 ;
     END
   END io_in[37]
   PIN io_in[3]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1530.040 4.000 1530.640 ;
+      LAYER met2 ;
+        RECT 29.990 1596.000 30.270 1600.000 ;
     END
   END io_in[3]
   PIN io_in[4]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 323.040 4.000 323.640 ;
+      LAYER met2 ;
+        RECT 39.650 1596.000 39.930 1600.000 ;
     END
   END io_in[4]
   PIN io_in[5]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1292.040 4.000 1292.640 ;
+      LAYER met2 ;
+        RECT 49.310 1596.000 49.590 1600.000 ;
     END
   END io_in[5]
   PIN io_in[6]
@@ -284,7 +284,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 38.730 1596.000 39.010 1600.000 ;
+        RECT 58.970 1596.000 59.250 1600.000 ;
     END
   END io_in[6]
   PIN io_in[7]
@@ -292,7 +292,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 286.670 0.000 286.950 4.000 ;
+        RECT 68.630 1596.000 68.910 1600.000 ;
     END
   END io_in[7]
   PIN io_in[8]
@@ -300,7 +300,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 769.670 1596.000 769.950 1600.000 ;
+        RECT 77.830 1596.000 78.110 1600.000 ;
     END
   END io_in[8]
   PIN io_in[9]
@@ -308,15 +308,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 660.190 1596.000 660.470 1600.000 ;
+        RECT 87.490 1596.000 87.770 1600.000 ;
     END
   END io_in[9]
   PIN io_oeb[0]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1298.840 4.000 1299.440 ;
+      LAYER met2 ;
+        RECT 4.230 1596.000 4.510 1600.000 ;
     END
   END io_oeb[0]
   PIN io_oeb[10]
@@ -324,23 +324,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 505.630 1596.000 505.910 1600.000 ;
+        RECT 100.370 1596.000 100.650 1600.000 ;
     END
   END io_oeb[10]
   PIN io_oeb[11]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 377.440 4.000 378.040 ;
+      LAYER met2 ;
+        RECT 110.030 1596.000 110.310 1600.000 ;
     END
   END io_oeb[11]
   PIN io_oeb[12]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1540.240 800.000 1540.840 ;
+      LAYER met2 ;
+        RECT 119.690 1596.000 119.970 1600.000 ;
     END
   END io_oeb[12]
   PIN io_oeb[13]
@@ -348,7 +348,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 566.810 0.000 567.090 4.000 ;
+        RECT 129.350 1596.000 129.630 1600.000 ;
     END
   END io_oeb[13]
   PIN io_oeb[14]
@@ -356,15 +356,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 573.250 0.000 573.530 4.000 ;
+        RECT 139.010 1596.000 139.290 1600.000 ;
     END
   END io_oeb[14]
   PIN io_oeb[15]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1370.240 800.000 1370.840 ;
+      LAYER met2 ;
+        RECT 148.210 1596.000 148.490 1600.000 ;
     END
   END io_oeb[15]
   PIN io_oeb[16]
@@ -372,31 +372,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 502.410 0.000 502.690 4.000 ;
+        RECT 157.870 1596.000 158.150 1600.000 ;
     END
   END io_oeb[16]
   PIN io_oeb[17]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1570.840 4.000 1571.440 ;
+      LAYER met2 ;
+        RECT 167.530 1596.000 167.810 1600.000 ;
     END
   END io_oeb[17]
   PIN io_oeb[18]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1152.640 4.000 1153.240 ;
+      LAYER met2 ;
+        RECT 177.190 1596.000 177.470 1600.000 ;
     END
   END io_oeb[18]
   PIN io_oeb[19]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 173.440 4.000 174.040 ;
+      LAYER met2 ;
+        RECT 186.850 1596.000 187.130 1600.000 ;
     END
   END io_oeb[19]
   PIN io_oeb[1]
@@ -404,7 +404,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 599.010 0.000 599.290 4.000 ;
+        RECT 13.890 1596.000 14.170 1600.000 ;
     END
   END io_oeb[1]
   PIN io_oeb[20]
@@ -412,39 +412,39 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 624.770 0.000 625.050 4.000 ;
+        RECT 196.510 1596.000 196.790 1600.000 ;
     END
   END io_oeb[20]
   PIN io_oeb[21]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1424.640 800.000 1425.240 ;
+      LAYER met2 ;
+        RECT 206.170 1596.000 206.450 1600.000 ;
     END
   END io_oeb[21]
   PIN io_oeb[22]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1142.440 800.000 1143.040 ;
+      LAYER met2 ;
+        RECT 215.830 1596.000 216.110 1600.000 ;
     END
   END io_oeb[22]
   PIN io_oeb[23]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 523.640 4.000 524.240 ;
+      LAYER met2 ;
+        RECT 225.030 1596.000 225.310 1600.000 ;
     END
   END io_oeb[23]
   PIN io_oeb[24]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1591.240 4.000 1591.840 ;
+      LAYER met2 ;
+        RECT 234.690 1596.000 234.970 1600.000 ;
     END
   END io_oeb[24]
   PIN io_oeb[25]
@@ -452,39 +452,39 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 363.950 0.000 364.230 4.000 ;
+        RECT 244.350 1596.000 244.630 1600.000 ;
     END
   END io_oeb[25]
   PIN io_oeb[26]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 64.640 4.000 65.240 ;
+      LAYER met2 ;
+        RECT 254.010 1596.000 254.290 1600.000 ;
     END
   END io_oeb[26]
   PIN io_oeb[27]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 227.840 4.000 228.440 ;
+      LAYER met2 ;
+        RECT 263.670 1596.000 263.950 1600.000 ;
     END
   END io_oeb[27]
   PIN io_oeb[28]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 693.640 4.000 694.240 ;
+      LAYER met2 ;
+        RECT 273.330 1596.000 273.610 1600.000 ;
     END
   END io_oeb[28]
   PIN io_oeb[29]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 768.440 4.000 769.040 ;
+      LAYER met2 ;
+        RECT 282.990 1596.000 283.270 1600.000 ;
     END
   END io_oeb[29]
   PIN io_oeb[2]
@@ -492,23 +492,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 737.470 1596.000 737.750 1600.000 ;
+        RECT 23.550 1596.000 23.830 1600.000 ;
     END
   END io_oeb[2]
   PIN io_oeb[30]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 340.040 800.000 340.640 ;
+      LAYER met2 ;
+        RECT 292.190 1596.000 292.470 1600.000 ;
     END
   END io_oeb[30]
   PIN io_oeb[31]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1094.840 800.000 1095.440 ;
+      LAYER met2 ;
+        RECT 301.850 1596.000 302.130 1600.000 ;
     END
   END io_oeb[31]
   PIN io_oeb[32]
@@ -516,7 +516,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 305.990 0.000 306.270 4.000 ;
+        RECT 311.510 1596.000 311.790 1600.000 ;
     END
   END io_oeb[32]
   PIN io_oeb[33]
@@ -524,15 +524,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 557.150 1596.000 557.430 1600.000 ;
+        RECT 321.170 1596.000 321.450 1600.000 ;
     END
   END io_oeb[33]
   PIN io_oeb[34]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 176.840 800.000 177.440 ;
+      LAYER met2 ;
+        RECT 330.830 1596.000 331.110 1600.000 ;
     END
   END io_oeb[34]
   PIN io_oeb[35]
@@ -540,7 +540,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 235.150 0.000 235.430 4.000 ;
+        RECT 340.490 1596.000 340.770 1600.000 ;
     END
   END io_oeb[35]
   PIN io_oeb[36]
@@ -548,39 +548,39 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 753.570 0.000 753.850 4.000 ;
+        RECT 350.150 1596.000 350.430 1600.000 ;
     END
   END io_oeb[36]
   PIN io_oeb[37]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 105.440 4.000 106.040 ;
+      LAYER met2 ;
+        RECT 359.810 1596.000 360.090 1600.000 ;
     END
   END io_oeb[37]
   PIN io_oeb[3]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1577.640 4.000 1578.240 ;
+      LAYER met2 ;
+        RECT 33.210 1596.000 33.490 1600.000 ;
     END
   END io_oeb[3]
   PIN io_oeb[4]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 782.040 4.000 782.640 ;
+      LAYER met2 ;
+        RECT 42.870 1596.000 43.150 1600.000 ;
     END
   END io_oeb[4]
   PIN io_oeb[5]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 68.040 800.000 68.640 ;
+      LAYER met2 ;
+        RECT 52.530 1596.000 52.810 1600.000 ;
     END
   END io_oeb[5]
   PIN io_oeb[6]
@@ -588,47 +588,47 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 492.750 1596.000 493.030 1600.000 ;
+        RECT 62.190 1596.000 62.470 1600.000 ;
     END
   END io_oeb[6]
   PIN io_oeb[7]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 10.240 4.000 10.840 ;
+      LAYER met2 ;
+        RECT 71.850 1596.000 72.130 1600.000 ;
     END
   END io_oeb[7]
   PIN io_oeb[8]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1451.840 800.000 1452.440 ;
+      LAYER met2 ;
+        RECT 81.050 1596.000 81.330 1600.000 ;
     END
   END io_oeb[8]
   PIN io_oeb[9]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1339.640 4.000 1340.240 ;
+      LAYER met2 ;
+        RECT 90.710 1596.000 90.990 1600.000 ;
     END
   END io_oeb[9]
   PIN io_out[0]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 901.040 4.000 901.640 ;
+      LAYER met2 ;
+        RECT 7.450 1596.000 7.730 1600.000 ;
     END
   END io_out[0]
   PIN io_out[10]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 802.440 4.000 803.040 ;
+      LAYER met2 ;
+        RECT 103.590 1596.000 103.870 1600.000 ;
     END
   END io_out[10]
   PIN io_out[11]
@@ -636,47 +636,47 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 776.110 0.000 776.390 4.000 ;
+        RECT 113.250 1596.000 113.530 1600.000 ;
     END
   END io_out[11]
   PIN io_out[12]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 904.440 800.000 905.040 ;
+      LAYER met2 ;
+        RECT 122.910 1596.000 123.190 1600.000 ;
     END
   END io_out[12]
   PIN io_out[13]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 873.840 4.000 874.440 ;
+      LAYER met2 ;
+        RECT 132.570 1596.000 132.850 1600.000 ;
     END
   END io_out[13]
   PIN io_out[14]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 761.640 4.000 762.240 ;
+      LAYER met2 ;
+        RECT 142.230 1596.000 142.510 1600.000 ;
     END
   END io_out[14]
   PIN io_out[15]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1496.040 4.000 1496.640 ;
+      LAYER met2 ;
+        RECT 151.430 1596.000 151.710 1600.000 ;
     END
   END io_out[15]
   PIN io_out[16]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1567.440 800.000 1568.040 ;
+      LAYER met2 ;
+        RECT 161.090 1596.000 161.370 1600.000 ;
     END
   END io_out[16]
   PIN io_out[17]
@@ -684,7 +684,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 41.950 0.000 42.230 4.000 ;
+        RECT 170.750 1596.000 171.030 1600.000 ;
     END
   END io_out[17]
   PIN io_out[18]
@@ -692,15 +692,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 299.550 0.000 299.830 4.000 ;
+        RECT 180.410 1596.000 180.690 1600.000 ;
     END
   END io_out[18]
   PIN io_out[19]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1428.040 4.000 1428.640 ;
+      LAYER met2 ;
+        RECT 190.070 1596.000 190.350 1600.000 ;
     END
   END io_out[19]
   PIN io_out[1]
@@ -708,47 +708,47 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 277.010 1596.000 277.290 1600.000 ;
+        RECT 17.110 1596.000 17.390 1600.000 ;
     END
   END io_out[1]
   PIN io_out[20]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 159.840 4.000 160.440 ;
+      LAYER met2 ;
+        RECT 199.730 1596.000 200.010 1600.000 ;
     END
   END io_out[20]
   PIN io_out[21]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 758.240 800.000 758.840 ;
+      LAYER met2 ;
+        RECT 209.390 1596.000 209.670 1600.000 ;
     END
   END io_out[21]
   PIN io_out[22]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 894.240 4.000 894.840 ;
+      LAYER met2 ;
+        RECT 219.050 1596.000 219.330 1600.000 ;
     END
   END io_out[22]
   PIN io_out[23]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 102.040 800.000 102.640 ;
+      LAYER met2 ;
+        RECT 228.250 1596.000 228.530 1600.000 ;
     END
   END io_out[23]
   PIN io_out[24]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 700.440 4.000 701.040 ;
+      LAYER met2 ;
+        RECT 237.910 1596.000 238.190 1600.000 ;
     END
   END io_out[24]
   PIN io_out[25]
@@ -756,7 +756,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 241.590 0.000 241.870 4.000 ;
+        RECT 247.570 1596.000 247.850 1600.000 ;
     END
   END io_out[25]
   PIN io_out[26]
@@ -764,39 +764,39 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 772.890 0.000 773.170 4.000 ;
+        RECT 257.230 1596.000 257.510 1600.000 ;
     END
   END io_out[26]
   PIN io_out[27]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 744.640 800.000 745.240 ;
+      LAYER met2 ;
+        RECT 266.890 1596.000 267.170 1600.000 ;
     END
   END io_out[27]
   PIN io_out[28]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 200.640 4.000 201.240 ;
+      LAYER met2 ;
+        RECT 276.550 1596.000 276.830 1600.000 ;
     END
   END io_out[28]
   PIN io_out[29]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1553.840 800.000 1554.440 ;
+      LAYER met2 ;
+        RECT 286.210 1596.000 286.490 1600.000 ;
     END
   END io_out[29]
   PIN io_out[2]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1207.040 800.000 1207.640 ;
+      LAYER met2 ;
+        RECT 26.770 1596.000 27.050 1600.000 ;
     END
   END io_out[2]
   PIN io_out[30]
@@ -804,7 +804,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 611.890 0.000 612.170 4.000 ;
+        RECT 295.410 1596.000 295.690 1600.000 ;
     END
   END io_out[30]
   PIN io_out[31]
@@ -812,15 +812,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 112.790 0.000 113.070 4.000 ;
+        RECT 305.070 1596.000 305.350 1600.000 ;
     END
   END io_out[31]
   PIN io_out[32]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1574.240 800.000 1574.840 ;
+      LAYER met2 ;
+        RECT 314.730 1596.000 315.010 1600.000 ;
     END
   END io_out[32]
   PIN io_out[33]
@@ -828,23 +828,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 157.870 0.000 158.150 4.000 ;
+        RECT 324.390 1596.000 324.670 1600.000 ;
     END
   END io_out[33]
   PIN io_out[34]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 989.440 4.000 990.040 ;
+      LAYER met2 ;
+        RECT 334.050 1596.000 334.330 1600.000 ;
     END
   END io_out[34]
   PIN io_out[35]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 544.040 4.000 544.640 ;
+      LAYER met2 ;
+        RECT 343.710 1596.000 343.990 1600.000 ;
     END
   END io_out[35]
   PIN io_out[36]
@@ -852,7 +852,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 64.490 1596.000 64.770 1600.000 ;
+        RECT 353.370 1596.000 353.650 1600.000 ;
     END
   END io_out[36]
   PIN io_out[37]
@@ -860,39 +860,39 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 244.810 1596.000 245.090 1600.000 ;
+        RECT 363.030 1596.000 363.310 1600.000 ;
     END
   END io_out[37]
   PIN io_out[3]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 98.640 4.000 99.240 ;
+      LAYER met2 ;
+        RECT 36.430 1596.000 36.710 1600.000 ;
     END
   END io_out[3]
   PIN io_out[4]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1081.240 800.000 1081.840 ;
+      LAYER met2 ;
+        RECT 46.090 1596.000 46.370 1600.000 ;
     END
   END io_out[4]
   PIN io_out[5]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1312.440 4.000 1313.040 ;
+      LAYER met2 ;
+        RECT 55.750 1596.000 56.030 1600.000 ;
     END
   END io_out[5]
   PIN io_out[6]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1179.840 4.000 1180.440 ;
+      LAYER met2 ;
+        RECT 65.410 1596.000 65.690 1600.000 ;
     END
   END io_out[6]
   PIN io_out[7]
@@ -900,15 +900,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 460.550 1596.000 460.830 1600.000 ;
+        RECT 74.610 1596.000 74.890 1600.000 ;
     END
   END io_out[7]
   PIN io_out[8]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 20.440 800.000 21.040 ;
+      LAYER met2 ;
+        RECT 84.270 1596.000 84.550 1600.000 ;
     END
   END io_out[8]
   PIN io_out[9]
@@ -916,15 +916,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 795.430 1596.000 795.710 1600.000 ;
+        RECT 93.930 1596.000 94.210 1600.000 ;
     END
   END io_out[9]
   PIN irq[0]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1458.640 800.000 1459.240 ;
+      LAYER met2 ;
+        RECT 415.470 0.000 415.750 4.000 ;
     END
   END irq[0]
   PIN irq[1]
@@ -932,7 +932,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 270.570 1596.000 270.850 1600.000 ;
+        RECT 419.150 0.000 419.430 4.000 ;
     END
   END irq[1]
   PIN irq[2]
@@ -940,23 +940,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 563.590 1596.000 563.870 1600.000 ;
+        RECT 423.290 0.000 423.570 4.000 ;
     END
   END irq[2]
   PIN la_data_in[0]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 541.050 0.000 541.330 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 6.160 800.000 6.760 ;
     END
   END la_data_in[0]
   PIN la_data_in[100]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 264.130 1596.000 264.410 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 1409.000 800.000 1409.600 ;
     END
   END la_data_in[100]
   PIN la_data_in[101]
@@ -964,7 +964,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 206.170 1596.000 206.450 1600.000 ;
+        RECT 695.610 1596.000 695.890 1600.000 ;
     END
   END la_data_in[101]
   PIN la_data_in[102]
@@ -972,31 +972,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 570.030 1596.000 570.310 1600.000 ;
+        RECT 727.350 0.000 727.630 4.000 ;
     END
   END la_data_in[102]
   PIN la_data_in[103]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 782.550 0.000 782.830 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 1417.840 4.000 1418.440 ;
     END
   END la_data_in[103]
   PIN la_data_in[104]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 88.440 800.000 89.040 ;
+      LAYER met2 ;
+        RECT 739.310 0.000 739.590 4.000 ;
     END
   END la_data_in[104]
   PIN la_data_in[105]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 724.590 1596.000 724.870 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 1430.760 4.000 1431.360 ;
     END
   END la_data_in[105]
   PIN la_data_in[106]
@@ -1004,7 +1004,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 151.430 0.000 151.710 4.000 ;
+        RECT 747.130 0.000 747.410 4.000 ;
     END
   END la_data_in[106]
   PIN la_data_in[107]
@@ -1012,7 +1012,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 843.240 800.000 843.840 ;
+        RECT 796.000 1448.440 800.000 1449.040 ;
     END
   END la_data_in[107]
   PIN la_data_in[108]
@@ -1020,15 +1020,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 622.240 800.000 622.840 ;
+        RECT 796.000 1474.960 800.000 1475.560 ;
     END
   END la_data_in[108]
   PIN la_data_in[109]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1373.640 4.000 1374.240 ;
+      LAYER met2 ;
+        RECT 750.810 0.000 751.090 4.000 ;
     END
   END la_data_in[109]
   PIN la_data_in[10]
@@ -1036,23 +1036,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 486.240 800.000 486.840 ;
+        RECT 0.000 301.960 4.000 302.560 ;
     END
   END la_data_in[10]
   PIN la_data_in[110]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 608.640 800.000 609.240 ;
+      LAYER met2 ;
+        RECT 724.590 1596.000 724.870 1600.000 ;
     END
   END la_data_in[110]
   PIN la_data_in[111]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 412.250 1596.000 412.530 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 1485.160 4.000 1485.760 ;
     END
   END la_data_in[111]
   PIN la_data_in[112]
@@ -1060,7 +1060,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 83.810 1596.000 84.090 1600.000 ;
+        RECT 730.570 1596.000 730.850 1600.000 ;
     END
   END la_data_in[112]
   PIN la_data_in[113]
@@ -1068,39 +1068,39 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 167.530 1596.000 167.810 1600.000 ;
+        RECT 740.230 1596.000 740.510 1600.000 ;
     END
   END la_data_in[113]
   PIN la_data_in[114]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 22.630 1596.000 22.910 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 1500.800 800.000 1501.400 ;
     END
   END la_data_in[114]
   PIN la_data_in[115]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 969.040 4.000 969.640 ;
+      LAYER met2 ;
+        RECT 746.670 1596.000 746.950 1600.000 ;
     END
   END la_data_in[115]
   PIN la_data_in[116]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1054.040 800.000 1054.640 ;
+      LAYER met2 ;
+        RECT 778.410 0.000 778.690 4.000 ;
     END
   END la_data_in[116]
   PIN la_data_in[117]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 280.230 0.000 280.510 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 1527.320 800.000 1527.920 ;
     END
   END la_data_in[117]
   PIN la_data_in[118]
@@ -1108,7 +1108,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 676.640 800.000 677.240 ;
+        RECT 796.000 1553.160 800.000 1553.760 ;
     END
   END la_data_in[118]
   PIN la_data_in[119]
@@ -1116,7 +1116,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 470.210 0.000 470.490 4.000 ;
+        RECT 782.090 0.000 782.370 4.000 ;
     END
   END la_data_in[119]
   PIN la_data_in[11]
@@ -1124,7 +1124,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 190.440 800.000 191.040 ;
+        RECT 796.000 242.120 800.000 242.720 ;
     END
   END la_data_in[11]
   PIN la_data_in[120]
@@ -1132,15 +1132,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 384.240 800.000 384.840 ;
+        RECT 0.000 1538.880 4.000 1539.480 ;
     END
   END la_data_in[120]
   PIN la_data_in[121]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 347.850 1596.000 348.130 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 1551.800 4.000 1552.400 ;
     END
   END la_data_in[121]
   PIN la_data_in[122]
@@ -1148,31 +1148,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 750.350 1596.000 750.630 1600.000 ;
+        RECT 765.990 1596.000 766.270 1600.000 ;
     END
   END la_data_in[122]
   PIN la_data_in[123]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 186.850 1596.000 187.130 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 1592.600 800.000 1593.200 ;
     END
   END la_data_in[123]
   PIN la_data_in[124]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1115.240 800.000 1115.840 ;
+      LAYER met2 ;
+        RECT 794.050 0.000 794.330 4.000 ;
     END
   END la_data_in[124]
   PIN la_data_in[125]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 999.640 800.000 1000.240 ;
+      LAYER met2 ;
+        RECT 782.090 1596.000 782.370 1600.000 ;
     END
   END la_data_in[125]
   PIN la_data_in[126]
@@ -1180,7 +1180,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1016.640 4.000 1017.240 ;
+        RECT 0.000 1579.000 4.000 1579.600 ;
     END
   END la_data_in[126]
   PIN la_data_in[127]
@@ -1188,7 +1188,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1067.640 800.000 1068.240 ;
+        RECT 0.000 1592.600 4.000 1593.200 ;
     END
   END la_data_in[127]
   PIN la_data_in[12]
@@ -1196,15 +1196,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 795.430 0.000 795.710 4.000 ;
+        RECT 489.530 0.000 489.810 4.000 ;
     END
   END la_data_in[12]
   PIN la_data_in[13]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 649.440 800.000 650.040 ;
+      LAYER met2 ;
+        RECT 497.350 0.000 497.630 4.000 ;
     END
   END la_data_in[13]
   PIN la_data_in[14]
@@ -1212,23 +1212,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1200.240 800.000 1200.840 ;
+        RECT 796.000 307.400 800.000 308.000 ;
     END
   END la_data_in[14]
   PIN la_data_in[15]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 521.730 0.000 522.010 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 346.840 800.000 347.440 ;
     END
   END la_data_in[15]
   PIN la_data_in[16]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 144.990 0.000 145.270 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 373.360 800.000 373.960 ;
     END
   END la_data_in[16]
   PIN la_data_in[17]
@@ -1236,15 +1236,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 37.440 4.000 38.040 ;
+        RECT 0.000 409.400 4.000 410.000 ;
     END
   END la_data_in[17]
   PIN la_data_in[18]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 363.840 4.000 364.440 ;
+      LAYER met2 ;
+        RECT 520.810 0.000 521.090 4.000 ;
     END
   END la_data_in[18]
   PIN la_data_in[19]
@@ -1252,23 +1252,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1149.240 800.000 1149.840 ;
+        RECT 796.000 399.200 800.000 399.800 ;
     END
   END la_data_in[19]
   PIN la_data_in[1]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 669.850 0.000 670.130 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 32.680 4.000 33.280 ;
     END
   END la_data_in[1]
   PIN la_data_in[20]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 479.870 1596.000 480.150 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 412.120 800.000 412.720 ;
     END
   END la_data_in[20]
   PIN la_data_in[21]
@@ -1276,15 +1276,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 225.490 1596.000 225.770 1600.000 ;
+        RECT 536.450 0.000 536.730 4.000 ;
     END
   END la_data_in[21]
   PIN la_data_in[22]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 634.430 1596.000 634.710 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 451.560 800.000 452.160 ;
     END
   END la_data_in[22]
   PIN la_data_in[23]
@@ -1292,7 +1292,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1213.840 800.000 1214.440 ;
+        RECT 0.000 476.720 4.000 477.320 ;
     END
   END la_data_in[23]
   PIN la_data_in[24]
@@ -1300,7 +1300,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 383.270 0.000 383.550 4.000 ;
+        RECT 547.950 0.000 548.230 4.000 ;
     END
   END la_data_in[24]
   PIN la_data_in[25]
@@ -1308,23 +1308,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 241.440 4.000 242.040 ;
+        RECT 0.000 530.440 4.000 531.040 ;
     END
   END la_data_in[25]
   PIN la_data_in[26]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 404.640 800.000 405.240 ;
+      LAYER met2 ;
+        RECT 497.350 1596.000 497.630 1600.000 ;
     END
   END la_data_in[26]
   PIN la_data_in[27]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1489.240 4.000 1489.840 ;
+      LAYER met2 ;
+        RECT 575.090 0.000 575.370 4.000 ;
     END
   END la_data_in[27]
   PIN la_data_in[28]
@@ -1332,7 +1332,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 938.440 800.000 939.040 ;
+        RECT 796.000 543.360 800.000 543.960 ;
     END
   END la_data_in[28]
   PIN la_data_in[29]
@@ -1340,7 +1340,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 935.040 4.000 935.640 ;
+        RECT 0.000 584.160 4.000 584.760 ;
     END
   END la_data_in[29]
   PIN la_data_in[2]
@@ -1348,7 +1348,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 639.240 4.000 639.840 ;
+        RECT 0.000 86.400 4.000 87.000 ;
     END
   END la_data_in[2]
   PIN la_data_in[30]
@@ -1356,39 +1356,39 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 652.840 4.000 653.440 ;
+        RECT 796.000 609.320 800.000 609.920 ;
     END
   END la_data_in[30]
   PIN la_data_in[31]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 576.470 1596.000 576.750 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 651.480 4.000 652.080 ;
     END
   END la_data_in[31]
   PIN la_data_in[32]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 74.150 0.000 74.430 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 678.000 4.000 678.600 ;
     END
   END la_data_in[32]
   PIN la_data_in[33]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 289.890 1596.000 290.170 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 691.600 4.000 692.200 ;
     END
   END la_data_in[33]
   PIN la_data_in[34]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 350.240 4.000 350.840 ;
+      LAYER met2 ;
+        RECT 516.210 1596.000 516.490 1600.000 ;
     END
   END la_data_in[34]
   PIN la_data_in[35]
@@ -1396,7 +1396,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 81.640 800.000 82.240 ;
+        RECT 796.000 701.120 800.000 701.720 ;
     END
   END la_data_in[35]
   PIN la_data_in[36]
@@ -1404,15 +1404,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 516.840 4.000 517.440 ;
+        RECT 0.000 718.120 4.000 718.720 ;
     END
   END la_data_in[36]
   PIN la_data_in[37]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 135.330 1596.000 135.610 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 740.560 800.000 741.160 ;
     END
   END la_data_in[37]
   PIN la_data_in[38]
@@ -1420,15 +1420,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 907.840 4.000 908.440 ;
+        RECT 0.000 745.320 4.000 745.920 ;
     END
   END la_data_in[38]
   PIN la_data_in[39]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1499.440 800.000 1500.040 ;
+      LAYER met2 ;
+        RECT 594.870 0.000 595.150 4.000 ;
     END
   END la_data_in[39]
   PIN la_data_in[3]
@@ -1436,39 +1436,39 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 554.240 800.000 554.840 ;
+        RECT 796.000 84.360 800.000 84.960 ;
     END
   END la_data_in[3]
   PIN la_data_in[40]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1380.440 4.000 1381.040 ;
+      LAYER met2 ;
+        RECT 519.430 1596.000 519.710 1600.000 ;
     END
   END la_data_in[40]
   PIN la_data_in[41]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 702.050 0.000 702.330 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 772.520 4.000 773.120 ;
     END
   END la_data_in[41]
   PIN la_data_in[42]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 16.190 1596.000 16.470 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 792.920 800.000 793.520 ;
     END
   END la_data_in[42]
   PIN la_data_in[43]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 293.110 0.000 293.390 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 818.760 800.000 819.360 ;
     END
   END la_data_in[43]
   PIN la_data_in[44]
@@ -1476,7 +1476,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 531.390 1596.000 531.670 1600.000 ;
+        RECT 610.510 0.000 610.790 4.000 ;
     END
   END la_data_in[44]
   PIN la_data_in[45]
@@ -1484,7 +1484,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1587.840 800.000 1588.440 ;
+        RECT 796.000 845.280 800.000 845.880 ;
     END
   END la_data_in[45]
   PIN la_data_in[46]
@@ -1492,7 +1492,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 510.040 4.000 510.640 ;
+        RECT 0.000 826.240 4.000 826.840 ;
     END
   END la_data_in[46]
   PIN la_data_in[47]
@@ -1500,7 +1500,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 447.670 1596.000 447.950 1600.000 ;
+        RECT 535.530 1596.000 535.810 1600.000 ;
     END
   END la_data_in[47]
   PIN la_data_in[48]
@@ -1508,7 +1508,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 173.970 1596.000 174.250 1600.000 ;
+        RECT 622.010 0.000 622.290 4.000 ;
     END
   END la_data_in[48]
   PIN la_data_in[49]
@@ -1516,7 +1516,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 663.410 0.000 663.690 4.000 ;
+        RECT 545.190 1596.000 545.470 1600.000 ;
     END
   END la_data_in[49]
   PIN la_data_in[4]
@@ -1524,15 +1524,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 690.240 800.000 690.840 ;
+        RECT 0.000 140.120 4.000 140.720 ;
     END
   END la_data_in[4]
   PIN la_data_in[50]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 452.240 800.000 452.840 ;
+      LAYER met2 ;
+        RECT 626.150 0.000 626.430 4.000 ;
     END
   END la_data_in[50]
   PIN la_data_in[51]
@@ -1540,15 +1540,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 357.040 4.000 357.640 ;
+        RECT 796.000 884.720 800.000 885.320 ;
     END
   END la_data_in[51]
   PIN la_data_in[52]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1390.640 800.000 1391.240 ;
+      LAYER met2 ;
+        RECT 633.970 0.000 634.250 4.000 ;
     END
   END la_data_in[52]
   PIN la_data_in[53]
@@ -1556,7 +1556,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1241.040 800.000 1241.640 ;
+        RECT 796.000 924.160 800.000 924.760 ;
     END
   END la_data_in[53]
   PIN la_data_in[54]
@@ -1564,15 +1564,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 598.440 4.000 599.040 ;
+        RECT 796.000 937.080 800.000 937.680 ;
     END
   END la_data_in[54]
   PIN la_data_in[55]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1523.240 4.000 1523.840 ;
+      LAYER met2 ;
+        RECT 561.290 1596.000 561.570 1600.000 ;
     END
   END la_data_in[55]
   PIN la_data_in[56]
@@ -1580,15 +1580,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1431.440 800.000 1432.040 ;
+        RECT 796.000 950.000 800.000 950.600 ;
     END
   END la_data_in[56]
   PIN la_data_in[57]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1139.040 4.000 1139.640 ;
+      LAYER met2 ;
+        RECT 641.790 0.000 642.070 4.000 ;
     END
   END la_data_in[57]
   PIN la_data_in[58]
@@ -1596,7 +1596,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 476.040 4.000 476.640 ;
+        RECT 796.000 976.520 800.000 977.120 ;
     END
   END la_data_in[58]
   PIN la_data_in[59]
@@ -1604,7 +1604,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 161.090 1596.000 161.370 1600.000 ;
+        RECT 653.290 0.000 653.570 4.000 ;
     END
   END la_data_in[59]
   PIN la_data_in[5]
@@ -1612,15 +1612,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 325.310 0.000 325.590 4.000 ;
+        RECT 397.990 1596.000 398.270 1600.000 ;
     END
   END la_data_in[5]
   PIN la_data_in[60]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 177.190 0.000 177.470 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 989.440 800.000 990.040 ;
     END
   END la_data_in[60]
   PIN la_data_in[61]
@@ -1628,31 +1628,31 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1414.440 4.000 1415.040 ;
+        RECT 0.000 933.680 4.000 934.280 ;
     END
   END la_data_in[61]
   PIN la_data_in[62]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 506.640 800.000 507.240 ;
+      LAYER met2 ;
+        RECT 586.590 1596.000 586.870 1600.000 ;
     END
   END la_data_in[62]
   PIN la_data_in[63]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1278.440 4.000 1279.040 ;
+      LAYER met2 ;
+        RECT 657.430 0.000 657.710 4.000 ;
     END
   END la_data_in[63]
   PIN la_data_in[64]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 405.810 1596.000 406.090 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 1028.880 800.000 1029.480 ;
     END
   END la_data_in[64]
   PIN la_data_in[65]
@@ -1660,23 +1660,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 782.550 1596.000 782.830 1600.000 ;
+        RECT 593.030 1596.000 593.310 1600.000 ;
     END
   END la_data_in[65]
   PIN la_data_in[66]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 125.670 0.000 125.950 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 987.400 4.000 988.000 ;
     END
   END la_data_in[66]
   PIN la_data_in[67]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 386.490 1596.000 386.770 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 1081.240 800.000 1081.840 ;
     END
   END la_data_in[67]
   PIN la_data_in[68]
@@ -1684,15 +1684,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 392.930 1596.000 393.210 1600.000 ;
+        RECT 599.470 1596.000 599.750 1600.000 ;
     END
   END la_data_in[68]
   PIN la_data_in[69]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1183.240 800.000 1183.840 ;
+      LAYER met2 ;
+        RECT 602.690 1596.000 602.970 1600.000 ;
     END
   END la_data_in[69]
   PIN la_data_in[6]
@@ -1700,7 +1700,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 112.240 4.000 112.840 ;
+        RECT 796.000 163.240 800.000 163.840 ;
     END
   END la_data_in[6]
   PIN la_data_in[70]
@@ -1708,7 +1708,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 360.440 800.000 361.040 ;
+        RECT 0.000 1041.120 4.000 1041.720 ;
     END
   END la_data_in[70]
   PIN la_data_in[71]
@@ -1716,47 +1716,47 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 754.840 4.000 755.440 ;
+        RECT 0.000 1054.720 4.000 1055.320 ;
     END
   END la_data_in[71]
   PIN la_data_in[72]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1037.040 4.000 1037.640 ;
+      LAYER met2 ;
+        RECT 673.070 0.000 673.350 4.000 ;
     END
   END la_data_in[72]
   PIN la_data_in[73]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 766.450 0.000 766.730 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 1068.320 4.000 1068.920 ;
     END
   END la_data_in[73]
   PIN la_data_in[74]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 508.850 0.000 509.130 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 1133.600 800.000 1134.200 ;
     END
   END la_data_in[74]
   PIN la_data_in[75]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 718.150 1596.000 718.430 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 1146.520 800.000 1147.120 ;
     END
   END la_data_in[75]
   PIN la_data_in[76]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 3.440 4.000 4.040 ;
+      LAYER met2 ;
+        RECT 684.570 0.000 684.850 4.000 ;
     END
   END la_data_in[76]
   PIN la_data_in[77]
@@ -1764,7 +1764,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1336.240 800.000 1336.840 ;
+        RECT 0.000 1108.440 4.000 1109.040 ;
     END
   END la_data_in[77]
   PIN la_data_in[78]
@@ -1772,15 +1772,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 877.240 800.000 877.840 ;
+        RECT 0.000 1122.040 4.000 1122.640 ;
     END
   END la_data_in[78]
   PIN la_data_in[79]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 530.440 4.000 531.040 ;
+      LAYER met2 ;
+        RECT 628.450 1596.000 628.730 1600.000 ;
     END
   END la_data_in[79]
   PIN la_data_in[7]
@@ -1788,7 +1788,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1043.840 4.000 1044.440 ;
+        RECT 0.000 247.560 4.000 248.160 ;
     END
   END la_data_in[7]
   PIN la_data_in[80]
@@ -1796,15 +1796,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 698.830 1596.000 699.110 1600.000 ;
+        RECT 631.670 1596.000 631.950 1600.000 ;
     END
   END la_data_in[80]
   PIN la_data_in[81]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 431.570 0.000 431.850 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 1212.480 800.000 1213.080 ;
     END
   END la_data_in[81]
   PIN la_data_in[82]
@@ -1812,15 +1812,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 418.690 0.000 418.970 4.000 ;
+        RECT 638.110 1596.000 638.390 1600.000 ;
     END
   END la_data_in[82]
   PIN la_data_in[83]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 106.350 0.000 106.630 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 1215.880 4.000 1216.480 ;
     END
   END la_data_in[83]
   PIN la_data_in[84]
@@ -1828,7 +1828,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 148.210 1596.000 148.490 1600.000 ;
+        RECT 644.550 1596.000 644.830 1600.000 ;
     END
   END la_data_in[84]
   PIN la_data_in[85]
@@ -1836,23 +1836,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 809.240 800.000 809.840 ;
+        RECT 0.000 1229.480 4.000 1230.080 ;
     END
   END la_data_in[85]
   PIN la_data_in[86]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 778.640 800.000 779.240 ;
+      LAYER met2 ;
+        RECT 650.990 1596.000 651.270 1600.000 ;
     END
   END la_data_in[86]
   PIN la_data_in[87]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1193.440 4.000 1194.040 ;
+      LAYER met2 ;
+        RECT 654.210 1596.000 654.490 1600.000 ;
     END
   END la_data_in[87]
   PIN la_data_in[88]
@@ -1860,15 +1860,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 663.040 800.000 663.640 ;
+        RECT 796.000 1277.760 800.000 1278.360 ;
     END
   END la_data_in[88]
   PIN la_data_in[89]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 897.640 800.000 898.240 ;
+      LAYER met2 ;
+        RECT 663.410 1596.000 663.690 1600.000 ;
     END
   END la_data_in[89]
   PIN la_data_in[8]
@@ -1876,31 +1876,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 466.990 1596.000 467.270 1600.000 ;
+        RECT 414.090 1596.000 414.370 1600.000 ;
     END
   END la_data_in[8]
   PIN la_data_in[90]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 128.890 1596.000 129.170 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 1243.080 4.000 1243.680 ;
     END
   END la_data_in[90]
   PIN la_data_in[91]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 302.770 1596.000 303.050 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 1256.000 4.000 1256.600 ;
     END
   END la_data_in[91]
   PIN la_data_in[92]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 154.650 1596.000 154.930 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 1269.600 4.000 1270.200 ;
     END
   END la_data_in[92]
   PIN la_data_in[93]
@@ -1908,23 +1908,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 122.450 1596.000 122.730 1600.000 ;
+        RECT 673.070 1596.000 673.350 1600.000 ;
     END
   END la_data_in[93]
   PIN la_data_in[94]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 353.640 800.000 354.240 ;
+      LAYER met2 ;
+        RECT 676.290 1596.000 676.570 1600.000 ;
     END
   END la_data_in[94]
   PIN la_data_in[95]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 560.370 0.000 560.650 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 1350.520 4.000 1351.120 ;
     END
   END la_data_in[95]
   PIN la_data_in[96]
@@ -1932,7 +1932,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1383.840 800.000 1384.440 ;
+        RECT 796.000 1369.560 800.000 1370.160 ;
     END
   END la_data_in[96]
   PIN la_data_in[97]
@@ -1940,39 +1940,39 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 642.640 800.000 643.240 ;
+        RECT 796.000 1396.080 800.000 1396.680 ;
     END
   END la_data_in[97]
   PIN la_data_in[98]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1006.440 800.000 1007.040 ;
+      LAYER met2 ;
+        RECT 711.710 0.000 711.990 4.000 ;
     END
   END la_data_in[98]
   PIN la_data_in[99]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1050.640 4.000 1051.240 ;
+      LAYER met2 ;
+        RECT 715.850 0.000 716.130 4.000 ;
     END
   END la_data_in[99]
   PIN la_data_in[9]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 282.240 4.000 282.840 ;
+      LAYER met2 ;
+        RECT 426.970 1596.000 427.250 1600.000 ;
     END
   END la_data_in[9]
   PIN la_data_out[0]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 707.240 4.000 707.840 ;
+      LAYER met2 ;
+        RECT 369.010 1596.000 369.290 1600.000 ;
     END
   END la_data_out[0]
   PIN la_data_out[100]
@@ -1980,23 +1980,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1271.640 4.000 1272.240 ;
+        RECT 796.000 1421.920 800.000 1422.520 ;
     END
   END la_data_out[100]
   PIN la_data_out[101]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 921.440 4.000 922.040 ;
+      LAYER met2 ;
+        RECT 723.670 0.000 723.950 4.000 ;
     END
   END la_data_out[101]
   PIN la_data_out[102]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 496.440 4.000 497.040 ;
+      LAYER met2 ;
+        RECT 702.050 1596.000 702.330 1600.000 ;
     END
   END la_data_out[102]
   PIN la_data_out[103]
@@ -2004,7 +2004,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 595.790 1596.000 596.070 1600.000 ;
+        RECT 731.490 0.000 731.770 4.000 ;
     END
   END la_data_out[103]
   PIN la_data_out[104]
@@ -2012,15 +2012,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 238.370 1596.000 238.650 1600.000 ;
+        RECT 705.270 1596.000 705.550 1600.000 ;
     END
   END la_data_out[104]
   PIN la_data_out[105]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 673.070 1596.000 673.350 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 1444.360 4.000 1444.960 ;
     END
   END la_data_out[105]
   PIN la_data_out[106]
@@ -2028,23 +2028,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 122.440 800.000 123.040 ;
+        RECT 0.000 1457.960 4.000 1458.560 ;
     END
   END la_data_out[106]
   PIN la_data_out[107]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 78.240 4.000 78.840 ;
+      LAYER met2 ;
+        RECT 708.490 1596.000 708.770 1600.000 ;
     END
   END la_data_out[107]
   PIN la_data_out[108]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1264.840 4.000 1265.440 ;
+      LAYER met2 ;
+        RECT 711.710 1596.000 711.990 1600.000 ;
     END
   END la_data_out[108]
   PIN la_data_out[109]
@@ -2052,7 +2052,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 550.710 1596.000 550.990 1600.000 ;
+        RECT 718.150 1596.000 718.430 1600.000 ;
     END
   END la_data_out[109]
   PIN la_data_out[10]
@@ -2060,15 +2060,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 602.230 1596.000 602.510 1600.000 ;
+        RECT 430.190 1596.000 430.470 1600.000 ;
     END
   END la_data_out[10]
   PIN la_data_out[110]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 776.110 1596.000 776.390 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 1487.880 800.000 1488.480 ;
     END
   END la_data_out[110]
   PIN la_data_out[111]
@@ -2076,31 +2076,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 434.790 1596.000 435.070 1600.000 ;
+        RECT 727.810 1596.000 728.090 1600.000 ;
     END
   END la_data_out[111]
   PIN la_data_out[112]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1421.240 4.000 1421.840 ;
+      LAYER met2 ;
+        RECT 733.790 1596.000 734.070 1600.000 ;
     END
   END la_data_out[112]
   PIN la_data_out[113]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 326.440 800.000 327.040 ;
+      LAYER met2 ;
+        RECT 743.450 1596.000 743.730 1600.000 ;
     END
   END la_data_out[113]
   PIN la_data_out[114]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1009.840 4.000 1010.440 ;
+      LAYER met2 ;
+        RECT 766.450 0.000 766.730 4.000 ;
     END
   END la_data_out[114]
   PIN la_data_out[115]
@@ -2108,7 +2108,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 679.510 1596.000 679.790 1600.000 ;
+        RECT 770.590 0.000 770.870 4.000 ;
     END
   END la_data_out[115]
   PIN la_data_out[116]
@@ -2116,15 +2116,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1305.640 4.000 1306.240 ;
+        RECT 0.000 1498.080 4.000 1498.680 ;
     END
   END la_data_out[116]
   PIN la_data_out[117]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 659.640 4.000 660.240 ;
+      LAYER met2 ;
+        RECT 749.890 1596.000 750.170 1600.000 ;
     END
   END la_data_out[117]
   PIN la_data_out[118]
@@ -2132,23 +2132,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 221.040 4.000 221.640 ;
+        RECT 796.000 1566.760 800.000 1567.360 ;
     END
   END la_data_out[118]
   PIN la_data_out[119]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 860.240 4.000 860.840 ;
+      LAYER met2 ;
+        RECT 756.330 1596.000 756.610 1600.000 ;
     END
   END la_data_out[119]
   PIN la_data_out[11]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 292.440 800.000 293.040 ;
+      LAYER met2 ;
+        RECT 439.390 1596.000 439.670 1600.000 ;
     END
   END la_data_out[11]
   PIN la_data_out[120]
@@ -2156,23 +2156,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 711.710 1596.000 711.990 1600.000 ;
+        RECT 759.550 1596.000 759.830 1600.000 ;
     END
   END la_data_out[120]
   PIN la_data_out[121]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 771.840 800.000 772.440 ;
+      LAYER met2 ;
+        RECT 789.910 0.000 790.190 4.000 ;
     END
   END la_data_out[121]
   PIN la_data_out[122]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 646.040 4.000 646.640 ;
+      LAYER met2 ;
+        RECT 769.210 1596.000 769.490 1600.000 ;
     END
   END la_data_out[122]
   PIN la_data_out[123]
@@ -2180,47 +2180,47 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 109.570 1596.000 109.850 1600.000 ;
+        RECT 772.430 1596.000 772.710 1600.000 ;
     END
   END la_data_out[123]
   PIN la_data_out[124]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 952.040 800.000 952.640 ;
+      LAYER met2 ;
+        RECT 775.650 1596.000 775.930 1600.000 ;
     END
   END la_data_out[124]
   PIN la_data_out[125]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 945.240 800.000 945.840 ;
+      LAYER met2 ;
+        RECT 785.310 1596.000 785.590 1600.000 ;
     END
   END la_data_out[125]
   PIN la_data_out[126]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 244.840 800.000 245.440 ;
+      LAYER met2 ;
+        RECT 791.750 1596.000 792.030 1600.000 ;
     END
   END la_data_out[126]
   PIN la_data_out[127]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1445.040 800.000 1445.640 ;
+      LAYER met2 ;
+        RECT 798.190 1596.000 798.470 1600.000 ;
     END
   END la_data_out[127]
   PIN la_data_out[12]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 438.010 0.000 438.290 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 267.960 800.000 268.560 ;
     END
   END la_data_out[12]
   PIN la_data_out[13]
@@ -2228,39 +2228,39 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 621.550 1596.000 621.830 1600.000 ;
+        RECT 442.610 1596.000 442.890 1600.000 ;
     END
   END la_data_out[13]
   PIN la_data_out[14]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 373.610 1596.000 373.890 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 320.320 800.000 320.920 ;
     END
   END la_data_out[14]
   PIN la_data_out[15]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 650.530 0.000 650.810 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 382.200 4.000 382.800 ;
     END
   END la_data_out[15]
   PIN la_data_out[16]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 108.840 800.000 109.440 ;
+      LAYER met2 ;
+        RECT 508.850 0.000 509.130 4.000 ;
     END
   END la_data_out[16]
   PIN la_data_out[17]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 164.310 0.000 164.590 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 386.280 800.000 386.880 ;
     END
   END la_data_out[17]
   PIN la_data_out[18]
@@ -2268,15 +2268,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 45.170 1596.000 45.450 1600.000 ;
+        RECT 455.490 1596.000 455.770 1600.000 ;
     END
   END la_data_out[18]
   PIN la_data_out[19]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 238.040 800.000 238.640 ;
+      LAYER met2 ;
+        RECT 524.490 0.000 524.770 4.000 ;
     END
   END la_data_out[19]
   PIN la_data_out[1]
@@ -2284,31 +2284,31 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1465.440 800.000 1466.040 ;
+        RECT 0.000 46.280 4.000 46.880 ;
     END
   END la_data_out[1]
   PIN la_data_out[20]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1533.440 800.000 1534.040 ;
+      LAYER met2 ;
+        RECT 528.630 0.000 528.910 4.000 ;
     END
   END la_data_out[20]
   PIN la_data_out[21]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 540.640 800.000 541.240 ;
+      LAYER met2 ;
+        RECT 474.810 1596.000 475.090 1600.000 ;
     END
   END la_data_out[21]
   PIN la_data_out[22]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 795.640 800.000 796.240 ;
+      LAYER met2 ;
+        RECT 544.270 0.000 544.550 4.000 ;
     END
   END la_data_out[22]
   PIN la_data_out[23]
@@ -2316,31 +2316,31 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1438.240 800.000 1438.840 ;
+        RECT 0.000 489.640 4.000 490.240 ;
     END
   END la_data_out[23]
   PIN la_data_out[24]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 418.240 800.000 418.840 ;
+      LAYER met2 ;
+        RECT 552.090 0.000 552.370 4.000 ;
     END
   END la_data_out[24]
   PIN la_data_out[25]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 686.840 4.000 687.440 ;
+      LAYER met2 ;
+        RECT 559.910 0.000 560.190 4.000 ;
     END
   END la_data_out[25]
   PIN la_data_out[26]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 199.730 1596.000 200.010 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 503.920 800.000 504.520 ;
     END
   END la_data_out[26]
   PIN la_data_out[27]
@@ -2348,15 +2348,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 428.440 4.000 429.040 ;
+        RECT 0.000 556.960 4.000 557.560 ;
     END
   END la_data_out[27]
   PIN la_data_out[28]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 289.040 4.000 289.640 ;
+      LAYER met2 ;
+        RECT 503.790 1596.000 504.070 1600.000 ;
     END
   END la_data_out[28]
   PIN la_data_out[29]
@@ -2364,7 +2364,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 129.240 800.000 129.840 ;
+        RECT 796.000 569.880 800.000 570.480 ;
     END
   END la_data_out[29]
   PIN la_data_out[2]
@@ -2372,15 +2372,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 444.450 0.000 444.730 4.000 ;
+        RECT 381.890 1596.000 382.170 1600.000 ;
     END
   END la_data_out[2]
   PIN la_data_out[30]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 29.070 0.000 29.350 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 622.240 800.000 622.840 ;
     END
   END la_data_out[30]
   PIN la_data_out[31]
@@ -2388,23 +2388,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 581.440 800.000 582.040 ;
+        RECT 796.000 635.160 800.000 635.760 ;
     END
   END la_data_out[31]
   PIN la_data_out[32]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1315.840 800.000 1316.440 ;
+      LAYER met2 ;
+        RECT 510.230 1596.000 510.510 1600.000 ;
     END
   END la_data_out[32]
   PIN la_data_out[33]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 425.130 0.000 425.410 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 661.680 800.000 662.280 ;
     END
   END la_data_out[33]
   PIN la_data_out[34]
@@ -2412,7 +2412,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1169.640 800.000 1170.240 ;
+        RECT 0.000 705.200 4.000 705.800 ;
     END
   END la_data_out[34]
   PIN la_data_out[35]
@@ -2420,15 +2420,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 472.640 800.000 473.240 ;
+        RECT 796.000 714.040 800.000 714.640 ;
     END
   END la_data_out[35]
   PIN la_data_out[36]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 61.240 800.000 61.840 ;
+      LAYER met2 ;
+        RECT 587.050 0.000 587.330 4.000 ;
     END
   END la_data_out[36]
   PIN la_data_out[37]
@@ -2436,7 +2436,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1434.840 4.000 1435.440 ;
+        RECT 0.000 731.720 4.000 732.320 ;
     END
   END la_data_out[37]
   PIN la_data_out[38]
@@ -2444,7 +2444,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1145.840 4.000 1146.440 ;
+        RECT 0.000 758.920 4.000 759.520 ;
     END
   END la_data_out[38]
   PIN la_data_out[39]
@@ -2452,7 +2452,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 867.040 4.000 867.640 ;
+        RECT 796.000 766.400 800.000 767.000 ;
     END
   END la_data_out[39]
   PIN la_data_out[3]
@@ -2460,15 +2460,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1417.840 800.000 1418.440 ;
+        RECT 0.000 113.600 4.000 114.200 ;
     END
   END la_data_out[3]
   PIN la_data_out[40]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 312.430 0.000 312.710 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 779.320 800.000 779.920 ;
     END
   END la_data_out[40]
   PIN la_data_out[41]
@@ -2476,23 +2476,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 553.930 0.000 554.210 4.000 ;
+        RECT 525.870 1596.000 526.150 1600.000 ;
     END
   END la_data_out[41]
   PIN la_data_out[42]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 3.310 0.000 3.590 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 805.840 800.000 806.440 ;
     END
   END la_data_out[42]
   PIN la_data_out[43]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1322.640 800.000 1323.240 ;
+      LAYER met2 ;
+        RECT 606.370 0.000 606.650 4.000 ;
     END
   END la_data_out[43]
   PIN la_data_out[44]
@@ -2500,39 +2500,39 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1132.240 4.000 1132.840 ;
+        RECT 0.000 799.040 4.000 799.640 ;
     END
   END la_data_out[44]
   PIN la_data_out[45]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1135.640 800.000 1136.240 ;
+      LAYER met2 ;
+        RECT 614.190 0.000 614.470 4.000 ;
     END
   END la_data_out[45]
   PIN la_data_out[46]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 397.840 4.000 398.440 ;
+      LAYER met2 ;
+        RECT 532.310 1596.000 532.590 1600.000 ;
     END
   END la_data_out[46]
   PIN la_data_out[47]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1411.040 800.000 1411.640 ;
+      LAYER met2 ;
+        RECT 618.330 0.000 618.610 4.000 ;
     END
   END la_data_out[47]
   PIN la_data_out[48]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 9.750 0.000 10.030 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 839.160 4.000 839.760 ;
     END
   END la_data_out[48]
   PIN la_data_out[49]
@@ -2540,23 +2540,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 391.040 800.000 391.640 ;
+        RECT 796.000 871.120 800.000 871.720 ;
     END
   END la_data_out[49]
   PIN la_data_out[4]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1064.240 4.000 1064.840 ;
+      LAYER met2 ;
+        RECT 458.250 0.000 458.530 4.000 ;
     END
   END la_data_out[4]
   PIN la_data_out[50]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 588.240 800.000 588.840 ;
+      LAYER met2 ;
+        RECT 551.630 1596.000 551.910 1600.000 ;
     END
   END la_data_out[50]
   PIN la_data_out[51]
@@ -2564,7 +2564,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1557.240 4.000 1557.840 ;
+        RECT 796.000 897.640 800.000 898.240 ;
     END
   END la_data_out[51]
   PIN la_data_out[52]
@@ -2572,7 +2572,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 795.640 4.000 796.240 ;
+        RECT 796.000 910.560 800.000 911.160 ;
     END
   END la_data_out[52]
   PIN la_data_out[53]
@@ -2580,55 +2580,55 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1468.840 4.000 1469.440 ;
+        RECT 0.000 866.360 4.000 866.960 ;
     END
   END la_data_out[53]
   PIN la_data_out[54]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1190.040 800.000 1190.640 ;
+      LAYER met2 ;
+        RECT 558.070 1596.000 558.350 1600.000 ;
     END
   END la_data_out[54]
   PIN la_data_out[55]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 788.840 4.000 789.440 ;
+      LAYER met2 ;
+        RECT 564.510 1596.000 564.790 1600.000 ;
     END
   END la_data_out[55]
   PIN la_data_out[56]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 680.040 4.000 680.640 ;
+      LAYER met2 ;
+        RECT 637.650 0.000 637.930 4.000 ;
     END
   END la_data_out[56]
   PIN la_data_out[57]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1213.840 4.000 1214.440 ;
+      LAYER met2 ;
+        RECT 567.730 1596.000 568.010 1600.000 ;
     END
   END la_data_out[57]
   PIN la_data_out[58]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1108.440 800.000 1109.040 ;
+      LAYER met2 ;
+        RECT 649.610 0.000 649.890 4.000 ;
     END
   END la_data_out[58]
   PIN la_data_out[59]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 544.270 1596.000 544.550 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 920.080 4.000 920.680 ;
     END
   END la_data_out[59]
   PIN la_data_out[5]
@@ -2636,39 +2636,39 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 47.640 800.000 48.240 ;
+        RECT 796.000 123.800 800.000 124.400 ;
     END
   END la_data_out[5]
   PIN la_data_out[60]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1122.040 800.000 1122.640 ;
+      LAYER met2 ;
+        RECT 577.390 1596.000 577.670 1600.000 ;
     END
   END la_data_out[60]
   PIN la_data_out[61]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1060.840 800.000 1061.440 ;
+      LAYER met2 ;
+        RECT 583.370 1596.000 583.650 1600.000 ;
     END
   END la_data_out[61]
   PIN la_data_out[62]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 518.510 1596.000 518.790 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 947.280 4.000 947.880 ;
     END
   END la_data_out[62]
   PIN la_data_out[63]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1047.240 800.000 1047.840 ;
+      LAYER met2 ;
+        RECT 589.810 1596.000 590.090 1600.000 ;
     END
   END la_data_out[63]
   PIN la_data_out[64]
@@ -2676,7 +2676,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 785.440 800.000 786.040 ;
+        RECT 0.000 973.800 4.000 974.400 ;
     END
   END la_data_out[64]
   PIN la_data_out[65]
@@ -2684,31 +2684,31 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1547.040 800.000 1547.640 ;
+        RECT 796.000 1041.800 800.000 1042.400 ;
     END
   END la_data_out[65]
   PIN la_data_out[66]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 747.130 0.000 747.410 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 1001.000 4.000 1001.600 ;
     END
   END la_data_out[66]
   PIN la_data_out[67]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 592.570 0.000 592.850 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 1013.920 4.000 1014.520 ;
     END
   END la_data_out[67]
   PIN la_data_out[68]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 727.810 0.000 728.090 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 1094.160 800.000 1094.760 ;
     END
   END la_data_out[68]
   PIN la_data_out[69]
@@ -2716,7 +2716,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 503.240 4.000 503.840 ;
+        RECT 0.000 1027.520 4.000 1028.120 ;
     END
   END la_data_out[69]
   PIN la_data_out[6]
@@ -2724,47 +2724,47 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 601.840 800.000 602.440 ;
+        RECT 796.000 176.160 800.000 176.760 ;
     END
   END la_data_out[6]
   PIN la_data_out[70]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1176.440 800.000 1177.040 ;
+      LAYER met2 ;
+        RECT 609.130 1596.000 609.410 1600.000 ;
     END
   END la_data_out[70]
   PIN la_data_out[71]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1220.640 800.000 1221.240 ;
+      LAYER met2 ;
+        RECT 668.930 0.000 669.210 4.000 ;
     END
   END la_data_out[71]
   PIN la_data_out[72]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 438.640 800.000 439.240 ;
+      LAYER met2 ;
+        RECT 676.750 0.000 677.030 4.000 ;
     END
   END la_data_out[72]
   PIN la_data_out[73]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 692.390 1596.000 692.670 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 1120.680 800.000 1121.280 ;
     END
   END la_data_out[73]
   PIN la_data_out[74]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1230.840 4.000 1231.440 ;
+      LAYER met2 ;
+        RECT 618.790 1596.000 619.070 1600.000 ;
     END
   END la_data_out[74]
   PIN la_data_out[75]
@@ -2772,7 +2772,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 202.950 0.000 203.230 4.000 ;
+        RECT 622.010 1596.000 622.290 1600.000 ;
     END
   END la_data_out[75]
   PIN la_data_out[76]
@@ -2780,7 +2780,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 370.640 4.000 371.240 ;
+        RECT 796.000 1173.040 800.000 1173.640 ;
     END
   END la_data_out[76]
   PIN la_data_out[77]
@@ -2788,7 +2788,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 666.630 1596.000 666.910 1600.000 ;
+        RECT 625.230 1596.000 625.510 1600.000 ;
     END
   END la_data_out[77]
   PIN la_data_out[78]
@@ -2796,7 +2796,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1584.440 4.000 1585.040 ;
+        RECT 0.000 1134.960 4.000 1135.560 ;
     END
   END la_data_out[78]
   PIN la_data_out[79]
@@ -2804,15 +2804,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1111.840 4.000 1112.440 ;
+        RECT 0.000 1148.560 4.000 1149.160 ;
     END
   END la_data_out[79]
   PIN la_data_out[7]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 374.040 800.000 374.640 ;
+      LAYER met2 ;
+        RECT 473.890 0.000 474.170 4.000 ;
     END
   END la_data_out[7]
   PIN la_data_out[80]
@@ -2820,7 +2820,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1077.840 4.000 1078.440 ;
+        RECT 796.000 1199.560 800.000 1200.160 ;
     END
   END la_data_out[80]
   PIN la_data_out[81]
@@ -2828,7 +2828,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 720.840 4.000 721.440 ;
+        RECT 0.000 1189.360 4.000 1189.960 ;
     END
   END la_data_out[81]
   PIN la_data_out[82]
@@ -2836,7 +2836,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1101.640 800.000 1102.240 ;
+        RECT 0.000 1202.280 4.000 1202.880 ;
     END
   END la_data_out[82]
   PIN la_data_out[83]
@@ -2844,39 +2844,39 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 392.930 0.000 393.210 4.000 ;
+        RECT 641.330 1596.000 641.610 1600.000 ;
     END
   END la_data_out[83]
   PIN la_data_out[84]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 731.040 800.000 731.640 ;
+      LAYER met2 ;
+        RECT 700.210 0.000 700.490 4.000 ;
     END
   END la_data_out[84]
   PIN la_data_out[85]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1502.840 4.000 1503.440 ;
+      LAYER met2 ;
+        RECT 647.770 1596.000 648.050 1600.000 ;
     END
   END la_data_out[85]
   PIN la_data_out[86]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 586.130 0.000 586.410 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 1238.320 800.000 1238.920 ;
     END
   END la_data_out[86]
   PIN la_data_out[87]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 125.840 4.000 126.440 ;
+      LAYER met2 ;
+        RECT 656.970 1596.000 657.250 1600.000 ;
     END
   END la_data_out[87]
   PIN la_data_out[88]
@@ -2884,7 +2884,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1543.640 4.000 1544.240 ;
+        RECT 796.000 1291.360 800.000 1291.960 ;
     END
   END la_data_out[88]
   PIN la_data_out[89]
@@ -2892,23 +2892,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 685.950 1596.000 686.230 1600.000 ;
+        RECT 666.630 1596.000 666.910 1600.000 ;
     END
   END la_data_out[89]
   PIN la_data_out[8]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1404.240 800.000 1404.840 ;
+      LAYER met2 ;
+        RECT 417.310 1596.000 417.590 1600.000 ;
     END
   END la_data_out[8]
   PIN la_data_out[90]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 476.650 0.000 476.930 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 1304.280 800.000 1304.880 ;
     END
   END la_data_out[90]
   PIN la_data_out[91]
@@ -2916,7 +2916,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 85.040 4.000 85.640 ;
+        RECT 796.000 1317.200 800.000 1317.800 ;
     END
   END la_data_out[91]
   PIN la_data_out[92]
@@ -2924,7 +2924,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 958.840 800.000 959.440 ;
+        RECT 0.000 1283.200 4.000 1283.800 ;
     END
   END la_data_out[92]
   PIN la_data_out[93]
@@ -2932,7 +2932,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1598.040 4.000 1598.640 ;
+        RECT 796.000 1343.720 800.000 1344.320 ;
     END
   END la_data_out[93]
   PIN la_data_out[94]
@@ -2940,31 +2940,31 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 816.040 800.000 816.640 ;
+        RECT 0.000 1323.320 4.000 1323.920 ;
     END
   END la_data_out[94]
   PIN la_data_out[95]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 318.870 0.000 319.150 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 1356.640 800.000 1357.240 ;
     END
   END la_data_out[95]
   PIN la_data_out[96]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 329.840 4.000 330.440 ;
+      LAYER met2 ;
+        RECT 679.510 1596.000 679.790 1600.000 ;
     END
   END la_data_out[96]
   PIN la_data_out[97]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1485.840 800.000 1486.440 ;
+      LAYER met2 ;
+        RECT 682.730 1596.000 683.010 1600.000 ;
     END
   END la_data_out[97]
   PIN la_data_out[98]
@@ -2972,15 +2972,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 445.440 800.000 446.040 ;
+        RECT 0.000 1377.040 4.000 1377.640 ;
     END
   END la_data_out[98]
   PIN la_data_out[99]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1407.640 4.000 1408.240 ;
+      LAYER met2 ;
+        RECT 689.170 1596.000 689.450 1600.000 ;
     END
   END la_data_out[99]
   PIN la_data_out[9]
@@ -2988,23 +2988,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 180.240 4.000 180.840 ;
+        RECT 0.000 274.760 4.000 275.360 ;
     END
   END la_data_out[9]
   PIN la_oenb[0]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1207.040 4.000 1207.640 ;
+      LAYER met2 ;
+        RECT 434.790 0.000 435.070 4.000 ;
     END
   END la_oenb[0]
   PIN la_oenb[100]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 846.640 4.000 847.240 ;
+      LAYER met2 ;
+        RECT 692.390 1596.000 692.670 1600.000 ;
     END
   END la_oenb[100]
   PIN la_oenb[101]
@@ -3012,31 +3012,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 322.090 1596.000 322.370 1600.000 ;
+        RECT 698.830 1596.000 699.110 1600.000 ;
     END
   END la_oenb[101]
   PIN la_oenb[102]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 228.710 0.000 228.990 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 1404.240 4.000 1404.840 ;
     END
   END la_oenb[102]
   PIN la_oenb[103]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 788.840 800.000 789.440 ;
+      LAYER met2 ;
+        RECT 735.170 0.000 735.450 4.000 ;
     END
   END la_oenb[103]
   PIN la_oenb[104]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 315.650 1596.000 315.930 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 1435.520 800.000 1436.120 ;
     END
   END la_oenb[104]
   PIN la_oenb[105]
@@ -3044,7 +3044,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 547.490 0.000 547.770 4.000 ;
+        RECT 742.990 0.000 743.270 4.000 ;
     END
   END la_oenb[105]
   PIN la_oenb[106]
@@ -3052,7 +3052,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1509.640 4.000 1510.240 ;
+        RECT 0.000 1471.560 4.000 1472.160 ;
     END
   END la_oenb[106]
   PIN la_oenb[107]
@@ -3060,15 +3060,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 465.840 800.000 466.440 ;
+        RECT 796.000 1461.360 800.000 1461.960 ;
     END
   END la_oenb[107]
   PIN la_oenb[108]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1251.240 4.000 1251.840 ;
+      LAYER met2 ;
+        RECT 714.930 1596.000 715.210 1600.000 ;
     END
   END la_oenb[108]
   PIN la_oenb[109]
@@ -3076,47 +3076,47 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 35.510 0.000 35.790 4.000 ;
+        RECT 721.370 1596.000 721.650 1600.000 ;
     END
   END la_oenb[109]
   PIN la_oenb[10]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 534.610 0.000 534.890 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 314.880 4.000 315.480 ;
     END
   END la_oenb[10]
   PIN la_oenb[110]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 911.240 800.000 911.840 ;
+      LAYER met2 ;
+        RECT 754.950 0.000 755.230 4.000 ;
     END
   END la_oenb[110]
   PIN la_oenb[111]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 550.840 4.000 551.440 ;
+      LAYER met2 ;
+        RECT 758.630 0.000 758.910 4.000 ;
     END
   END la_oenb[111]
   PIN la_oenb[112]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 697.040 800.000 697.640 ;
+      LAYER met2 ;
+        RECT 737.010 1596.000 737.290 1600.000 ;
     END
   END la_oenb[112]
   PIN la_oenb[113]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1366.840 4.000 1367.440 ;
+      LAYER met2 ;
+        RECT 762.770 0.000 763.050 4.000 ;
     END
   END la_oenb[113]
   PIN la_oenb[114]
@@ -3124,23 +3124,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 17.040 4.000 17.640 ;
+        RECT 796.000 1513.720 800.000 1514.320 ;
     END
   END la_oenb[114]
   PIN la_oenb[115]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 986.040 800.000 986.640 ;
+      LAYER met2 ;
+        RECT 774.270 0.000 774.550 4.000 ;
     END
   END la_oenb[115]
   PIN la_oenb[116]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 463.770 0.000 464.050 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 1511.680 4.000 1512.280 ;
     END
   END la_oenb[116]
   PIN la_oenb[117]
@@ -3148,23 +3148,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 489.640 4.000 490.240 ;
+        RECT 796.000 1540.240 800.000 1540.840 ;
     END
   END la_oenb[117]
   PIN la_oenb[118]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 193.840 4.000 194.440 ;
+      LAYER met2 ;
+        RECT 753.110 1596.000 753.390 1600.000 ;
     END
   END la_oenb[118]
   PIN la_oenb[119]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 25.850 1596.000 26.130 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 1525.280 4.000 1525.880 ;
     END
   END la_oenb[119]
   PIN la_oenb[11]
@@ -3172,23 +3172,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1377.040 800.000 1377.640 ;
+        RECT 796.000 255.040 800.000 255.640 ;
     END
   END la_oenb[11]
   PIN la_oenb[120]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1281.840 800.000 1282.440 ;
+      LAYER met2 ;
+        RECT 786.230 0.000 786.510 4.000 ;
     END
   END la_oenb[120]
   PIN la_oenb[121]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1125.440 4.000 1126.040 ;
+      LAYER met2 ;
+        RECT 762.770 1596.000 763.050 1600.000 ;
     END
   END la_oenb[121]
   PIN la_oenb[122]
@@ -3196,7 +3196,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 833.040 4.000 833.640 ;
+        RECT 796.000 1579.680 800.000 1580.280 ;
     END
   END la_oenb[122]
   PIN la_oenb[123]
@@ -3204,39 +3204,39 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 853.440 4.000 854.040 ;
+        RECT 0.000 1565.400 4.000 1566.000 ;
     END
   END la_oenb[123]
   PIN la_oenb[124]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 224.440 800.000 225.040 ;
+      LAYER met2 ;
+        RECT 778.870 1596.000 779.150 1600.000 ;
     END
   END la_oenb[124]
   PIN la_oenb[125]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 863.640 800.000 864.240 ;
+      LAYER met2 ;
+        RECT 788.530 1596.000 788.810 1600.000 ;
     END
   END la_oenb[125]
   PIN la_oenb[126]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 384.240 4.000 384.840 ;
+      LAYER met2 ;
+        RECT 794.970 1596.000 795.250 1600.000 ;
     END
   END la_oenb[126]
   PIN la_oenb[127]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 870.440 800.000 871.040 ;
+      LAYER met2 ;
+        RECT 797.730 0.000 798.010 4.000 ;
     END
   END la_oenb[127]
   PIN la_oenb[12]
@@ -3244,7 +3244,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 431.840 800.000 432.440 ;
+        RECT 796.000 281.560 800.000 282.160 ;
     END
   END la_oenb[12]
   PIN la_oenb[13]
@@ -3252,7 +3252,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 156.440 800.000 157.040 ;
+        RECT 796.000 294.480 800.000 295.080 ;
     END
   END la_oenb[13]
   PIN la_oenb[14]
@@ -3260,15 +3260,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1173.040 4.000 1173.640 ;
+        RECT 796.000 333.920 800.000 334.520 ;
     END
   END la_oenb[14]
   PIN la_oenb[15]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1156.040 800.000 1156.640 ;
+      LAYER met2 ;
+        RECT 449.050 1596.000 449.330 1600.000 ;
     END
   END la_oenb[15]
   PIN la_oenb[16]
@@ -3276,7 +3276,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1023.440 4.000 1024.040 ;
+        RECT 0.000 395.800 4.000 396.400 ;
     END
   END la_oenb[16]
   PIN la_oenb[17]
@@ -3284,7 +3284,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 914.640 4.000 915.240 ;
+        RECT 0.000 422.320 4.000 422.920 ;
     END
   END la_oenb[17]
   PIN la_oenb[18]
@@ -3292,55 +3292,55 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1186.640 4.000 1187.240 ;
+        RECT 0.000 449.520 4.000 450.120 ;
     END
   END la_oenb[18]
   PIN la_oenb[19]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1261.440 800.000 1262.040 ;
+      LAYER met2 ;
+        RECT 461.930 1596.000 462.210 1600.000 ;
     END
   END la_oenb[19]
   PIN la_oenb[1]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 209.390 0.000 209.670 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 32.000 800.000 32.600 ;
     END
   END la_oenb[1]
   PIN la_oenb[20]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1026.840 800.000 1027.440 ;
+      LAYER met2 ;
+        RECT 471.590 1596.000 471.870 1600.000 ;
     END
   END la_oenb[20]
   PIN la_oenb[21]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 455.640 4.000 456.240 ;
+      LAYER met2 ;
+        RECT 478.030 1596.000 478.310 1600.000 ;
     END
   END la_oenb[21]
   PIN la_oenb[22]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 637.650 0.000 637.930 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 465.160 800.000 465.760 ;
     END
   END la_oenb[22]
   PIN la_oenb[23]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 703.840 800.000 704.440 ;
+      LAYER met2 ;
+        RECT 484.470 1596.000 484.750 1600.000 ;
     END
   END la_oenb[23]
   PIN la_oenb[24]
@@ -3348,15 +3348,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1244.440 4.000 1245.040 ;
+        RECT 0.000 516.840 4.000 517.440 ;
     END
   END la_oenb[24]
   PIN la_oenb[25]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 411.440 800.000 412.040 ;
+      LAYER met2 ;
+        RECT 490.910 1596.000 491.190 1600.000 ;
     END
   END la_oenb[25]
   PIN la_oenb[26]
@@ -3364,15 +3364,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 533.840 800.000 534.440 ;
+        RECT 0.000 543.360 4.000 543.960 ;
     END
   END la_oenb[26]
   PIN la_oenb[27]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 656.240 800.000 656.840 ;
+      LAYER met2 ;
+        RECT 500.570 1596.000 500.850 1600.000 ;
     END
   END la_oenb[27]
   PIN la_oenb[28]
@@ -3380,7 +3380,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 336.640 4.000 337.240 ;
+        RECT 796.000 556.960 800.000 557.560 ;
     END
   END la_oenb[28]
   PIN la_oenb[29]
@@ -3388,15 +3388,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1088.040 800.000 1088.640 ;
+        RECT 796.000 582.800 800.000 583.400 ;
     END
   END la_oenb[29]
   PIN la_oenb[2]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 119.040 4.000 119.640 ;
+      LAYER met2 ;
+        RECT 442.610 0.000 442.890 4.000 ;
     END
   END la_oenb[2]
   PIN la_oenb[30]
@@ -3404,7 +3404,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 632.440 4.000 633.040 ;
+        RECT 0.000 610.680 4.000 611.280 ;
     END
   END la_oenb[30]
   PIN la_oenb[31]
@@ -3412,7 +3412,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1448.440 4.000 1449.040 ;
+        RECT 796.000 648.760 800.000 649.360 ;
     END
   END la_oenb[31]
   PIN la_oenb[32]
@@ -3420,7 +3420,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 212.610 1596.000 212.890 1600.000 ;
+        RECT 512.990 1596.000 513.270 1600.000 ;
     END
   END la_oenb[32]
   PIN la_oenb[33]
@@ -3428,7 +3428,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 775.240 4.000 775.840 ;
+        RECT 796.000 674.600 800.000 675.200 ;
     END
   END la_oenb[33]
   PIN la_oenb[34]
@@ -3436,15 +3436,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 139.440 4.000 140.040 ;
+        RECT 796.000 687.520 800.000 688.120 ;
     END
   END la_oenb[34]
   PIN la_oenb[35]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 571.240 4.000 571.840 ;
+      LAYER met2 ;
+        RECT 582.910 0.000 583.190 4.000 ;
     END
   END la_oenb[35]
   PIN la_oenb[36]
@@ -3452,7 +3452,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 346.840 800.000 347.440 ;
+        RECT 796.000 726.960 800.000 727.560 ;
     END
   END la_oenb[36]
   PIN la_oenb[37]
@@ -3460,7 +3460,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 615.440 800.000 616.040 ;
+        RECT 796.000 753.480 800.000 754.080 ;
     END
   END la_oenb[37]
   PIN la_oenb[38]
@@ -3468,15 +3468,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 421.910 1596.000 422.190 1600.000 ;
+        RECT 590.730 0.000 591.010 4.000 ;
     END
   END la_oenb[38]
   PIN la_oenb[39]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1394.040 4.000 1394.640 ;
+      LAYER met2 ;
+        RECT 598.550 0.000 598.830 4.000 ;
     END
   END la_oenb[39]
   PIN la_oenb[3]
@@ -3484,23 +3484,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1462.040 4.000 1462.640 ;
+        RECT 0.000 126.520 4.000 127.120 ;
     END
   END la_oenb[3]
   PIN la_oenb[40]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1353.240 4.000 1353.840 ;
+      LAYER met2 ;
+        RECT 522.650 1596.000 522.930 1600.000 ;
     END
   END la_oenb[40]
   PIN la_oenb[41]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1091.440 4.000 1092.040 ;
+      LAYER met2 ;
+        RECT 602.690 0.000 602.970 4.000 ;
     END
   END la_oenb[41]
   PIN la_oenb[42]
@@ -3508,7 +3508,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1237.640 4.000 1238.240 ;
+        RECT 0.000 785.440 4.000 786.040 ;
     END
   END la_oenb[42]
   PIN la_oenb[43]
@@ -3516,7 +3516,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1220.640 4.000 1221.240 ;
+        RECT 796.000 832.360 800.000 832.960 ;
     END
   END la_oenb[43]
   PIN la_oenb[44]
@@ -3524,15 +3524,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 23.840 4.000 24.440 ;
+        RECT 0.000 812.640 4.000 813.240 ;
     END
   END la_oenb[44]
   PIN la_oenb[45]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1268.240 800.000 1268.840 ;
+      LAYER met2 ;
+        RECT 529.090 1596.000 529.370 1600.000 ;
     END
   END la_oenb[45]
   PIN la_oenb[46]
@@ -3540,7 +3540,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 629.040 800.000 629.640 ;
+        RECT 796.000 858.200 800.000 858.800 ;
     END
   END la_oenb[46]
   PIN la_oenb[47]
@@ -3548,15 +3548,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 77.370 1596.000 77.650 1600.000 ;
+        RECT 538.750 1596.000 539.030 1600.000 ;
     END
   END la_oenb[47]
   PIN la_oenb[48]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 578.040 4.000 578.640 ;
+      LAYER met2 ;
+        RECT 541.970 1596.000 542.250 1600.000 ;
     END
   END la_oenb[48]
   PIN la_oenb[49]
@@ -3564,7 +3564,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 695.610 0.000 695.890 4.000 ;
+        RECT 548.410 1596.000 548.690 1600.000 ;
     END
   END la_oenb[49]
   PIN la_oenb[4]
@@ -3572,15 +3572,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 214.240 4.000 214.840 ;
+        RECT 0.000 153.720 4.000 154.320 ;
     END
   END la_oenb[4]
   PIN la_oenb[50]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 309.440 4.000 310.040 ;
+      LAYER met2 ;
+        RECT 554.850 1596.000 555.130 1600.000 ;
     END
   END la_oenb[50]
   PIN la_oenb[51]
@@ -3588,15 +3588,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 341.410 1596.000 341.690 1600.000 ;
+        RECT 629.830 0.000 630.110 4.000 ;
     END
   END la_oenb[51]
   PIN la_oenb[52]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 183.630 0.000 183.910 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 852.760 4.000 853.360 ;
     END
   END la_oenb[52]
   PIN la_oenb[53]
@@ -3604,7 +3604,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 826.240 4.000 826.840 ;
+        RECT 0.000 879.960 4.000 880.560 ;
     END
   END la_oenb[53]
   PIN la_oenb[54]
@@ -3612,7 +3612,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 377.440 800.000 378.040 ;
+        RECT 0.000 893.560 4.000 894.160 ;
     END
   END la_oenb[54]
   PIN la_oenb[55]
@@ -3620,7 +3620,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1288.640 800.000 1289.240 ;
+        RECT 0.000 906.480 4.000 907.080 ;
     END
   END la_oenb[55]
   PIN la_oenb[56]
@@ -3628,15 +3628,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 482.840 4.000 483.440 ;
+        RECT 796.000 962.920 800.000 963.520 ;
     END
   END la_oenb[56]
   PIN la_oenb[57]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 812.640 4.000 813.240 ;
+      LAYER met2 ;
+        RECT 645.470 0.000 645.750 4.000 ;
     END
   END la_oenb[57]
   PIN la_oenb[58]
@@ -3644,15 +3644,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 631.210 0.000 631.490 4.000 ;
+        RECT 570.950 1596.000 571.230 1600.000 ;
     END
   END la_oenb[58]
   PIN la_oenb[59]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 839.840 4.000 840.440 ;
+      LAYER met2 ;
+        RECT 574.170 1596.000 574.450 1600.000 ;
     END
   END la_oenb[59]
   PIN la_oenb[5]
@@ -3660,15 +3660,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 483.090 0.000 483.370 4.000 ;
+        RECT 466.070 0.000 466.350 4.000 ;
     END
   END la_oenb[5]
   PIN la_oenb[60]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1084.640 4.000 1085.240 ;
+      LAYER met2 ;
+        RECT 580.610 1596.000 580.890 1600.000 ;
     END
   END la_oenb[60]
   PIN la_oenb[61]
@@ -3676,7 +3676,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 57.840 4.000 58.440 ;
+        RECT 796.000 1002.360 800.000 1002.960 ;
     END
   END la_oenb[61]
   PIN la_oenb[62]
@@ -3684,15 +3684,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 197.240 800.000 197.840 ;
+        RECT 0.000 960.200 4.000 960.800 ;
     END
   END la_oenb[62]
   PIN la_oenb[63]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 788.990 0.000 789.270 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 1015.960 800.000 1016.560 ;
     END
   END la_oenb[63]
   PIN la_oenb[64]
@@ -3700,7 +3700,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 351.070 0.000 351.350 4.000 ;
+        RECT 661.110 0.000 661.390 4.000 ;
     END
   END la_oenb[64]
   PIN la_oenb[65]
@@ -3708,7 +3708,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1309.040 800.000 1309.640 ;
+        RECT 796.000 1054.720 800.000 1055.320 ;
     END
   END la_oenb[65]
   PIN la_oenb[66]
@@ -3716,31 +3716,31 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1455.240 4.000 1455.840 ;
+        RECT 796.000 1068.320 800.000 1068.920 ;
     END
   END la_oenb[66]
   PIN la_oenb[67]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1564.040 4.000 1564.640 ;
+      LAYER met2 ;
+        RECT 596.250 1596.000 596.530 1600.000 ;
     END
   END la_oenb[67]
   PIN la_oenb[68]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 459.040 800.000 459.640 ;
+      LAYER met2 ;
+        RECT 665.250 0.000 665.530 4.000 ;
     END
   END la_oenb[68]
   PIN la_oenb[69]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 591.640 4.000 592.240 ;
+      LAYER met2 ;
+        RECT 605.910 1596.000 606.190 1600.000 ;
     END
   END la_oenb[69]
   PIN la_oenb[6]
@@ -3748,7 +3748,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 765.040 800.000 765.640 ;
+        RECT 0.000 207.440 4.000 208.040 ;
     END
   END la_oenb[6]
   PIN la_oenb[70]
@@ -3756,7 +3756,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 489.530 0.000 489.810 4.000 ;
+        RECT 612.350 1596.000 612.630 1600.000 ;
     END
   END la_oenb[70]
   PIN la_oenb[71]
@@ -3764,39 +3764,39 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 584.840 4.000 585.440 ;
+        RECT 796.000 1107.760 800.000 1108.360 ;
     END
   END la_oenb[71]
   PIN la_oenb[72]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 115.640 800.000 116.240 ;
+      LAYER met2 ;
+        RECT 615.570 1596.000 615.850 1600.000 ;
     END
   END la_oenb[72]
   PIN la_oenb[73]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 524.950 1596.000 525.230 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 1081.240 4.000 1081.840 ;
     END
   END la_oenb[73]
   PIN la_oenb[74]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 272.040 800.000 272.640 ;
+      LAYER met2 ;
+        RECT 680.890 0.000 681.170 4.000 ;
     END
   END la_oenb[74]
   PIN la_oenb[75]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 647.310 1596.000 647.590 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 1160.120 800.000 1160.720 ;
     END
   END la_oenb[75]
   PIN la_oenb[76]
@@ -3804,7 +3804,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 187.040 4.000 187.640 ;
+        RECT 0.000 1094.840 4.000 1095.440 ;
     END
   END la_oenb[76]
   PIN la_oenb[77]
@@ -3812,31 +3812,31 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 520.240 800.000 520.840 ;
+        RECT 796.000 1185.960 800.000 1186.560 ;
     END
   END la_oenb[77]
   PIN la_oenb[78]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1200.240 4.000 1200.840 ;
+      LAYER met2 ;
+        RECT 688.250 0.000 688.530 4.000 ;
     END
   END la_oenb[78]
   PIN la_oenb[79]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 689.170 0.000 689.450 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 1162.160 4.000 1162.760 ;
     END
   END la_oenb[79]
   PIN la_oenb[7]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 27.240 800.000 27.840 ;
+      LAYER met2 ;
+        RECT 404.430 1596.000 404.710 1600.000 ;
     END
   END la_oenb[7]
   PIN la_oenb[80]
@@ -3844,7 +3844,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1550.440 4.000 1551.040 ;
+        RECT 0.000 1175.760 4.000 1176.360 ;
     END
   END la_oenb[80]
   PIN la_oenb[81]
@@ -3852,31 +3852,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 334.970 1596.000 335.250 1600.000 ;
+        RECT 634.890 1596.000 635.170 1600.000 ;
     END
   END la_oenb[81]
   PIN la_oenb[82]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 183.640 800.000 184.240 ;
+      LAYER met2 ;
+        RECT 692.390 0.000 692.670 4.000 ;
     END
   END la_oenb[82]
   PIN la_oenb[83]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 312.840 800.000 313.440 ;
+      LAYER met2 ;
+        RECT 696.070 0.000 696.350 4.000 ;
     END
   END la_oenb[83]
   PIN la_oenb[84]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 354.290 1596.000 354.570 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 1225.400 800.000 1226.000 ;
     END
   END la_oenb[84]
   PIN la_oenb[85]
@@ -3884,15 +3884,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 376.830 0.000 377.110 4.000 ;
+        RECT 703.890 0.000 704.170 4.000 ;
     END
   END la_oenb[85]
   PIN la_oenb[86]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 615.110 1596.000 615.390 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 1251.920 800.000 1252.520 ;
     END
   END la_oenb[86]
   PIN la_oenb[87]
@@ -3900,23 +3900,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 210.840 800.000 211.440 ;
+        RECT 796.000 1264.840 800.000 1265.440 ;
     END
   END la_oenb[87]
   PIN la_oenb[88]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 924.840 800.000 925.440 ;
+      LAYER met2 ;
+        RECT 660.190 1596.000 660.470 1600.000 ;
     END
   END la_oenb[88]
   PIN la_oenb[89]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 44.240 4.000 44.840 ;
+      LAYER met2 ;
+        RECT 669.850 1596.000 670.130 1600.000 ;
     END
   END la_oenb[89]
   PIN la_oenb[8]
@@ -3924,39 +3924,39 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 328.530 1596.000 328.810 1600.000 ;
+        RECT 420.530 1596.000 420.810 1600.000 ;
     END
   END la_oenb[8]
   PIN la_oenb[90]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1057.440 4.000 1058.040 ;
+      LAYER met2 ;
+        RECT 708.030 0.000 708.310 4.000 ;
     END
   END la_oenb[90]
   PIN la_oenb[91]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 579.690 0.000 579.970 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 1330.120 800.000 1330.720 ;
     END
   END la_oenb[91]
   PIN la_oenb[92]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 682.730 0.000 683.010 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 1296.800 4.000 1297.400 ;
     END
   END la_oenb[92]
   PIN la_oenb[93]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 582.910 1596.000 583.190 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 1309.720 4.000 1310.320 ;
     END
   END la_oenb[93]
   PIN la_oenb[94]
@@ -3964,31 +3964,31 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 669.840 800.000 670.440 ;
+        RECT 0.000 1336.920 4.000 1337.520 ;
     END
   END la_oenb[94]
   PIN la_oenb[95]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 360.730 1596.000 361.010 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 1364.120 4.000 1364.720 ;
     END
   END la_oenb[95]
   PIN la_oenb[96]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 331.750 0.000 332.030 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 1383.160 800.000 1383.760 ;
     END
   END la_oenb[96]
   PIN la_oenb[97]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1275.040 800.000 1275.640 ;
+      LAYER met2 ;
+        RECT 685.950 1596.000 686.230 1600.000 ;
     END
   END la_oenb[97]
   PIN la_oenb[98]
@@ -3996,15 +3996,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 142.840 800.000 143.440 ;
+        RECT 0.000 1390.640 4.000 1391.240 ;
     END
   END la_oenb[98]
   PIN la_oenb[99]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1166.240 4.000 1166.840 ;
+      LAYER met2 ;
+        RECT 719.530 0.000 719.810 4.000 ;
     END
   END la_oenb[99]
   PIN la_oenb[9]
@@ -4012,15 +4012,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 391.040 4.000 391.640 ;
+        RECT 796.000 215.600 800.000 216.200 ;
     END
   END la_oenb[9]
   PIN sram_addr_a[0]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 141.770 1596.000 142.050 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 19.080 800.000 19.680 ;
     END
   END sram_addr_a[0]
   PIN sram_addr_a[1]
@@ -4028,15 +4028,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 727.640 4.000 728.240 ;
+        RECT 0.000 59.880 4.000 60.480 ;
     END
   END sram_addr_a[1]
   PIN sram_addr_a[2]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 515.290 0.000 515.570 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 100.000 4.000 100.600 ;
     END
   END sram_addr_a[2]
   PIN sram_addr_a[3]
@@ -4044,15 +4044,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1513.040 800.000 1513.640 ;
+        RECT 796.000 97.960 800.000 98.560 ;
     END
   END sram_addr_a[3]
   PIN sram_addr_a[4]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 136.040 800.000 136.640 ;
+      LAYER met2 ;
+        RECT 391.550 1596.000 391.830 1600.000 ;
     END
   END sram_addr_a[4]
   PIN sram_addr_a[5]
@@ -4060,7 +4060,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1258.040 4.000 1258.640 ;
+        RECT 0.000 180.920 4.000 181.520 ;
     END
   END sram_addr_a[5]
   PIN sram_addr_a[6]
@@ -4068,23 +4068,31 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 146.240 4.000 146.840 ;
+        RECT 0.000 221.040 4.000 221.640 ;
     END
   END sram_addr_a[6]
   PIN sram_addr_a[7]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 618.840 4.000 619.440 ;
+      LAYER met2 ;
+        RECT 407.650 1596.000 407.930 1600.000 ;
     END
   END sram_addr_a[7]
-  PIN sram_addr_b[0]
+  PIN sram_addr_a[8]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 962.240 4.000 962.840 ;
+        RECT 0.000 261.160 4.000 261.760 ;
+    END
+  END sram_addr_a[8]
+  PIN sram_addr_b[0]
+    DIRECTION OUTPUT TRISTATE ;
+    USE SIGNAL ;
+    PORT
+      LAYER met2 ;
+        RECT 372.230 1596.000 372.510 1600.000 ;
     END
   END sram_addr_b[0]
   PIN sram_addr_b[1]
@@ -4092,7 +4100,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 656.970 0.000 657.250 4.000 ;
+        RECT 378.670 1596.000 378.950 1600.000 ;
     END
   END sram_addr_b[1]
   PIN sram_addr_b[2]
@@ -4100,7 +4108,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 653.750 1596.000 654.030 1600.000 ;
+        RECT 446.750 0.000 447.030 4.000 ;
     END
   END sram_addr_b[2]
   PIN sram_addr_b[3]
@@ -4108,15 +4116,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1013.240 800.000 1013.840 ;
+        RECT 796.000 110.880 800.000 111.480 ;
     END
   END sram_addr_b[3]
   PIN sram_addr_b[4]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 567.840 800.000 568.440 ;
+      LAYER met2 ;
+        RECT 461.930 0.000 462.210 4.000 ;
     END
   END sram_addr_b[4]
   PIN sram_addr_b[5]
@@ -4124,15 +4132,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1247.840 800.000 1248.440 ;
+        RECT 0.000 193.840 4.000 194.440 ;
     END
   END sram_addr_b[5]
   PIN sram_addr_b[6]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 13.640 800.000 14.240 ;
+      LAYER met2 ;
+        RECT 469.750 0.000 470.030 4.000 ;
     END
   END sram_addr_b[6]
   PIN sram_addr_b[7]
@@ -4140,23 +4148,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 457.330 0.000 457.610 4.000 ;
+        RECT 410.870 1596.000 411.150 1600.000 ;
     END
   END sram_addr_b[7]
+  PIN sram_addr_b[8]
+    DIRECTION OUTPUT TRISTATE ;
+    USE SIGNAL ;
+    PORT
+      LAYER met2 ;
+        RECT 423.750 1596.000 424.030 1600.000 ;
+    END
+  END sram_addr_b[8]
   PIN sram_csb_a
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1360.040 4.000 1360.640 ;
+      LAYER met2 ;
+        RECT 426.970 0.000 427.250 4.000 ;
     END
   END sram_csb_a
   PIN sram_csb_b
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 268.640 4.000 269.240 ;
+      LAYER met2 ;
+        RECT 431.110 0.000 431.390 4.000 ;
     END
   END sram_csb_b
   PIN sram_din_b[0]
@@ -4164,47 +4180,47 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 564.440 4.000 565.040 ;
+        RECT 0.000 6.160 4.000 6.760 ;
     END
   END sram_din_b[0]
   PIN sram_din_b[10]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1128.840 800.000 1129.440 ;
+      LAYER met2 ;
+        RECT 433.410 1596.000 433.690 1600.000 ;
     END
   END sram_din_b[10]
   PIN sram_din_b[11]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 887.440 4.000 888.040 ;
+      LAYER met2 ;
+        RECT 485.390 0.000 485.670 4.000 ;
     END
   END sram_din_b[11]
   PIN sram_din_b[12]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 941.840 4.000 942.440 ;
+      LAYER met2 ;
+        RECT 493.210 0.000 493.490 4.000 ;
     END
   END sram_din_b[12]
   PIN sram_din_b[13]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1397.440 800.000 1398.040 ;
+      LAYER met2 ;
+        RECT 501.030 0.000 501.310 4.000 ;
     END
   END sram_din_b[13]
   PIN sram_din_b[14]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 116.010 1596.000 116.290 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 355.680 4.000 356.280 ;
     END
   END sram_din_b[14]
   PIN sram_din_b[15]
@@ -4212,7 +4228,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 99.910 0.000 100.190 4.000 ;
+        RECT 505.170 0.000 505.450 4.000 ;
     END
   END sram_din_b[15]
   PIN sram_din_b[16]
@@ -4220,15 +4236,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 676.290 0.000 676.570 4.000 ;
+        RECT 452.270 1596.000 452.550 1600.000 ;
     END
   END sram_din_b[16]
   PIN sram_din_b[17]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 357.510 0.000 357.790 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 435.920 4.000 436.520 ;
     END
   END sram_din_b[17]
   PIN sram_din_b[18]
@@ -4236,7 +4252,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 717.440 800.000 718.040 ;
+        RECT 0.000 463.120 4.000 463.720 ;
     END
   END sram_din_b[18]
   PIN sram_din_b[19]
@@ -4244,31 +4260,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 80.590 0.000 80.870 4.000 ;
+        RECT 465.150 1596.000 465.430 1600.000 ;
     END
   END sram_din_b[19]
   PIN sram_din_b[1]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 370.390 0.000 370.670 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 72.800 4.000 73.400 ;
     END
   END sram_din_b[1]
   PIN sram_din_b[20]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 683.440 800.000 684.040 ;
+      LAYER met2 ;
+        RECT 532.310 0.000 532.590 4.000 ;
     END
   END sram_din_b[20]
   PIN sram_din_b[21]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 705.270 1596.000 705.550 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 438.640 800.000 439.240 ;
     END
   END sram_din_b[21]
   PIN sram_din_b[22]
@@ -4276,31 +4292,31 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1033.640 800.000 1034.240 ;
+        RECT 796.000 478.080 800.000 478.680 ;
     END
   END sram_din_b[22]
   PIN sram_din_b[23]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 132.110 0.000 132.390 4.000 ;
+      LAYER met3 ;
+        RECT 0.000 503.240 4.000 503.840 ;
     END
   END sram_din_b[23]
   PIN sram_din_b[24]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 931.640 800.000 932.240 ;
+      LAYER met2 ;
+        RECT 555.770 0.000 556.050 4.000 ;
     END
   END sram_din_b[24]
   PIN sram_din_b[25]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 74.840 800.000 75.440 ;
+      LAYER met2 ;
+        RECT 563.590 0.000 563.870 4.000 ;
     END
   END sram_din_b[25]
   PIN sram_din_b[26]
@@ -4308,7 +4324,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 473.430 1596.000 473.710 1600.000 ;
+        RECT 567.730 0.000 568.010 4.000 ;
     END
   END sram_din_b[26]
   PIN sram_din_b[27]
@@ -4316,7 +4332,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 207.440 4.000 208.040 ;
+        RECT 796.000 517.520 800.000 518.120 ;
     END
   END sram_din_b[27]
   PIN sram_din_b[28]
@@ -4324,23 +4340,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1193.440 800.000 1194.040 ;
+        RECT 0.000 570.560 4.000 571.160 ;
     END
   END sram_din_b[28]
   PIN sram_din_b[29]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 627.990 1596.000 628.270 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 595.720 800.000 596.320 ;
     END
   END sram_din_b[29]
   PIN sram_din_b[2]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 486.310 1596.000 486.590 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 58.520 800.000 59.120 ;
     END
   END sram_din_b[2]
   PIN sram_din_b[30]
@@ -4348,23 +4364,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 132.640 4.000 133.240 ;
+        RECT 0.000 624.280 4.000 624.880 ;
     END
   END sram_din_b[30]
   PIN sram_din_b[31]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 640.870 1596.000 641.150 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 664.400 4.000 665.000 ;
     END
   END sram_din_b[31]
   PIN sram_din_b[3]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1326.040 4.000 1326.640 ;
+      LAYER met2 ;
+        RECT 385.110 1596.000 385.390 1600.000 ;
     END
   END sram_din_b[3]
   PIN sram_din_b[4]
@@ -4372,7 +4388,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 748.040 4.000 748.640 ;
+        RECT 0.000 167.320 4.000 167.920 ;
     END
   END sram_din_b[4]
   PIN sram_din_b[5]
@@ -4380,15 +4396,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 561.040 800.000 561.640 ;
+        RECT 796.000 136.720 800.000 137.320 ;
     END
   END sram_din_b[5]
   PIN sram_din_b[6]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 890.840 800.000 891.440 ;
+      LAYER met2 ;
+        RECT 401.210 1596.000 401.490 1600.000 ;
     END
   END sram_din_b[6]
   PIN sram_din_b[7]
@@ -4396,15 +4412,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1227.440 800.000 1228.040 ;
+        RECT 796.000 189.760 800.000 190.360 ;
     END
   END sram_din_b[7]
   PIN sram_din_b[8]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 9.750 1596.000 10.030 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 202.680 800.000 203.280 ;
     END
   END sram_din_b[8]
   PIN sram_din_b[9]
@@ -4412,7 +4428,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 170.040 800.000 170.640 ;
+        RECT 0.000 288.360 4.000 288.960 ;
     END
   END sram_din_b[9]
   PIN sram_dout_a[0]
@@ -4420,15 +4436,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 1098.240 4.000 1098.840 ;
+        RECT 0.000 19.080 4.000 19.680 ;
     END
   END sram_dout_a[0]
   PIN sram_dout_a[10]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1349.840 800.000 1350.440 ;
+      LAYER met2 ;
+        RECT 436.630 1596.000 436.910 1600.000 ;
     END
   END sram_dout_a[10]
   PIN sram_dout_a[11]
@@ -4436,7 +4452,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 408.040 4.000 408.640 ;
+        RECT 0.000 328.480 4.000 329.080 ;
     END
   END sram_dout_a[11]
   PIN sram_dout_a[12]
@@ -4444,23 +4460,23 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 734.440 4.000 735.040 ;
+        RECT 0.000 342.080 4.000 342.680 ;
     END
   END sram_dout_a[12]
   PIN sram_dout_a[13]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 367.240 800.000 367.840 ;
+      LAYER met2 ;
+        RECT 445.830 1596.000 446.110 1600.000 ;
     END
   END sram_dout_a[13]
   PIN sram_dout_a[14]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 743.910 1596.000 744.190 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 368.600 4.000 369.200 ;
     END
   END sram_dout_a[14]
   PIN sram_dout_a[15]
@@ -4468,15 +4484,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 319.640 800.000 320.240 ;
+        RECT 796.000 359.760 800.000 360.360 ;
     END
   END sram_dout_a[15]
   PIN sram_dout_a[16]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 547.440 800.000 548.040 ;
+      LAYER met2 ;
+        RECT 512.990 0.000 513.270 4.000 ;
     END
   END sram_dout_a[16]
   PIN sram_dout_a[17]
@@ -4484,7 +4500,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 222.270 0.000 222.550 4.000 ;
+        RECT 516.670 0.000 516.950 4.000 ;
     END
   END sram_dout_a[17]
   PIN sram_dout_a[18]
@@ -4492,15 +4508,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 338.190 0.000 338.470 4.000 ;
+        RECT 458.710 1596.000 458.990 1600.000 ;
     END
   END sram_dout_a[18]
   PIN sram_dout_a[19]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 397.840 800.000 398.440 ;
+      LAYER met2 ;
+        RECT 468.370 1596.000 468.650 1600.000 ;
     END
   END sram_dout_a[19]
   PIN sram_dout_a[1]
@@ -4508,7 +4524,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 856.840 800.000 857.440 ;
+        RECT 796.000 44.920 800.000 45.520 ;
     END
   END sram_dout_a[1]
   PIN sram_dout_a[20]
@@ -4516,7 +4532,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1519.840 800.000 1520.440 ;
+        RECT 796.000 425.720 800.000 426.320 ;
     END
   END sram_dout_a[20]
   PIN sram_dout_a[21]
@@ -4524,7 +4540,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 51.610 1596.000 51.890 1600.000 ;
+        RECT 540.130 0.000 540.410 4.000 ;
     END
   END sram_dout_a[21]
   PIN sram_dout_a[22]
@@ -4532,39 +4548,39 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 3.310 1596.000 3.590 1600.000 ;
+        RECT 481.250 1596.000 481.530 1600.000 ;
     END
   END sram_dout_a[22]
   PIN sram_dout_a[23]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1400.840 4.000 1401.440 ;
+      LAYER met2 ;
+        RECT 487.690 1596.000 487.970 1600.000 ;
     END
   END sram_dout_a[23]
   PIN sram_dout_a[24]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 412.250 0.000 412.530 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 491.000 800.000 491.600 ;
     END
   END sram_dout_a[24]
   PIN sram_dout_a[25]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 469.240 4.000 469.840 ;
+      LAYER met2 ;
+        RECT 494.130 1596.000 494.410 1600.000 ;
     END
   END sram_dout_a[25]
   PIN sram_dout_a[26]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 527.040 800.000 527.640 ;
+      LAYER met2 ;
+        RECT 571.410 0.000 571.690 4.000 ;
     END
   END sram_dout_a[26]
   PIN sram_dout_a[27]
@@ -4572,7 +4588,7 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 0.000 30.640 4.000 31.240 ;
+        RECT 796.000 530.440 800.000 531.040 ;
     END
   END sram_dout_a[27]
   PIN sram_dout_a[28]
@@ -4580,7 +4596,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 267.350 0.000 267.630 4.000 ;
+        RECT 507.010 1596.000 507.290 1600.000 ;
     END
   END sram_dout_a[28]
   PIN sram_dout_a[29]
@@ -4588,31 +4604,31 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 1492.640 800.000 1493.240 ;
+        RECT 0.000 597.760 4.000 598.360 ;
     END
   END sram_dout_a[29]
   PIN sram_dout_a[2]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 537.240 4.000 537.840 ;
+      LAYER met2 ;
+        RECT 450.430 0.000 450.710 4.000 ;
     END
   END sram_dout_a[2]
   PIN sram_dout_a[30]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 219.050 1596.000 219.330 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 637.880 4.000 638.480 ;
     END
   END sram_dout_a[30]
   PIN sram_dout_a[31]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 275.440 4.000 276.040 ;
+      LAYER met2 ;
+        RECT 579.230 0.000 579.510 4.000 ;
     END
   END sram_dout_a[31]
   PIN sram_dout_a[3]
@@ -4620,7 +4636,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 499.190 1596.000 499.470 1600.000 ;
+        RECT 454.570 0.000 454.850 4.000 ;
     END
   END sram_dout_a[3]
   PIN sram_dout_a[4]
@@ -4628,31 +4644,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 512.070 1596.000 512.350 1600.000 ;
+        RECT 394.770 1596.000 395.050 1600.000 ;
     END
   END sram_dout_a[4]
   PIN sram_dout_a[5]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 734.250 0.000 734.530 4.000 ;
+      LAYER met3 ;
+        RECT 796.000 150.320 800.000 150.920 ;
     END
   END sram_dout_a[5]
   PIN sram_dout_a[6]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 103.130 1596.000 103.410 1600.000 ;
+      LAYER met3 ;
+        RECT 0.000 234.640 4.000 235.240 ;
     END
   END sram_dout_a[6]
   PIN sram_dout_a[7]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 442.040 4.000 442.640 ;
+      LAYER met2 ;
+        RECT 477.570 0.000 477.850 4.000 ;
     END
   END sram_dout_a[7]
   PIN sram_dout_a[8]
@@ -4660,7 +4676,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 16.190 0.000 16.470 4.000 ;
+        RECT 481.710 0.000 481.990 4.000 ;
     END
   END sram_dout_a[8]
   PIN sram_dout_a[9]
@@ -4668,271 +4684,15 @@
     USE SIGNAL ;
     PORT
       LAYER met3 ;
-        RECT 796.000 306.040 800.000 306.640 ;
+        RECT 796.000 228.520 800.000 229.120 ;
     END
   END sram_dout_a[9]
-  PIN sram_dout_b[0]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 0.000 666.440 4.000 667.040 ;
-    END
-  END sram_dout_b[0]
-  PIN sram_dout_b[10]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 710.640 800.000 711.240 ;
-    END
-  END sram_dout_b[10]
-  PIN sram_dout_b[11]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 0.000 819.440 4.000 820.040 ;
-    END
-  END sram_dout_b[11]
-  PIN sram_dout_b[12]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 822.840 800.000 823.440 ;
-    END
-  END sram_dout_b[12]
-  PIN sram_dout_b[13]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 0.000 982.640 4.000 983.240 ;
-    END
-  END sram_dout_b[13]
-  PIN sram_dout_b[14]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met2 ;
-        RECT 54.830 0.000 55.110 4.000 ;
-    END
-  END sram_dout_b[14]
-  PIN sram_dout_b[15]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 0.000 435.240 4.000 435.840 ;
-    END
-  END sram_dout_b[15]
-  PIN sram_dout_b[16]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met2 ;
-        RECT 618.330 0.000 618.610 4.000 ;
-    END
-  END sram_dout_b[16]
-  PIN sram_dout_b[17]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met2 ;
-        RECT 90.250 1596.000 90.530 1600.000 ;
-    END
-  END sram_dout_b[17]
-  PIN sram_dout_b[18]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 333.240 800.000 333.840 ;
-    END
-  END sram_dout_b[18]
-  PIN sram_dout_b[19]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met2 ;
-        RECT 528.170 0.000 528.450 4.000 ;
-    END
-  END sram_dout_b[19]
-  PIN sram_dout_b[1]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 258.440 800.000 259.040 ;
-    END
-  END sram_dout_b[1]
-  PIN sram_dout_b[20]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 1329.440 800.000 1330.040 ;
-    END
-  END sram_dout_b[20]
-  PIN sram_dout_b[21]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 1594.640 800.000 1595.240 ;
-    END
-  END sram_dout_b[21]
-  PIN sram_dout_b[22]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 278.840 800.000 279.440 ;
-    END
-  END sram_dout_b[22]
-  PIN sram_dout_b[23]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 0.000 996.240 4.000 996.840 ;
-    END
-  END sram_dout_b[23]
-  PIN sram_dout_b[24]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 595.040 800.000 595.640 ;
-    END
-  END sram_dout_b[24]
-  PIN sram_dout_b[25]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 1526.640 800.000 1527.240 ;
-    END
-  END sram_dout_b[25]
-  PIN sram_dout_b[26]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 0.000 1536.840 4.000 1537.440 ;
-    END
-  END sram_dout_b[26]
-  PIN sram_dout_b[27]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 1343.040 800.000 1343.640 ;
-    END
-  END sram_dout_b[27]
-  PIN sram_dout_b[28]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 251.640 800.000 252.240 ;
-    END
-  END sram_dout_b[28]
-  PIN sram_dout_b[29]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 0.000 414.840 4.000 415.440 ;
-    END
-  END sram_dout_b[29]
-  PIN sram_dout_b[2]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 737.840 800.000 738.440 ;
-    END
-  END sram_dout_b[2]
-  PIN sram_dout_b[30]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 0.000 1441.640 4.000 1442.240 ;
-    END
-  END sram_dout_b[30]
-  PIN sram_dout_b[31]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 0.000 625.640 4.000 626.240 ;
-    END
-  END sram_dout_b[31]
-  PIN sram_dout_b[3]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 0.000 948.640 4.000 949.240 ;
-    END
-  END sram_dout_b[3]
-  PIN sram_dout_b[4]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met2 ;
-        RECT 170.750 0.000 171.030 4.000 ;
-    END
-  END sram_dout_b[4]
-  PIN sram_dout_b[5]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 0.000 557.640 4.000 558.240 ;
-    END
-  END sram_dout_b[5]
-  PIN sram_dout_b[6]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met2 ;
-        RECT 760.010 0.000 760.290 4.000 ;
-    END
-  END sram_dout_b[6]
-  PIN sram_dout_b[7]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 796.000 1506.240 800.000 1506.840 ;
-    END
-  END sram_dout_b[7]
-  PIN sram_dout_b[8]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met2 ;
-        RECT 344.630 0.000 344.910 4.000 ;
-    END
-  END sram_dout_b[8]
-  PIN sram_dout_b[9]
-    DIRECTION OUTPUT TRISTATE ;
-    USE SIGNAL ;
-    PORT
-      LAYER met3 ;
-        RECT 0.000 261.840 4.000 262.440 ;
-    END
-  END sram_dout_b[9]
   PIN sram_mask_b[0]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1071.040 4.000 1071.640 ;
+      LAYER met2 ;
+        RECT 375.450 1596.000 375.730 1600.000 ;
     END
   END sram_mask_b[0]
   PIN sram_mask_b[1]
@@ -4940,81 +4700,37 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 257.690 1596.000 257.970 1600.000 ;
+        RECT 438.930 0.000 439.210 4.000 ;
     END
   END sram_mask_b[1]
   PIN sram_mask_b[2]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met2 ;
-        RECT 763.230 1596.000 763.510 1600.000 ;
+      LAYER met3 ;
+        RECT 796.000 71.440 800.000 72.040 ;
     END
   END sram_mask_b[2]
   PIN sram_mask_b[3]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 404.640 4.000 405.240 ;
+      LAYER met2 ;
+        RECT 388.330 1596.000 388.610 1600.000 ;
     END
   END sram_mask_b[3]
   PIN sram_web_b
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1159.440 4.000 1160.040 ;
+      LAYER met2 ;
+        RECT 365.790 1596.000 366.070 1600.000 ;
     END
   END sram_web_b
   PIN vccd1
     DIRECTION INPUT ;
     USE POWER ;
     PORT
-      LAYER met5 ;
-        RECT 5.520 26.490 794.420 28.090 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 179.670 794.420 181.270 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 332.850 794.420 334.450 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 486.030 794.420 487.630 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 639.210 794.420 640.810 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 792.390 794.420 793.990 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 945.570 794.420 947.170 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 1098.750 794.420 1100.350 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 1251.930 794.420 1253.530 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 1405.110 794.420 1406.710 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 1558.290 794.420 1559.890 ;
-    END
-    PORT
       LAYER met4 ;
         RECT 21.040 10.640 22.640 1588.720 ;
     END
@@ -5043,46 +4759,6 @@
     DIRECTION INPUT ;
     USE GROUND ;
     PORT
-      LAYER met5 ;
-        RECT 5.520 103.080 794.420 104.680 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 256.260 794.420 257.860 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 409.440 794.420 411.040 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 562.620 794.420 564.220 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 715.800 794.420 717.400 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 868.980 794.420 870.580 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 1022.160 794.420 1023.760 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 1175.340 794.420 1176.940 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 1328.520 794.420 1330.120 ;
-    END
-    PORT
-      LAYER met5 ;
-        RECT 5.520 1481.700 794.420 1483.300 ;
-    END
-    PORT
       LAYER met4 ;
         RECT 97.840 10.640 99.440 1588.720 ;
     END
@@ -5107,24 +4783,24 @@
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 802.440 800.000 803.040 ;
+      LAYER met2 ;
+        RECT 1.930 0.000 2.210 4.000 ;
     END
   END wb_clk_i
   PIN wb_rst_i
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 166.640 4.000 167.240 ;
+      LAYER met2 ;
+        RECT 5.610 0.000 5.890 4.000 ;
     END
   END wb_rst_i
   PIN wbs_ack_o
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1040.440 800.000 1041.040 ;
+      LAYER met2 ;
+        RECT 9.290 0.000 9.570 4.000 ;
     END
   END wbs_ack_o
   PIN wbs_adr_i[0]
@@ -5132,23 +4808,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 32.290 1596.000 32.570 1600.000 ;
+        RECT 24.930 0.000 25.210 4.000 ;
     END
   END wbs_adr_i[0]
   PIN wbs_adr_i[10]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1346.440 4.000 1347.040 ;
+      LAYER met2 ;
+        RECT 157.870 0.000 158.150 4.000 ;
     END
   END wbs_adr_i[10]
   PIN wbs_adr_i[11]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 809.240 4.000 809.840 ;
+      LAYER met2 ;
+        RECT 169.370 0.000 169.650 4.000 ;
     END
   END wbs_adr_i[11]
   PIN wbs_adr_i[12]
@@ -5156,63 +4832,63 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 119.230 0.000 119.510 4.000 ;
+        RECT 181.330 0.000 181.610 4.000 ;
     END
   END wbs_adr_i[12]
   PIN wbs_adr_i[13]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 605.240 4.000 605.840 ;
+      LAYER met2 ;
+        RECT 192.830 0.000 193.110 4.000 ;
     END
   END wbs_adr_i[13]
   PIN wbs_adr_i[14]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1560.640 800.000 1561.240 ;
+      LAYER met2 ;
+        RECT 204.790 0.000 205.070 4.000 ;
     END
   END wbs_adr_i[14]
   PIN wbs_adr_i[15]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1472.240 800.000 1472.840 ;
+      LAYER met2 ;
+        RECT 216.290 0.000 216.570 4.000 ;
     END
   END wbs_adr_i[15]
   PIN wbs_adr_i[16]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 34.040 800.000 34.640 ;
+      LAYER met2 ;
+        RECT 228.250 0.000 228.530 4.000 ;
     END
   END wbs_adr_i[16]
   PIN wbs_adr_i[17]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1363.440 800.000 1364.040 ;
+      LAYER met2 ;
+        RECT 239.750 0.000 240.030 4.000 ;
     END
   END wbs_adr_i[17]
   PIN wbs_adr_i[18]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 965.640 800.000 966.240 ;
+      LAYER met2 ;
+        RECT 251.250 0.000 251.530 4.000 ;
     END
   END wbs_adr_i[18]
   PIN wbs_adr_i[19]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 479.440 800.000 480.040 ;
+      LAYER met2 ;
+        RECT 263.210 0.000 263.490 4.000 ;
     END
   END wbs_adr_i[19]
   PIN wbs_adr_i[1]
@@ -5220,7 +4896,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 58.050 1596.000 58.330 1600.000 ;
+        RECT 40.570 0.000 40.850 4.000 ;
     END
   END wbs_adr_i[1]
   PIN wbs_adr_i[20]
@@ -5228,7 +4904,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 428.350 1596.000 428.630 1600.000 ;
+        RECT 274.710 0.000 274.990 4.000 ;
     END
   END wbs_adr_i[20]
   PIN wbs_adr_i[21]
@@ -5236,39 +4912,39 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 740.690 0.000 740.970 4.000 ;
+        RECT 286.670 0.000 286.950 4.000 ;
     END
   END wbs_adr_i[21]
   PIN wbs_adr_i[22]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 265.240 800.000 265.840 ;
+      LAYER met2 ;
+        RECT 298.170 0.000 298.450 4.000 ;
     END
   END wbs_adr_i[22]
   PIN wbs_adr_i[23]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 316.240 4.000 316.840 ;
+      LAYER met2 ;
+        RECT 310.130 0.000 310.410 4.000 ;
     END
   END wbs_adr_i[23]
   PIN wbs_adr_i[24]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 975.840 4.000 976.440 ;
+      LAYER met2 ;
+        RECT 321.630 0.000 321.910 4.000 ;
     END
   END wbs_adr_i[24]
   PIN wbs_adr_i[25]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 71.440 4.000 72.040 ;
+      LAYER met2 ;
+        RECT 333.590 0.000 333.870 4.000 ;
     END
   END wbs_adr_i[25]
   PIN wbs_adr_i[26]
@@ -5276,23 +4952,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 138.550 0.000 138.830 4.000 ;
+        RECT 345.090 0.000 345.370 4.000 ;
     END
   END wbs_adr_i[26]
   PIN wbs_adr_i[27]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1285.240 4.000 1285.840 ;
+      LAYER met2 ;
+        RECT 356.590 0.000 356.870 4.000 ;
     END
   END wbs_adr_i[27]
   PIN wbs_adr_i[28]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1295.440 800.000 1296.040 ;
+      LAYER met2 ;
+        RECT 368.550 0.000 368.830 4.000 ;
     END
   END wbs_adr_i[28]
   PIN wbs_adr_i[29]
@@ -5300,7 +4976,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 608.670 1596.000 608.950 1600.000 ;
+        RECT 380.050 0.000 380.330 4.000 ;
     END
   END wbs_adr_i[29]
   PIN wbs_adr_i[2]
@@ -5308,7 +4984,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 495.970 0.000 496.250 4.000 ;
+        RECT 56.210 0.000 56.490 4.000 ;
     END
   END wbs_adr_i[2]
   PIN wbs_adr_i[30]
@@ -5316,23 +4992,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 296.330 1596.000 296.610 1600.000 ;
+        RECT 392.010 0.000 392.290 4.000 ;
     END
   END wbs_adr_i[30]
   PIN wbs_adr_i[31]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1074.440 800.000 1075.040 ;
+      LAYER met2 ;
+        RECT 403.510 0.000 403.790 4.000 ;
     END
   END wbs_adr_i[31]
   PIN wbs_adr_i[3]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 204.040 800.000 204.640 ;
+      LAYER met2 ;
+        RECT 71.850 0.000 72.130 4.000 ;
     END
   END wbs_adr_i[3]
   PIN wbs_adr_i[4]
@@ -5340,15 +5016,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 283.450 1596.000 283.730 1600.000 ;
+        RECT 87.490 0.000 87.770 4.000 ;
     END
   END wbs_adr_i[4]
   PIN wbs_adr_i[5]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 163.240 800.000 163.840 ;
+      LAYER met2 ;
+        RECT 99.450 0.000 99.730 4.000 ;
     END
   END wbs_adr_i[5]
   PIN wbs_adr_i[6]
@@ -5356,7 +5032,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 399.370 0.000 399.650 4.000 ;
+        RECT 110.950 0.000 111.230 4.000 ;
     END
   END wbs_adr_i[6]
   PIN wbs_adr_i[7]
@@ -5364,31 +5040,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 61.270 0.000 61.550 4.000 ;
+        RECT 122.450 0.000 122.730 4.000 ;
     END
   END wbs_adr_i[7]
   PIN wbs_adr_i[8]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 302.640 4.000 303.240 ;
+      LAYER met2 ;
+        RECT 134.410 0.000 134.690 4.000 ;
     END
   END wbs_adr_i[8]
   PIN wbs_adr_i[9]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 850.040 800.000 850.640 ;
+      LAYER met2 ;
+        RECT 145.910 0.000 146.190 4.000 ;
     END
   END wbs_adr_i[9]
   PIN wbs_cyc_i
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 343.440 4.000 344.040 ;
+      LAYER met2 ;
+        RECT 13.430 0.000 13.710 4.000 ;
     END
   END wbs_cyc_i
   PIN wbs_dat_i[0]
@@ -5396,31 +5072,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 756.790 1596.000 757.070 1600.000 ;
+        RECT 29.070 0.000 29.350 4.000 ;
     END
   END wbs_dat_i[0]
   PIN wbs_dat_i[10]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 612.040 4.000 612.640 ;
+      LAYER met2 ;
+        RECT 161.550 0.000 161.830 4.000 ;
     END
   END wbs_dat_i[10]
   PIN wbs_dat_i[11]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 714.040 4.000 714.640 ;
+      LAYER met2 ;
+        RECT 173.510 0.000 173.790 4.000 ;
     END
   END wbs_dat_i[11]
   PIN wbs_dat_i[12]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 673.240 4.000 673.840 ;
+      LAYER met2 ;
+        RECT 185.010 0.000 185.290 4.000 ;
     END
   END wbs_dat_i[12]
   PIN wbs_dat_i[13]
@@ -5428,7 +5104,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 48.390 0.000 48.670 4.000 ;
+        RECT 196.970 0.000 197.250 4.000 ;
     END
   END wbs_dat_i[13]
   PIN wbs_dat_i[14]
@@ -5436,15 +5112,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 273.790 0.000 274.070 4.000 ;
+        RECT 208.470 0.000 208.750 4.000 ;
     END
   END wbs_dat_i[14]
   PIN wbs_dat_i[15]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 248.240 4.000 248.840 ;
+      LAYER met2 ;
+        RECT 220.430 0.000 220.710 4.000 ;
     END
   END wbs_dat_i[15]
   PIN wbs_dat_i[16]
@@ -5452,7 +5128,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 721.370 0.000 721.650 4.000 ;
+        RECT 231.930 0.000 232.210 4.000 ;
     END
   END wbs_dat_i[16]
   PIN wbs_dat_i[17]
@@ -5460,7 +5136,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 231.930 1596.000 232.210 1600.000 ;
+        RECT 243.430 0.000 243.710 4.000 ;
     END
   END wbs_dat_i[17]
   PIN wbs_dat_i[18]
@@ -5468,31 +5144,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 537.830 1596.000 538.110 1600.000 ;
+        RECT 255.390 0.000 255.670 4.000 ;
     END
   END wbs_dat_i[18]
   PIN wbs_dat_i[19]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1030.240 4.000 1030.840 ;
+      LAYER met2 ;
+        RECT 266.890 0.000 267.170 4.000 ;
     END
   END wbs_dat_i[19]
   PIN wbs_dat_i[1]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 153.040 4.000 153.640 ;
+      LAYER met2 ;
+        RECT 44.710 0.000 44.990 4.000 ;
     END
   END wbs_dat_i[1]
   PIN wbs_dat_i[20]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1254.640 800.000 1255.240 ;
+      LAYER met2 ;
+        RECT 278.850 0.000 279.130 4.000 ;
     END
   END wbs_dat_i[20]
   PIN wbs_dat_i[21]
@@ -5500,39 +5176,39 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 589.350 1596.000 589.630 1600.000 ;
+        RECT 290.350 0.000 290.630 4.000 ;
     END
   END wbs_dat_i[21]
   PIN wbs_dat_i[22]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 448.840 4.000 449.440 ;
+      LAYER met2 ;
+        RECT 302.310 0.000 302.590 4.000 ;
     END
   END wbs_dat_i[22]
   PIN wbs_dat_i[23]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1479.040 800.000 1479.640 ;
+      LAYER met2 ;
+        RECT 313.810 0.000 314.090 4.000 ;
     END
   END wbs_dat_i[23]
   PIN wbs_dat_i[24]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 884.040 800.000 884.640 ;
+      LAYER met2 ;
+        RECT 325.770 0.000 326.050 4.000 ;
     END
   END wbs_dat_i[24]
   PIN wbs_dat_i[25]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 54.440 800.000 55.040 ;
+      LAYER met2 ;
+        RECT 337.270 0.000 337.550 4.000 ;
     END
   END wbs_dat_i[25]
   PIN wbs_dat_i[26]
@@ -5540,15 +5216,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 454.110 1596.000 454.390 1600.000 ;
+        RECT 348.770 0.000 349.050 4.000 ;
     END
   END wbs_dat_i[26]
   PIN wbs_dat_i[27]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1319.240 4.000 1319.840 ;
+      LAYER met2 ;
+        RECT 360.730 0.000 361.010 4.000 ;
     END
   END wbs_dat_i[27]
   PIN wbs_dat_i[28]
@@ -5556,47 +5232,47 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 386.490 0.000 386.770 4.000 ;
+        RECT 372.230 0.000 372.510 4.000 ;
     END
   END wbs_dat_i[28]
   PIN wbs_dat_i[29]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1234.240 800.000 1234.840 ;
+      LAYER met2 ;
+        RECT 384.190 0.000 384.470 4.000 ;
     END
   END wbs_dat_i[29]
   PIN wbs_dat_i[2]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 217.640 800.000 218.240 ;
+      LAYER met2 ;
+        RECT 60.350 0.000 60.630 4.000 ;
     END
   END wbs_dat_i[2]
   PIN wbs_dat_i[30]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 829.640 800.000 830.240 ;
+      LAYER met2 ;
+        RECT 395.690 0.000 395.970 4.000 ;
     END
   END wbs_dat_i[30]
   PIN wbs_dat_i[31]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 421.640 4.000 422.240 ;
+      LAYER met2 ;
+        RECT 407.650 0.000 407.930 4.000 ;
     END
   END wbs_dat_i[31]
   PIN wbs_dat_i[3]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 493.040 800.000 493.640 ;
+      LAYER met2 ;
+        RECT 75.990 0.000 76.270 4.000 ;
     END
   END wbs_dat_i[3]
   PIN wbs_dat_i[4]
@@ -5604,7 +5280,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 196.510 0.000 196.790 4.000 ;
+        RECT 91.630 0.000 91.910 4.000 ;
     END
   END wbs_dat_i[4]
   PIN wbs_dat_i[5]
@@ -5612,15 +5288,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 605.450 0.000 605.730 4.000 ;
+        RECT 103.130 0.000 103.410 4.000 ;
     END
   END wbs_dat_i[5]
   PIN wbs_dat_i[6]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 992.840 800.000 993.440 ;
+      LAYER met2 ;
+        RECT 115.090 0.000 115.370 4.000 ;
     END
   END wbs_dat_i[6]
   PIN wbs_dat_i[7]
@@ -5628,23 +5304,23 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 441.230 1596.000 441.510 1600.000 ;
+        RECT 126.590 0.000 126.870 4.000 ;
     END
   END wbs_dat_i[7]
   PIN wbs_dat_i[8]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1581.040 800.000 1581.640 ;
+      LAYER met2 ;
+        RECT 138.090 0.000 138.370 4.000 ;
     END
   END wbs_dat_i[8]
   PIN wbs_dat_i[9]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 499.840 800.000 500.440 ;
+      LAYER met2 ;
+        RECT 150.050 0.000 150.330 4.000 ;
     END
   END wbs_dat_i[9]
   PIN wbs_dat_o[0]
@@ -5652,15 +5328,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 93.470 0.000 93.750 4.000 ;
+        RECT 32.750 0.000 33.030 4.000 ;
     END
   END wbs_dat_o[0]
   PIN wbs_dat_o[10]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1162.840 800.000 1163.440 ;
+      LAYER met2 ;
+        RECT 165.690 0.000 165.970 4.000 ;
     END
   END wbs_dat_o[10]
   PIN wbs_dat_o[11]
@@ -5668,7 +5344,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 22.630 0.000 22.910 4.000 ;
+        RECT 177.190 0.000 177.470 4.000 ;
     END
   END wbs_dat_o[11]
   PIN wbs_dat_o[12]
@@ -5676,7 +5352,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 798.650 1596.000 798.930 1600.000 ;
+        RECT 189.150 0.000 189.430 4.000 ;
     END
   END wbs_dat_o[12]
   PIN wbs_dat_o[13]
@@ -5684,47 +5360,47 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 415.470 1596.000 415.750 1600.000 ;
+        RECT 200.650 0.000 200.930 4.000 ;
     END
   END wbs_dat_o[13]
   PIN wbs_dat_o[14]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 574.640 800.000 575.240 ;
+      LAYER met2 ;
+        RECT 212.610 0.000 212.890 4.000 ;
     END
   END wbs_dat_o[14]
   PIN wbs_dat_o[15]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 51.040 4.000 51.640 ;
+      LAYER met2 ;
+        RECT 224.110 0.000 224.390 4.000 ;
     END
   END wbs_dat_o[15]
   PIN wbs_dat_o[16]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 6.840 800.000 7.440 ;
+      LAYER met2 ;
+        RECT 235.610 0.000 235.890 4.000 ;
     END
   END wbs_dat_o[16]
   PIN wbs_dat_o[17]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 234.640 4.000 235.240 ;
+      LAYER met2 ;
+        RECT 247.570 0.000 247.850 4.000 ;
     END
   END wbs_dat_o[17]
   PIN wbs_dat_o[18]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 0.040 800.000 0.640 ;
+      LAYER met2 ;
+        RECT 259.070 0.000 259.350 4.000 ;
     END
   END wbs_dat_o[18]
   PIN wbs_dat_o[19]
@@ -5732,47 +5408,47 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 0.090 0.000 0.370 4.000 ;
+        RECT 271.030 0.000 271.310 4.000 ;
     END
   END wbs_dat_o[19]
   PIN wbs_dat_o[1]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 149.640 800.000 150.240 ;
+      LAYER met2 ;
+        RECT 48.390 0.000 48.670 4.000 ;
     END
   END wbs_dat_o[1]
   PIN wbs_dat_o[20]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 462.440 4.000 463.040 ;
+      LAYER met2 ;
+        RECT 282.530 0.000 282.810 4.000 ;
     END
   END wbs_dat_o[20]
   PIN wbs_dat_o[21]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 955.440 4.000 956.040 ;
+      LAYER met2 ;
+        RECT 294.490 0.000 294.770 4.000 ;
     END
   END wbs_dat_o[21]
   PIN wbs_dat_o[22]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1475.640 4.000 1476.240 ;
+      LAYER met2 ;
+        RECT 305.990 0.000 306.270 4.000 ;
     END
   END wbs_dat_o[22]
   PIN wbs_dat_o[23]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 295.840 4.000 296.440 ;
+      LAYER met2 ;
+        RECT 317.950 0.000 318.230 4.000 ;
     END
   END wbs_dat_o[23]
   PIN wbs_dat_o[24]
@@ -5780,7 +5456,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 248.030 0.000 248.310 4.000 ;
+        RECT 329.450 0.000 329.730 4.000 ;
     END
   END wbs_dat_o[24]
   PIN wbs_dat_o[25]
@@ -5788,7 +5464,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 87.030 0.000 87.310 4.000 ;
+        RECT 341.410 0.000 341.690 4.000 ;
     END
   END wbs_dat_o[25]
   PIN wbs_dat_o[26]
@@ -5796,15 +5472,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 180.410 1596.000 180.690 1600.000 ;
+        RECT 352.910 0.000 353.190 4.000 ;
     END
   END wbs_dat_o[26]
   PIN wbs_dat_o[27]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1516.440 4.000 1517.040 ;
+      LAYER met2 ;
+        RECT 364.410 0.000 364.690 4.000 ;
     END
   END wbs_dat_o[27]
   PIN wbs_dat_o[28]
@@ -5812,7 +5488,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 644.090 0.000 644.370 4.000 ;
+        RECT 376.370 0.000 376.650 4.000 ;
     END
   END wbs_dat_o[28]
   PIN wbs_dat_o[29]
@@ -5820,31 +5496,31 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 399.370 1596.000 399.650 1600.000 ;
+        RECT 387.870 0.000 388.150 4.000 ;
     END
   END wbs_dat_o[29]
   PIN wbs_dat_o[2]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 751.440 800.000 752.040 ;
+      LAYER met2 ;
+        RECT 64.030 0.000 64.310 4.000 ;
     END
   END wbs_dat_o[2]
   PIN wbs_dat_o[30]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 741.240 4.000 741.840 ;
+      LAYER met2 ;
+        RECT 399.830 0.000 400.110 4.000 ;
     END
   END wbs_dat_o[30]
   PIN wbs_dat_o[31]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1356.640 800.000 1357.240 ;
+      LAYER met2 ;
+        RECT 411.330 0.000 411.610 4.000 ;
     END
   END wbs_dat_o[31]
   PIN wbs_dat_o[3]
@@ -5852,7 +5528,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 260.910 0.000 261.190 4.000 ;
+        RECT 79.670 0.000 79.950 4.000 ;
     END
   END wbs_dat_o[3]
   PIN wbs_dat_o[4]
@@ -5860,7 +5536,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 450.890 0.000 451.170 4.000 ;
+        RECT 95.310 0.000 95.590 4.000 ;
     END
   END wbs_dat_o[4]
   PIN wbs_dat_o[5]
@@ -5868,15 +5544,15 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 708.490 0.000 708.770 4.000 ;
+        RECT 107.270 0.000 107.550 4.000 ;
     END
   END wbs_dat_o[5]
   PIN wbs_dat_o[6]
     DIRECTION OUTPUT TRISTATE ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 1302.240 800.000 1302.840 ;
+      LAYER met2 ;
+        RECT 118.770 0.000 119.050 4.000 ;
     END
   END wbs_dat_o[6]
   PIN wbs_dat_o[7]
@@ -5884,7 +5560,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 714.930 0.000 715.210 4.000 ;
+        RECT 130.270 0.000 130.550 4.000 ;
     END
   END wbs_dat_o[7]
   PIN wbs_dat_o[8]
@@ -5892,7 +5568,7 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 380.050 1596.000 380.330 1600.000 ;
+        RECT 142.230 0.000 142.510 4.000 ;
     END
   END wbs_dat_o[8]
   PIN wbs_dat_o[9]
@@ -5900,1240 +5576,986 @@
     USE SIGNAL ;
     PORT
       LAYER met2 ;
-        RECT 367.170 1596.000 367.450 1600.000 ;
+        RECT 153.730 0.000 154.010 4.000 ;
     END
   END wbs_dat_o[9]
   PIN wbs_sel_i[0]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1105.040 4.000 1105.640 ;
+      LAYER met2 ;
+        RECT 36.890 0.000 37.170 4.000 ;
     END
   END wbs_sel_i[0]
   PIN wbs_sel_i[1]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1332.840 4.000 1333.440 ;
+      LAYER met2 ;
+        RECT 52.530 0.000 52.810 4.000 ;
     END
   END wbs_sel_i[1]
   PIN wbs_sel_i[2]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 40.840 800.000 41.440 ;
+      LAYER met2 ;
+        RECT 68.170 0.000 68.450 4.000 ;
     END
   END wbs_sel_i[2]
   PIN wbs_sel_i[3]
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 255.040 4.000 255.640 ;
+      LAYER met2 ;
+        RECT 83.810 0.000 84.090 4.000 ;
     END
   END wbs_sel_i[3]
   PIN wbs_stb_i
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 0.000 1003.040 4.000 1003.640 ;
+      LAYER met2 ;
+        RECT 17.110 0.000 17.390 4.000 ;
     END
   END wbs_stb_i
   PIN wbs_we_i
     DIRECTION INPUT ;
     USE SIGNAL ;
     PORT
-      LAYER met3 ;
-        RECT 796.000 979.240 800.000 979.840 ;
+      LAYER met2 ;
+        RECT 21.250 0.000 21.530 4.000 ;
     END
   END wbs_we_i
   OBS
       LAYER li1 ;
         RECT 5.520 10.795 794.420 1588.565 ;
       LAYER met1 ;
-        RECT 0.070 10.640 798.950 1588.720 ;
+        RECT 0.070 5.480 798.490 1588.720 ;
       LAYER met2 ;
-        RECT 0.100 1595.720 3.030 1598.525 ;
-        RECT 3.870 1595.720 9.470 1598.525 ;
-        RECT 10.310 1595.720 15.910 1598.525 ;
-        RECT 16.750 1595.720 22.350 1598.525 ;
-        RECT 23.190 1595.720 25.570 1598.525 ;
-        RECT 26.410 1595.720 32.010 1598.525 ;
-        RECT 32.850 1595.720 38.450 1598.525 ;
-        RECT 39.290 1595.720 44.890 1598.525 ;
-        RECT 45.730 1595.720 51.330 1598.525 ;
-        RECT 52.170 1595.720 57.770 1598.525 ;
-        RECT 58.610 1595.720 64.210 1598.525 ;
-        RECT 65.050 1595.720 70.650 1598.525 ;
-        RECT 71.490 1595.720 77.090 1598.525 ;
-        RECT 77.930 1595.720 83.530 1598.525 ;
-        RECT 84.370 1595.720 89.970 1598.525 ;
-        RECT 90.810 1595.720 96.410 1598.525 ;
-        RECT 97.250 1595.720 102.850 1598.525 ;
-        RECT 103.690 1595.720 109.290 1598.525 ;
-        RECT 110.130 1595.720 115.730 1598.525 ;
-        RECT 116.570 1595.720 122.170 1598.525 ;
-        RECT 123.010 1595.720 128.610 1598.525 ;
-        RECT 129.450 1595.720 135.050 1598.525 ;
-        RECT 135.890 1595.720 141.490 1598.525 ;
-        RECT 142.330 1595.720 147.930 1598.525 ;
-        RECT 148.770 1595.720 154.370 1598.525 ;
-        RECT 155.210 1595.720 160.810 1598.525 ;
-        RECT 161.650 1595.720 167.250 1598.525 ;
-        RECT 168.090 1595.720 173.690 1598.525 ;
-        RECT 174.530 1595.720 180.130 1598.525 ;
-        RECT 180.970 1595.720 186.570 1598.525 ;
-        RECT 187.410 1595.720 193.010 1598.525 ;
-        RECT 193.850 1595.720 199.450 1598.525 ;
-        RECT 200.290 1595.720 205.890 1598.525 ;
-        RECT 206.730 1595.720 212.330 1598.525 ;
-        RECT 213.170 1595.720 218.770 1598.525 ;
-        RECT 219.610 1595.720 225.210 1598.525 ;
-        RECT 226.050 1595.720 231.650 1598.525 ;
-        RECT 232.490 1595.720 238.090 1598.525 ;
-        RECT 238.930 1595.720 244.530 1598.525 ;
-        RECT 245.370 1595.720 250.970 1598.525 ;
-        RECT 251.810 1595.720 257.410 1598.525 ;
-        RECT 258.250 1595.720 263.850 1598.525 ;
-        RECT 264.690 1595.720 270.290 1598.525 ;
-        RECT 271.130 1595.720 276.730 1598.525 ;
-        RECT 277.570 1595.720 283.170 1598.525 ;
-        RECT 284.010 1595.720 289.610 1598.525 ;
-        RECT 290.450 1595.720 296.050 1598.525 ;
-        RECT 296.890 1595.720 302.490 1598.525 ;
-        RECT 303.330 1595.720 308.930 1598.525 ;
-        RECT 309.770 1595.720 315.370 1598.525 ;
-        RECT 316.210 1595.720 321.810 1598.525 ;
-        RECT 322.650 1595.720 328.250 1598.525 ;
-        RECT 329.090 1595.720 334.690 1598.525 ;
-        RECT 335.530 1595.720 341.130 1598.525 ;
-        RECT 341.970 1595.720 347.570 1598.525 ;
-        RECT 348.410 1595.720 354.010 1598.525 ;
-        RECT 354.850 1595.720 360.450 1598.525 ;
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-        RECT 367.730 1595.720 373.330 1598.525 ;
-        RECT 374.170 1595.720 379.770 1598.525 ;
-        RECT 380.610 1595.720 386.210 1598.525 ;
-        RECT 387.050 1595.720 392.650 1598.525 ;
-        RECT 393.490 1595.720 399.090 1598.525 ;
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-        RECT 422.470 1595.720 428.070 1598.525 ;
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-        RECT 589.910 1595.720 595.510 1598.525 ;
-        RECT 596.350 1595.720 601.950 1598.525 ;
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-        RECT 615.670 1595.720 621.270 1598.525 ;
-        RECT 622.110 1595.720 627.710 1598.525 ;
-        RECT 628.550 1595.720 634.150 1598.525 ;
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-        RECT 770.230 1595.720 775.830 1598.525 ;
-        RECT 776.670 1595.720 782.270 1598.525 ;
-        RECT 783.110 1595.720 788.710 1598.525 ;
-        RECT 789.550 1595.720 795.150 1598.525 ;
-        RECT 795.990 1595.720 798.370 1598.525 ;
-        RECT 0.100 4.280 798.920 1595.720 ;
-        RECT 0.650 0.155 3.030 4.280 ;
-        RECT 3.870 0.155 9.470 4.280 ;
-        RECT 10.310 0.155 15.910 4.280 ;
-        RECT 16.750 0.155 22.350 4.280 ;
-        RECT 23.190 0.155 28.790 4.280 ;
-        RECT 29.630 0.155 35.230 4.280 ;
-        RECT 36.070 0.155 41.670 4.280 ;
-        RECT 42.510 0.155 48.110 4.280 ;
-        RECT 48.950 0.155 54.550 4.280 ;
-        RECT 55.390 0.155 60.990 4.280 ;
-        RECT 61.830 0.155 67.430 4.280 ;
-        RECT 68.270 0.155 73.870 4.280 ;
-        RECT 74.710 0.155 80.310 4.280 ;
-        RECT 81.150 0.155 86.750 4.280 ;
-        RECT 87.590 0.155 93.190 4.280 ;
-        RECT 94.030 0.155 99.630 4.280 ;
-        RECT 100.470 0.155 106.070 4.280 ;
-        RECT 106.910 0.155 112.510 4.280 ;
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-        RECT 132.670 0.155 138.270 4.280 ;
-        RECT 139.110 0.155 144.710 4.280 ;
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-        RECT 795.990 0.155 798.920 4.280 ;
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+        RECT 2.030 1595.720 3.950 1596.370 ;
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       LAYER met4 ;
-        RECT 319.535 413.615 327.840 1244.905 ;
-        RECT 330.240 413.615 404.640 1244.905 ;
-        RECT 407.040 413.615 428.425 1244.905 ;
+        RECT 132.775 15.815 174.240 407.145 ;
+        RECT 176.640 15.815 250.865 407.145 ;
   END
 END user_proj_example
 END LIBRARY

diff --git a/lib/sky130_sram_1kbyte_1rw1r_32x256_8_TT_1p8V_25C.lib b/lib/sky130_sram_1kbyte_1rw1r_32x256_8_TT_1p8V_25C.lib
new file mode 100644
index 0000000..58c04a8
--- /dev/null
+++ b/lib/sky130_sram_1kbyte_1rw1r_32x256_8_TT_1p8V_25C.lib

@@ -0,0 +1,538 @@
+library (sky130_sram_1kbyte_1rw1r_32x256_8_TT_1p8V_25C_lib){
+    delay_model : "table_lookup";
+    time_unit : "1ns" ;
+    voltage_unit : "1V" ;
+    current_unit : "1mA" ;
+    resistance_unit : "1kohm" ;
+    capacitive_load_unit(1, pF) ;
+    leakage_power_unit : "1mW" ;
+    pulling_resistance_unit :"1kohm" ;
+    operating_conditions(OC){
+    process : 1.0 ;
+    voltage : 1.8 ;
+    temperature : 25;
+    }
+
+    input_threshold_pct_fall       :  50.0 ;
+    output_threshold_pct_fall      :  50.0 ;
+    input_threshold_pct_rise       :  50.0 ;
+    output_threshold_pct_rise      :  50.0 ;
+    slew_lower_threshold_pct_fall  :  10.0 ;
+    slew_upper_threshold_pct_fall  :  90.0 ;
+    slew_lower_threshold_pct_rise  :  10.0 ;
+    slew_upper_threshold_pct_rise  :  90.0 ;
+
+    nom_voltage : 1.8;
+    nom_temperature : 25;
+    nom_process : 1.0;
+    default_cell_leakage_power    : 0.0 ;
+    default_leakage_power_density : 0.0 ;
+    default_input_pin_cap    : 1.0 ;
+    default_inout_pin_cap    : 1.0 ;
+    default_output_pin_cap   : 0.0 ;
+    default_max_transition   : 0.5 ;
+    default_fanout_load      : 1.0 ;
+    default_max_fanout   : 4.0 ;
+    default_connection_class : universal ;
+
+    voltage_map ( VCCD1, 1.8 );
+    voltage_map ( VSSD1, 0 );
+
+    lu_table_template(CELL_TABLE){
+        variable_1 : input_net_transition;
+        variable_2 : total_output_net_capacitance;
+        index_1("0.00125, 0.005, 0.04");
+        index_2("0.0017224999999999999, 0.006889999999999999, 0.027559999999999998");
+    }
+
+    lu_table_template(CONSTRAINT_TABLE){
+        variable_1 : related_pin_transition;
+        variable_2 : constrained_pin_transition;
+        index_1("0.00125, 0.005, 0.04");
+        index_2("0.00125, 0.005, 0.04");
+    }
+
+    default_operating_conditions : OC; 
+
+
+    type (data){
+    base_type : array;
+    data_type : bit;
+    bit_width : 32;
+    bit_from : 31;
+    bit_to : 0;
+    }
+
+    type (addr){
+    base_type : array;
+    data_type : bit;
+    bit_width : 8;
+    bit_from : 7;
+    bit_to : 0;
+    }
+
+    type (wmask){
+    base_type : array;
+    data_type : bit;
+    bit_width : 4;
+    bit_from : 3;
+    bit_to : 0;
+    }
+
+cell (sky130_sram_1kbyte_1rw1r_32x256_8){
+    memory(){ 
+    type : ram;
+    address_width : 8;
+    word_width : 32;
+    }
+    interface_timing : true;
+    dont_use  : true;
+    map_only   : true;
+    dont_touch : true;
+    area : 190712.55;
+
+    pg_pin(vccd1) {
+         voltage_name : VCCD1;
+         pg_type : primary_power;
+    }
+
+    pg_pin(vssd1) {
+         voltage_name : VSSD1;
+         pg_type : primary_ground;
+    }
+
+    leakage_power () {
+      value : 0.009516;
+    }
+    cell_leakage_power : 0.009516;
+    bus(din0){
+        bus_type  : data; 
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        memory_write(){ 
+            address : addr0; 
+            clocked_on  : clk0; 
+        }
+        pin(din0[31:0]){
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+        }
+    }
+    bus(dout0){
+        bus_type  : data; 
+        direction  : output; 
+        max_capacitance : 0.027559999999999998;  
+        min_capacitance : 0.0017224999999999999;  
+        memory_read(){ 
+            address : addr0; 
+        }
+        pin(dout0[31:0]){
+        timing(){ 
+            timing_sense : non_unate; 
+            related_pin : "clk0"; 
+            timing_type : falling_edge; 
+            cell_rise(CELL_TABLE) {
+            values("0.339, 0.368, 0.484",\
+                   "0.339, 0.368, 0.484",\
+                   "0.339, 0.368, 0.484");
+            }
+            cell_fall(CELL_TABLE) {
+            values("0.339, 0.368, 0.484",\
+                   "0.339, 0.368, 0.484",\
+                   "0.339, 0.368, 0.484");
+            }
+            rise_transition(CELL_TABLE) {
+            values("0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016");
+            }
+            fall_transition(CELL_TABLE) {
+            values("0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016");
+            }
+        }
+        }
+    }
+
+    bus(addr0){
+        bus_type  : addr; 
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        max_transition       : 0.04;
+        pin(addr0[7:0]){
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+        }
+    }
+
+    bus(wmask0){
+        bus_type  : wmask; 
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        max_transition       : 0.04;
+        pin(wmask0[3:0]){
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+        }
+    }
+
+    pin(csb0){
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+    }
+
+    pin(web0){
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+    }
+
+    pin(clk0){
+        clock             : true;
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        internal_power(){
+            when : "!csb0 & !web0"; 
+            rise_power(scalar){
+                values("9.589466e+00");
+            }
+            fall_power(scalar){
+                values("9.589466e+00");
+            }
+        }
+        internal_power(){
+            when : "csb0 & !web0"; 
+            rise_power(scalar){
+                values("9.589466e+00");
+            }
+            fall_power(scalar){
+                values("9.589466e+00");
+            }
+        }
+        internal_power(){
+            when : "!csb0 & web0"; 
+            rise_power(scalar){
+                values("9.589466e+00");
+            }
+            fall_power(scalar){
+                values("9.589466e+00");
+            }
+        }
+        internal_power(){
+            when : "csb0 & web0"; 
+            rise_power(scalar){
+                values("9.589466e+00");
+            }
+            fall_power(scalar){
+                values("9.589466e+00");
+            }
+        }
+        timing(){ 
+            timing_type :"min_pulse_width"; 
+            related_pin  : clk0; 
+            rise_constraint(scalar) {
+                values("0.8955"); 
+            }
+            fall_constraint(scalar) {
+                values("0.8955"); 
+            }
+         }
+        timing(){ 
+            timing_type :"minimum_period"; 
+            related_pin  : clk0; 
+            rise_constraint(scalar) {
+                values("1.791"); 
+            }
+            fall_constraint(scalar) {
+                values("1.791"); 
+            }
+         }
+    }
+
+    bus(dout1){
+        bus_type  : data; 
+        direction  : output; 
+        max_capacitance : 0.027559999999999998;  
+        min_capacitance : 0.0017224999999999999;  
+        memory_read(){ 
+            address : addr1; 
+        }
+        pin(dout1[31:0]){
+        timing(){ 
+            timing_sense : non_unate; 
+            related_pin : "clk1"; 
+            timing_type : falling_edge; 
+            cell_rise(CELL_TABLE) {
+            values("0.339, 0.368, 0.484",\
+                   "0.339, 0.368, 0.484",\
+                   "0.339, 0.368, 0.484");
+            }
+            cell_fall(CELL_TABLE) {
+            values("0.339, 0.368, 0.484",\
+                   "0.339, 0.368, 0.484",\
+                   "0.339, 0.368, 0.484");
+            }
+            rise_transition(CELL_TABLE) {
+            values("0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016");
+            }
+            fall_transition(CELL_TABLE) {
+            values("0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016");
+            }
+        }
+        }
+    }
+
+    bus(addr1){
+        bus_type  : addr; 
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        max_transition       : 0.04;
+        pin(addr1[7:0]){
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk1"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk1"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+        }
+    }
+
+    pin(csb1){
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk1"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk1"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+    }
+
+    pin(clk1){
+        clock             : true;
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        internal_power(){
+            when : "!csb1"; 
+            rise_power(scalar){
+                values("9.589466e+00");
+            }
+            fall_power(scalar){
+                values("9.589466e+00");
+            }
+        }
+        internal_power(){
+            when : "csb1"; 
+            rise_power(scalar){
+                values("9.589466e+00");
+            }
+            fall_power(scalar){
+                values("9.589466e+00");
+            }
+        }
+        timing(){ 
+            timing_type :"min_pulse_width"; 
+            related_pin  : clk1; 
+            rise_constraint(scalar) {
+                values("0.8955"); 
+            }
+            fall_constraint(scalar) {
+                values("0.8955"); 
+            }
+         }
+        timing(){ 
+            timing_type :"minimum_period"; 
+            related_pin  : clk1; 
+            rise_constraint(scalar) {
+                values("1.791"); 
+            }
+            fall_constraint(scalar) {
+                values("1.791"); 
+            }
+         }
+    }
+
+    }
+}

diff --git a/lib/sky130_sram_1kbyte_1rw1r_8x1024_8_TT_1p8V_25C.lib b/lib/sky130_sram_1kbyte_1rw1r_8x1024_8_TT_1p8V_25C.lib
new file mode 100644
index 0000000..c6d89b8
--- /dev/null
+++ b/lib/sky130_sram_1kbyte_1rw1r_8x1024_8_TT_1p8V_25C.lib

@@ -0,0 +1,538 @@
+library (sky130_sram_1kbyte_1rw1r_8x1024_8_TT_1p8V_25C_lib){
+    delay_model : "table_lookup";
+    time_unit : "1ns" ;
+    voltage_unit : "1V" ;
+    current_unit : "1mA" ;
+    resistance_unit : "1kohm" ;
+    capacitive_load_unit(1, pF) ;
+    leakage_power_unit : "1mW" ;
+    pulling_resistance_unit :"1kohm" ;
+    operating_conditions(OC){
+    process : 1.0 ;
+    voltage : 1.8 ;
+    temperature : 25;
+    }
+
+    input_threshold_pct_fall       :  50.0 ;
+    output_threshold_pct_fall      :  50.0 ;
+    input_threshold_pct_rise       :  50.0 ;
+    output_threshold_pct_rise      :  50.0 ;
+    slew_lower_threshold_pct_fall  :  10.0 ;
+    slew_upper_threshold_pct_fall  :  90.0 ;
+    slew_lower_threshold_pct_rise  :  10.0 ;
+    slew_upper_threshold_pct_rise  :  90.0 ;
+
+    nom_voltage : 1.8;
+    nom_temperature : 25;
+    nom_process : 1.0;
+    default_cell_leakage_power    : 0.0 ;
+    default_leakage_power_density : 0.0 ;
+    default_input_pin_cap    : 1.0 ;
+    default_inout_pin_cap    : 1.0 ;
+    default_output_pin_cap   : 0.0 ;
+    default_max_transition   : 0.5 ;
+    default_fanout_load      : 1.0 ;
+    default_max_fanout   : 4.0 ;
+    default_connection_class : universal ;
+
+    voltage_map ( VCCD1, 1.8 );
+    voltage_map ( VSSD1, 0 );
+
+    lu_table_template(CELL_TABLE){
+        variable_1 : input_net_transition;
+        variable_2 : total_output_net_capacitance;
+        index_1("0.00125, 0.005, 0.04");
+        index_2("0.0017224999999999999, 0.006889999999999999, 0.027559999999999998");
+    }
+
+    lu_table_template(CONSTRAINT_TABLE){
+        variable_1 : related_pin_transition;
+        variable_2 : constrained_pin_transition;
+        index_1("0.00125, 0.005, 0.04");
+        index_2("0.00125, 0.005, 0.04");
+    }
+
+    default_operating_conditions : OC; 
+
+
+    type (data){
+    base_type : array;
+    data_type : bit;
+    bit_width : 8;
+    bit_from : 7;
+    bit_to : 0;
+    }
+
+    type (addr){
+    base_type : array;
+    data_type : bit;
+    bit_width : 10;
+    bit_from : 9;
+    bit_to : 0;
+    }
+
+    type (wmask){
+    base_type : array;
+    data_type : bit;
+    bit_width : 1;
+    bit_from : 0;
+    bit_to : 0;
+    }
+
+cell (sky130_sram_1kbyte_1rw1r_8x1024_8){
+    memory(){ 
+    type : ram;
+    address_width : 10;
+    word_width : 8;
+    }
+    interface_timing : true;
+    dont_use  : true;
+    map_only   : true;
+    dont_touch : true;
+    area : 203273.238;
+
+    pg_pin(vccd1) {
+         voltage_name : VCCD1;
+         pg_type : primary_power;
+    }
+
+    pg_pin(vssd1) {
+         voltage_name : VSSD1;
+         pg_type : primary_ground;
+    }
+
+    leakage_power () {
+      value : 0.009517;
+    }
+    cell_leakage_power : 0.009517;
+    bus(din0){
+        bus_type  : data; 
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        memory_write(){ 
+            address : addr0; 
+            clocked_on  : clk0; 
+        }
+        pin(din0[7:0]){
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+        }
+    }
+    bus(dout0){
+        bus_type  : data; 
+        direction  : output; 
+        max_capacitance : 0.027559999999999998;  
+        min_capacitance : 0.0017224999999999999;  
+        memory_read(){ 
+            address : addr0; 
+        }
+        pin(dout0[7:0]){
+        timing(){ 
+            timing_sense : non_unate; 
+            related_pin : "clk0"; 
+            timing_type : falling_edge; 
+            cell_rise(CELL_TABLE) {
+            values("0.363, 0.392, 0.508",\
+                   "0.363, 0.392, 0.508",\
+                   "0.363, 0.392, 0.508");
+            }
+            cell_fall(CELL_TABLE) {
+            values("0.363, 0.392, 0.508",\
+                   "0.363, 0.392, 0.508",\
+                   "0.363, 0.392, 0.508");
+            }
+            rise_transition(CELL_TABLE) {
+            values("0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016");
+            }
+            fall_transition(CELL_TABLE) {
+            values("0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016");
+            }
+        }
+        }
+    }
+
+    bus(addr0){
+        bus_type  : addr; 
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        max_transition       : 0.04;
+        pin(addr0[9:0]){
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+        }
+    }
+
+    bus(wmask0){
+        bus_type  : wmask; 
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        max_transition       : 0.04;
+        pin(wmask0[0:0]){
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+        }
+    }
+
+    pin(csb0){
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+    }
+
+    pin(web0){
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+    }
+
+    pin(clk0){
+        clock             : true;
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        internal_power(){
+            when : "!csb0 & !web0"; 
+            rise_power(scalar){
+                values("9.389093e+00");
+            }
+            fall_power(scalar){
+                values("9.389093e+00");
+            }
+        }
+        internal_power(){
+            when : "csb0 & !web0"; 
+            rise_power(scalar){
+                values("9.389093e+00");
+            }
+            fall_power(scalar){
+                values("9.389093e+00");
+            }
+        }
+        internal_power(){
+            when : "!csb0 & web0"; 
+            rise_power(scalar){
+                values("9.389093e+00");
+            }
+            fall_power(scalar){
+                values("9.389093e+00");
+            }
+        }
+        internal_power(){
+            when : "csb0 & web0"; 
+            rise_power(scalar){
+                values("9.389093e+00");
+            }
+            fall_power(scalar){
+                values("9.389093e+00");
+            }
+        }
+        timing(){ 
+            timing_type :"min_pulse_width"; 
+            related_pin  : clk0; 
+            rise_constraint(scalar) {
+                values("0.9405"); 
+            }
+            fall_constraint(scalar) {
+                values("0.9405"); 
+            }
+         }
+        timing(){ 
+            timing_type :"minimum_period"; 
+            related_pin  : clk0; 
+            rise_constraint(scalar) {
+                values("1.881"); 
+            }
+            fall_constraint(scalar) {
+                values("1.881"); 
+            }
+         }
+    }
+
+    bus(dout1){
+        bus_type  : data; 
+        direction  : output; 
+        max_capacitance : 0.027559999999999998;  
+        min_capacitance : 0.0017224999999999999;  
+        memory_read(){ 
+            address : addr1; 
+        }
+        pin(dout1[7:0]){
+        timing(){ 
+            timing_sense : non_unate; 
+            related_pin : "clk1"; 
+            timing_type : falling_edge; 
+            cell_rise(CELL_TABLE) {
+            values("0.363, 0.392, 0.508",\
+                   "0.363, 0.392, 0.508",\
+                   "0.363, 0.392, 0.508");
+            }
+            cell_fall(CELL_TABLE) {
+            values("0.363, 0.392, 0.508",\
+                   "0.363, 0.392, 0.508",\
+                   "0.363, 0.392, 0.508");
+            }
+            rise_transition(CELL_TABLE) {
+            values("0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016");
+            }
+            fall_transition(CELL_TABLE) {
+            values("0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016");
+            }
+        }
+        }
+    }
+
+    bus(addr1){
+        bus_type  : addr; 
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        max_transition       : 0.04;
+        pin(addr1[9:0]){
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk1"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk1"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+        }
+    }
+
+    pin(csb1){
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk1"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk1"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+    }
+
+    pin(clk1){
+        clock             : true;
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        internal_power(){
+            when : "!csb1"; 
+            rise_power(scalar){
+                values("9.389093e+00");
+            }
+            fall_power(scalar){
+                values("9.389093e+00");
+            }
+        }
+        internal_power(){
+            when : "csb1"; 
+            rise_power(scalar){
+                values("9.389093e+00");
+            }
+            fall_power(scalar){
+                values("9.389093e+00");
+            }
+        }
+        timing(){ 
+            timing_type :"min_pulse_width"; 
+            related_pin  : clk1; 
+            rise_constraint(scalar) {
+                values("0.9405"); 
+            }
+            fall_constraint(scalar) {
+                values("0.9405"); 
+            }
+         }
+        timing(){ 
+            timing_type :"minimum_period"; 
+            related_pin  : clk1; 
+            rise_constraint(scalar) {
+                values("1.881"); 
+            }
+            fall_constraint(scalar) {
+                values("1.881"); 
+            }
+         }
+    }
+
+    }
+}

diff --git a/lib/sky130_sram_2kbyte_1rw1r_32x512_8_TT_1p8V_25C.lib b/lib/sky130_sram_2kbyte_1rw1r_32x512_8_TT_1p8V_25C.lib
new file mode 100644
index 0000000..f1e226c
--- /dev/null
+++ b/lib/sky130_sram_2kbyte_1rw1r_32x512_8_TT_1p8V_25C.lib

@@ -0,0 +1,538 @@
+library (sky130_sram_2kbyte_1rw1r_32x512_8_TT_1p8V_25C_lib){
+    delay_model : "table_lookup";
+    time_unit : "1ns" ;
+    voltage_unit : "1V" ;
+    current_unit : "1mA" ;
+    resistance_unit : "1kohm" ;
+    capacitive_load_unit(1, pF) ;
+    leakage_power_unit : "1mW" ;
+    pulling_resistance_unit :"1kohm" ;
+    operating_conditions(OC){
+    process : 1.0 ;
+    voltage : 1.8 ;
+    temperature : 25;
+    }
+
+    input_threshold_pct_fall       :  50.0 ;
+    output_threshold_pct_fall      :  50.0 ;
+    input_threshold_pct_rise       :  50.0 ;
+    output_threshold_pct_rise      :  50.0 ;
+    slew_lower_threshold_pct_fall  :  10.0 ;
+    slew_upper_threshold_pct_fall  :  90.0 ;
+    slew_lower_threshold_pct_rise  :  10.0 ;
+    slew_upper_threshold_pct_rise  :  90.0 ;
+
+    nom_voltage : 1.8;
+    nom_temperature : 25;
+    nom_process : 1.0;
+    default_cell_leakage_power    : 0.0 ;
+    default_leakage_power_density : 0.0 ;
+    default_input_pin_cap    : 1.0 ;
+    default_inout_pin_cap    : 1.0 ;
+    default_output_pin_cap   : 0.0 ;
+    default_max_transition   : 0.5 ;
+    default_fanout_load      : 1.0 ;
+    default_max_fanout   : 4.0 ;
+    default_connection_class : universal ;
+
+    voltage_map ( VCCD1, 1.8 );
+    voltage_map ( VSSD1, 0 );
+
+    lu_table_template(CELL_TABLE){
+        variable_1 : input_net_transition;
+        variable_2 : total_output_net_capacitance;
+        index_1("0.00125, 0.005, 0.04");
+        index_2("0.0017224999999999999, 0.006889999999999999, 0.027559999999999998");
+    }
+
+    lu_table_template(CONSTRAINT_TABLE){
+        variable_1 : related_pin_transition;
+        variable_2 : constrained_pin_transition;
+        index_1("0.00125, 0.005, 0.04");
+        index_2("0.00125, 0.005, 0.04");
+    }
+
+    default_operating_conditions : OC; 
+
+
+    type (data){
+    base_type : array;
+    data_type : bit;
+    bit_width : 32;
+    bit_from : 31;
+    bit_to : 0;
+    }
+
+    type (addr){
+    base_type : array;
+    data_type : bit;
+    bit_width : 9;
+    bit_from : 8;
+    bit_to : 0;
+    }
+
+    type (wmask){
+    base_type : array;
+    data_type : bit;
+    bit_width : 4;
+    bit_from : 3;
+    bit_to : 0;
+    }
+
+cell (sky130_sram_2kbyte_1rw1r_32x512_8){
+    memory(){ 
+    type : ram;
+    address_width : 9;
+    word_width : 32;
+    }
+    interface_timing : true;
+    dont_use  : true;
+    map_only   : true;
+    dont_touch : true;
+    area : 284538.474;
+
+    pg_pin(vccd1) {
+         voltage_name : VCCD1;
+         pg_type : primary_power;
+    }
+
+    pg_pin(vssd1) {
+         voltage_name : VSSD1;
+         pg_type : primary_ground;
+    }
+
+    leakage_power () {
+      value : 0.017726;
+    }
+    cell_leakage_power : 0.017726;
+    bus(din0){
+        bus_type  : data; 
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        memory_write(){ 
+            address : addr0; 
+            clocked_on  : clk0; 
+        }
+        pin(din0[31:0]){
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+        }
+    }
+    bus(dout0){
+        bus_type  : data; 
+        direction  : output; 
+        max_capacitance : 0.027559999999999998;  
+        min_capacitance : 0.0017224999999999999;  
+        memory_read(){ 
+            address : addr0; 
+        }
+        pin(dout0[31:0]){
+        timing(){ 
+            timing_sense : non_unate; 
+            related_pin : "clk0"; 
+            timing_type : falling_edge; 
+            cell_rise(CELL_TABLE) {
+            values("0.383, 0.412, 0.529",\
+                   "0.383, 0.412, 0.529",\
+                   "0.383, 0.412, 0.529");
+            }
+            cell_fall(CELL_TABLE) {
+            values("0.383, 0.412, 0.529",\
+                   "0.383, 0.412, 0.529",\
+                   "0.383, 0.412, 0.529");
+            }
+            rise_transition(CELL_TABLE) {
+            values("0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016");
+            }
+            fall_transition(CELL_TABLE) {
+            values("0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016");
+            }
+        }
+        }
+    }
+
+    bus(addr0){
+        bus_type  : addr; 
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        max_transition       : 0.04;
+        pin(addr0[8:0]){
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+        }
+    }
+
+    bus(wmask0){
+        bus_type  : wmask; 
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        max_transition       : 0.04;
+        pin(wmask0[3:0]){
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+        }
+    }
+
+    pin(csb0){
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+    }
+
+    pin(web0){
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk0"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+    }
+
+    pin(clk0){
+        clock             : true;
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        internal_power(){
+            when : "!csb0 & !web0"; 
+            rise_power(scalar){
+                values("1.380840e+01");
+            }
+            fall_power(scalar){
+                values("1.380840e+01");
+            }
+        }
+        internal_power(){
+            when : "csb0 & !web0"; 
+            rise_power(scalar){
+                values("1.380840e+01");
+            }
+            fall_power(scalar){
+                values("1.380840e+01");
+            }
+        }
+        internal_power(){
+            when : "!csb0 & web0"; 
+            rise_power(scalar){
+                values("1.380840e+01");
+            }
+            fall_power(scalar){
+                values("1.380840e+01");
+            }
+        }
+        internal_power(){
+            when : "csb0 & web0"; 
+            rise_power(scalar){
+                values("1.380840e+01");
+            }
+            fall_power(scalar){
+                values("1.380840e+01");
+            }
+        }
+        timing(){ 
+            timing_type :"min_pulse_width"; 
+            related_pin  : clk0; 
+            rise_constraint(scalar) {
+                values("0.978"); 
+            }
+            fall_constraint(scalar) {
+                values("0.978"); 
+            }
+         }
+        timing(){ 
+            timing_type :"minimum_period"; 
+            related_pin  : clk0; 
+            rise_constraint(scalar) {
+                values("1.956"); 
+            }
+            fall_constraint(scalar) {
+                values("1.956"); 
+            }
+         }
+    }
+
+    bus(dout1){
+        bus_type  : data; 
+        direction  : output; 
+        max_capacitance : 0.027559999999999998;  
+        min_capacitance : 0.0017224999999999999;  
+        memory_read(){ 
+            address : addr1; 
+        }
+        pin(dout1[31:0]){
+        timing(){ 
+            timing_sense : non_unate; 
+            related_pin : "clk1"; 
+            timing_type : falling_edge; 
+            cell_rise(CELL_TABLE) {
+            values("0.383, 0.412, 0.529",\
+                   "0.383, 0.412, 0.529",\
+                   "0.383, 0.412, 0.529");
+            }
+            cell_fall(CELL_TABLE) {
+            values("0.383, 0.412, 0.529",\
+                   "0.383, 0.412, 0.529",\
+                   "0.383, 0.412, 0.529");
+            }
+            rise_transition(CELL_TABLE) {
+            values("0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016");
+            }
+            fall_transition(CELL_TABLE) {
+            values("0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016",\
+                   "0.002, 0.005, 0.016");
+            }
+        }
+        }
+    }
+
+    bus(addr1){
+        bus_type  : addr; 
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        max_transition       : 0.04;
+        pin(addr1[8:0]){
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk1"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk1"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+        }
+    }
+
+    pin(csb1){
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        timing(){ 
+            timing_type : setup_rising; 
+            related_pin  : "clk1"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103",\
+                   "0.103, 0.103, 0.103");
+            }
+        }
+        timing(){ 
+            timing_type : hold_rising; 
+            related_pin  : "clk1"; 
+            rise_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+              }
+            fall_constraint(CONSTRAINT_TABLE) {
+            values("-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056",\
+                   "-0.056, -0.056, -0.056");
+            }
+        }
+    }
+
+    pin(clk1){
+        clock             : true;
+        direction  : input; 
+        capacitance : 0.006889999999999999;  
+        internal_power(){
+            when : "!csb1"; 
+            rise_power(scalar){
+                values("1.380840e+01");
+            }
+            fall_power(scalar){
+                values("1.380840e+01");
+            }
+        }
+        internal_power(){
+            when : "csb1"; 
+            rise_power(scalar){
+                values("1.380840e+01");
+            }
+            fall_power(scalar){
+                values("1.380840e+01");
+            }
+        }
+        timing(){ 
+            timing_type :"min_pulse_width"; 
+            related_pin  : clk1; 
+            rise_constraint(scalar) {
+                values("0.978"); 
+            }
+            fall_constraint(scalar) {
+                values("0.978"); 
+            }
+         }
+        timing(){ 
+            timing_type :"minimum_period"; 
+            related_pin  : clk1; 
+            rise_constraint(scalar) {
+                values("1.956"); 
+            }
+            fall_constraint(scalar) {
+                values("1.956"); 
+            }
+         }
+    }
+
+    }
+}

diff --git a/openlane/user_proj_example/config.tcl b/openlane/user_proj_example/config.tcl
index e7d8513..3672fa9 100644
--- a/openlane/user_proj_example/config.tcl
+++ b/openlane/user_proj_example/config.tcl

@@ -1,6 +1,9 @@
 # User config
 set ::env(DESIGN_NAME) user_proj_example
 
+
+set script_dir [file dirname [file normalize [info script]]]
+
 # Change if needed
 set ::env(VERILOG_FILES) "\
 	$::env(CARAVEL_ROOT)/verilog/rtl/defines.v \
@@ -14,10 +17,20 @@
 # Fill this
 set ::env(CLOCK_PERIOD) "20.0"
 set ::env(CLOCK_PORT) "wb_clk_i"
+set ::env(CLOCK_NET) "wb_clk_i"
+
 
 set ::env(PDK) "sky130A"
 set ::env(STD_CELL_LIBRARY) "sky130_fd_sc_hd"
 
+set ::env(DESIGN_IS_CORE) 0
+
+set ::env(FP_PIN_ORDER_CFG) $script_dir/pin_order.cfg
+
+
+set ::env(SYNTH_MAX_FANOUT) 4
+set ::env(SYNTH_DRIVING_CELL) "sky130_fd_sc_hd__inv_8"
+set ::env(SYNTH_READ_BLACKBOX_LIB) 1
 
 # Preserve gate instances in the rtl of the design.
 
@@ -30,8 +43,8 @@
 
 set ::env(VDD_PIN) [list {vccd1}]
 set ::env(GND_PIN) [list {vssd1}]
-set ::env(GLB_RT_MAXLAYER) 5
-#set ::env(RT_MAX_LAYER) {met4}
+#set ::env(GLB_RT_MAXLAYER) 5
+set ::env(RT_MAX_LAYER) {met4}
 #set ::env(DIODE_INSERTION_STRATEGY) 4
 set ::env(RUN_CVC) 1
 set ::env(ROUTING_CORES) "8"

diff --git a/openlane/user_proj_example/pin_order.cfg b/openlane/user_proj_example/pin_order.cfg
new file mode 100644
index 0000000..bba4f78
--- /dev/null
+++ b/openlane/user_proj_example/pin_order.cfg

@@ -0,0 +1,15 @@
+#BUS_SORT
+
+#N
+io_.*
+
+#W
+i_*
+
+#E
+o_*
+
+#S
+wb_.*
+wbs_.*
+irq.*

diff --git a/openlane/user_project_wrapper/config.tcl b/openlane/user_project_wrapper/config.tcl
index 547eb00..93c575a 100755
--- a/openlane/user_project_wrapper/config.tcl
+++ b/openlane/user_project_wrapper/config.tcl

@@ -55,7 +55,7 @@
 ### Macro PDN Connections
 set ::env(FP_PDN_MACRO_HOOKS) "\
 	mprj vccd1 vssd1 \
-	u_sram1_1kb vccd1 vssd1" 
+	u_sram1_2kb vccd1 vssd1" 
 ### Macro Placement
 set ::env(MACRO_PLACEMENT_CFG) $::env(DESIGN_DIR)/macro.cfg
 
@@ -66,11 +66,11 @@
 
 set ::env(VERILOG_FILES_BLACKBOX) "\
 	$::env(CARAVEL_ROOT)/verilog/rtl/defines.v \
-	$::env(DESIGN_DIR)/../../verilog/rtl/sram/sky130_sram_1kbyte_1rw1r_32x256_8.v \
+	$::env(DESIGN_DIR)/../../verilog/rtl/sram/sky130_sram_2kbyte_1rw1r_32x512_8.v \
 	$::env(DESIGN_DIR)/../../verilog/rtl/user_proj_example.v" 
 
 set ::env(EXTRA_LEFS) "\
-	$::env(DESIGN_DIR)/../../lef/sky130_sram_1kbyte_1rw1r_32x256_8.lef \
+	$::env(DESIGN_DIR)/../../lef/sky130_sram_2kbyte_1rw1r_32x512_8.lef \
 	$::env(DESIGN_DIR)/../../lef/user_proj_example.lef"
 
 
@@ -79,18 +79,24 @@
 	$::env(DESIGN_DIR)/../../gds/user_proj_example.gds"
 
 
-set ::env(GLB_RT_OBS) "li1 800.00 3000.00 1279.78 3397.5,  \
-               	       met1 800.00 3000.00 1279.78 3397.5, \
-	               met2 800.00 3000.00 1279.78 3397.5, \
-	               met3 800.00 3000.00 1279.78 3397.5, \
-	               met4 800.00 3000.00 1279.78 3397.5, \
-		       met5 0 0 2920 3520"
+set ::env(EXTRA_LIBS) "\
+	$::env(DESIGN_DIR)/../../lib/sky130_sram_2kbyte_1rw1r_32x512_8_TT_1p8V_25C.lib"
+
+
+set ::env(GLB_RT_OBS) "li1 1000.00 2500.00 1683.1 2916.54,  \
+               	       met1 1000.00 2500.00 1683.1 2916.54, \
+	               met2 1000.00 2500.00 1683.1 2916.54, \
+	               met3 1000.00 2500.00 1683.1 2916.54, \
+	               met4 1000.00 2500.00 1683.1 2916.54" 
 
 
 
+set ::env(MAGIC_DRC_USE_GDS) 0
+#set ::env(GLB_RT_MAXLAYER) 4
+set ::env(RT_MAX_LAYER) {met4}
 
-set ::env(GLB_RT_MAXLAYER) 5
-#set ::env(RT_MAX_LAYER) {met4}
+#set ::env(GLB_RT_L2_ADJUSTMENT) 0.9
+#set ::env(GLB_RT_L3_ADJUSTMENT) 0.7
 
 # disable pdn check nodes becuase it hangs with multiple power domains.
 # any issue with pdn connections will be flagged with LVS so it is not a critical check.
@@ -108,8 +114,6 @@
 
 #set ::env(GLB_RT_ALLOW_CONGESTION) "1"
 #
-set ::env(VDD_NET) {vcdd1}
-set ::env(GND_NET) {vssd1}
 
 
 set ::env(PL_RESIZER_DESIGN_OPTIMIZATIONS) 0

diff --git a/openlane/user_project_wrapper/macro.cfg b/openlane/user_project_wrapper/macro.cfg
index 52726ed..e12431b 100644
--- a/openlane/user_project_wrapper/macro.cfg
+++ b/openlane/user_project_wrapper/macro.cfg

@@ -1,2 +1,2 @@
-mprj 800  1000 N
-u_sram1_1kb  800 3000 N
+mprj 1000  500 N
+u_sram1_2kb  1000 2500 N

diff --git a/verilog/dv/wb_uart/wb_uart.c b/verilog/dv/wb_uart/wb_uart.c
index e75d846..85412bb 100644
--- a/verilog/dv/wb_uart/wb_uart.c
+++ b/verilog/dv/wb_uart/wb_uart.c

@@ -26,6 +26,8 @@
         - Checks counter value through the wishbone port
 */
 
+#define reg_SRAM ((volatile uint32_t *)0x30000000)
+
 #define reg_UART_SETUP (*(volatile uint32_t *)0x30001000)
 #define reg_UART_FIFO (*(volatile uint32_t *)0x30001004)
 #define reg_UART_RX_DATA (*(volatile uint32_t *)0x30001008)
@@ -81,6 +83,21 @@
     // reg_mprj_io_14 = GPIO_MODE_MGMT_STD_OUTPUT;
 
 
+
+    //Verify SRAM
+    for (int i = 0; i < 32; i++)
+    {
+       *(reg_SRAM+(i*4)) = i*1024;
+    }
+
+    for (int i = 0; i < 32; i++)
+    {
+       if(*(reg_SRAM+(i*4)) != i * 1024 )
+        reg_mprj_datal = 0xAB800000;
+    }
+    
+
+
     /* Apply configuration */
     reg_mprj_xfer = 1;
     while (reg_mprj_xfer == 1)

diff --git a/verilog/dv/wb_uart/wb_uart_tb.v b/verilog/dv/wb_uart/wb_uart_tb.v
index 0e03a2a..be6b2bf 100644
--- a/verilog/dv/wb_uart/wb_uart_tb.v
+++ b/verilog/dv/wb_uart/wb_uart_tb.v

@@ -20,26 +20,26 @@
 `define PER 20 // period
 
 
-module wb_uart_tb;
-  reg clock;
-  reg RSTB;
-  reg CSB;
+module wb_uart_tb ();
+  reg clock ;
+  reg RSTB  ;
+  reg CSB   ;
   reg power1, power2;
   reg power3, power4;
 
-  wire gpio;
-  wire [37:0] mprj_io;
-  wire [7:0] mprj_io_0;
+  wire        gpio     ;
+  wire [37:0] mprj_io  ;
+  wire [ 7:0] mprj_io_0;
   wire [15:0] checkbits;
 
 
-  integer fd;
+  integer fd ;
   integer tmp;
 
   reg [8*10:0] uart_data_in = "de 1b2";
 
   reg [23:0] dec_baud;
-  reg [7:0] dec_data;
+  reg [ 7:0] dec_data;
 
 
   reg [7:0] tx_data;
@@ -54,17 +54,17 @@
       rx_pin = 1'b0;
       #(`PER*baud_clk);
       for ( i=0 ;i<8; i=i+1 )
-      begin : for_block
-        rx_pin = tx_data[i];
-        #(`PER*baud_clk);
-        rx_pin = 1'b1;
-      end
+        begin : for_block
+          rx_pin = tx_data[i];
+          #(`PER*baud_clk);
+          rx_pin = 1'b1;
+        end
     end
   endtask
 
-  wire rx ;
-  reg [23:0] baud_clk = 24'd434;
-  reg [7:0] rx_data = 8'd0;
+  wire        rx                ;
+  reg  [23:0] baud_clk = 24'd434;
+  reg  [ 7:0] rx_data  = 8'd0   ;
 
   task uart_receive;
     begin : rx_block
@@ -76,10 +76,10 @@
       #(`PER*baud_clk);
       //Read data
       for ( i=0 ;i<8 ;i++ )
-      begin : rx_for_blk
-        rx_data = {rx, rx_data[7:1]};
-        #(`PER*baud_clk);
-      end
+        begin : rx_for_blk
+          rx_data = {rx, rx_data[7:1]};
+          #(`PER*baud_clk);
+        end
     end
   endtask
 
@@ -100,82 +100,90 @@
   always #(`PER/2) clock <= (clock === 1'b0);
 
   initial
-  begin
-    clock = 0;
-  end
+    begin
+      clock = 0;
+    end
 
   initial
-  begin
-    $dumpfile("wb_uart.vcd");
-    $dumpvars(0, wb_uart_tb);
-
-    // Repeat cycles of 1000 clock edges as needed to complete testbench
-    repeat (70)
     begin
-      repeat (10000) @(posedge clock);
-      // $display("+1000 cycles");
-    end
-    $display("%c[1;31m",27);
+      $dumpfile("wb_uart.vcd");
+      $dumpvars(0, wb_uart_tb);
+
+      // Repeat cycles of 1000 clock edges as needed to complete testbench
+      repeat (70)
+        begin
+          repeat (10000) @(posedge clock);
+          // $display("+1000 cycles");
+        end
+      $display("%c[1;31m",27);
 `ifdef GL
 
-    $display ("Monitor: Timeout, Test Mega-Project WB Port (GL) Failed");
+      $display ("Monitor: Timeout, Test Mega-Project WB Port (GL) Failed");
 `else
-    $display ("Monitor: Timeout, Test Mega-Project WB Port (RTL) Failed");
+      $display ("Monitor: Timeout, Test Mega-Project WB Port (RTL) Failed");
 `endif
 
-    $display("%c[0m",27);
-    $finish;
-  end
+      $display("%c[0m",27);
+      $finish;
+    end
 
   assign rx = uut.mprj.io_out[16];
 
   initial
-  begin
-    wait(checkbits[15:4] == 12'hAB6);
-    $display("Monitor: MPRJ-Logic WB Started");
-    while(checkbits[15:4] != 12'hAB7)
     begin
+      wait(checkbits[15:4] == 12'hAB6);
+      $display("Monitor: MPRJ-Logic WB Started");
+      while(checkbits[15:4] != 12'hAB7)
+        begin
 
-      uart_receive();
-      tx_data = rx_data;
-      uart_send();
+          uart_receive();
+          tx_data = rx_data;
+          uart_send();
+
+        end
 
     end
-    
-  end
 
 
   initial
-  begin
-	wait(checkbits[15:4] == 12'hAB7);
-`ifdef GL
-      $display("Monitor: Mega-Project WB (GL) Passed");
-`else
-      $display("Monitor: Mega-Project WB (RTL) Passed");
-`endif
-    $finish;
-  end
+    begin
+      wait(checkbits[15:4] == 12'hAB7 || checkbits[15:4] == 12'hAB8 );
 
+      if(checkbits[15:4] == 12'hAB8)
+        begin
+          $display("SRAM failed!");
+          $finish;
+        end
+        else
+          begin
+    `ifdef GL
+            $display("Monitor: Mega-Project WB (GL) Passed");
+    `else
+            $display("Monitor: Mega-Project WB (RTL) Passed");
+    `endif
+            $finish;
+          end
+    end
 
   initial
-  begin
-    RSTB <= 1'b0;
-    CSB  <= 1'b1;		// Force CSB high
-    #2000;
-    RSTB <= 1'b1;	    	// Release reset
-    #100000;
-    CSB = 1'b0;		// CSB can be released
-  end
+    begin
+      RSTB <= 1'b0;
+      CSB  <= 1'b1;		// Force CSB high
+      #2000;
+      RSTB <= 1'b1;	    	// Release reset
+      #100000;
+      CSB = 1'b0;		// CSB can be released
+    end
 
   initial
-  begin		// Power-up sequence
-    power1 <= 1'b0;
-    power2 <= 1'b0;
-    #200;
-    power1 <= 1'b1;
-    #200;
-    power2 <= 1'b1;
-  end
+    begin		// Power-up sequence
+      power1 <= 1'b0;
+      power2 <= 1'b0;
+      #200;
+      power1 <= 1'b1;
+      #200;
+      power2 <= 1'b1;
+    end
 
 
 
@@ -184,51 +192,49 @@
   wire flash_io0;
   wire flash_io1;
 
-  wire VDD3V3 = power1;
-  wire VDD1V8 = power2;
+  wire VDD3V3      = power1;
+  wire VDD1V8      = power2;
   wire USER_VDD3V3 = power3;
   wire USER_VDD1V8 = power4;
-  wire VSS = 1'b0;
+  wire VSS         = 1'b0  ;
 
   caravel uut (
-            .vddio	  (VDD3V3),
-            .vddio_2  (VDD3V3),
-            .vssio	  (VSS),
-            .vssio_2  (VSS),
-            .vdda	  (VDD3V3),
-            .vssa	  (VSS),
-            .vccd	  (VDD1V8),
-            .vssd	  (VSS),
-            .vdda1    (VDD3V3),
-            .vdda1_2  (VDD3V3),
-            .vdda2    (VDD3V3),
-            .vssa1	  (VSS),
-            .vssa1_2  (VSS),
-            .vssa2	  (VSS),
-            .vccd1	  (VDD1V8),
-            .vccd2	  (VDD1V8),
-            .vssd1	  (VSS),
-            .vssd2	  (VSS),
-            .clock    (clock),
-            .gpio     (gpio),
-            .mprj_io  (mprj_io),
-            .flash_csb(flash_csb),
-            .flash_clk(flash_clk),
-            .flash_io0(flash_io0),
-            .flash_io1(flash_io1),
-            .resetb	  (RSTB)
-          );
+    .vddio    (VDD3V3   ),
+    .vddio_2  (VDD3V3   ),
+    .vssio    (VSS      ),
+    .vssio_2  (VSS      ),
+    .vdda     (VDD3V3   ),
+    .vssa     (VSS      ),
+    .vccd     (VDD1V8   ),
+    .vssd     (VSS      ),
+    .vdda1    (VDD3V3   ),
+    .vdda1_2  (VDD3V3   ),
+    .vdda2    (VDD3V3   ),
+    .vssa1    (VSS      ),
+    .vssa1_2  (VSS      ),
+    .vssa2    (VSS      ),
+    .vccd1    (VDD1V8   ),
+    .vccd2    (VDD1V8   ),
+    .vssd1    (VSS      ),
+    .vssd2    (VSS      ),
+    .clock    (clock    ),
+    .gpio     (gpio     ),
+    .mprj_io  (mprj_io  ),
+    .flash_csb(flash_csb),
+    .flash_clk(flash_clk),
+    .flash_io0(flash_io0),
+    .flash_io1(flash_io1),
+    .resetb   (RSTB     )
+  );
 
-  spiflash #(
-             .FILENAME("wb_uart.hex")
-           ) spiflash (
-             .csb(flash_csb),
-             .clk(flash_clk),
-             .io0(flash_io0),
-             .io1(flash_io1),
-             .io2(),			// not used
-             .io3()			// not used
-           );
+  spiflash #(.FILENAME("wb_uart.hex")) spiflash (
+    .csb(flash_csb),
+    .clk(flash_clk),
+    .io0(flash_io0),
+    .io1(flash_io1),
+    .io2(         ), // not used
+    .io3(         )  // not used
+  );
 
 
 

diff --git a/verilog/gl/user_project_wrapper.v b/verilog/gl/user_project_wrapper.v
index 75a0120..98801d0 100644
--- a/verilog/gl/user_project_wrapper.v
+++ b/verilog/gl/user_project_wrapper.v

@@ -1,348 +1,969 @@
-/* Generated by Yosys 0.12+45 (git sha1 UNKNOWN, gcc 8.3.1 -fPIC -Os) */
+module user_project_wrapper (user_clock2,
+    vccd1,
+    vccd2,
+    vdda1,
+    vdda2,
+    vssa1,
+    vssa2,
+    vssd1,
+    vssd2,
+    wb_clk_i,
+    wb_rst_i,
+    wbs_ack_o,
+    wbs_cyc_i,
+    wbs_stb_i,
+    wbs_we_i,
+    analog_io,
+    io_in,
+    io_oeb,
+    io_out,
+    la_data_in,
+    la_data_out,
+    la_oenb,
+    user_irq,
+    wbs_adr_i,
+    wbs_dat_i,
+    wbs_dat_o,
+    wbs_sel_i);
+ input user_clock2;
+ input vccd1;
+ input vccd2;
+ input vdda1;
+ input vdda2;
+ input vssa1;
+ input vssa2;
+ input vssd1;
+ input vssd2;
+ input wb_clk_i;
+ input wb_rst_i;
+ output wbs_ack_o;
+ input wbs_cyc_i;
+ input wbs_stb_i;
+ input wbs_we_i;
+ inout [28:0] analog_io;
+ input [37:0] io_in;
+ output [37:0] io_oeb;
+ output [37:0] io_out;
+ input [127:0] la_data_in;
+ output [127:0] la_data_out;
+ input [127:0] la_oenb;
+ output [2:0] user_irq;
+ input [31:0] wbs_adr_i;
+ input [31:0] wbs_dat_i;
+ output [31:0] wbs_dat_o;
+ input [3:0] wbs_sel_i;
 
-module user_project_wrapper(wb_clk_i, wb_rst_i, wbs_stb_i, wbs_cyc_i, wbs_we_i, wbs_sel_i, wbs_dat_i, wbs_adr_i, wbs_ack_o, wbs_dat_o, la_data_in, la_data_out, la_oenb, io_in, io_out, io_oeb, analog_io, user_clock2, user_irq);
-  wire _0_;
-  wire _1_;
-  wire _2_;
-  wire _3_;
-  wire _4_;
-  wire _5_;
-  wire _6_;
-  wire _7_;
-  inout [28:0] analog_io;
-  input [37:0] io_in;
-  output [37:0] io_oeb;
-  output [37:0] io_out;
-  input [127:0] la_data_in;
-  output [127:0] la_data_out;
-  input [127:0] la_oenb;
-  wire s0_wb_ack_o;
-  wire \s0_wb_adr_i[0] ;
-  wire \s0_wb_adr_i[1] ;
-  wire \s0_wb_adr_i[2] ;
-  wire \s0_wb_adr_i[3] ;
-  wire \s0_wb_adr_i[4] ;
-  wire \s0_wb_adr_i[5] ;
-  wire \s0_wb_adr_i[6] ;
-  wire \s0_wb_adr_i[7] ;
-  wire s0_wb_cyc_i;
-  wire \s0_wb_dat_i[0] ;
-  wire \s0_wb_dat_i[10] ;
-  wire \s0_wb_dat_i[11] ;
-  wire \s0_wb_dat_i[12] ;
-  wire \s0_wb_dat_i[13] ;
-  wire \s0_wb_dat_i[14] ;
-  wire \s0_wb_dat_i[15] ;
-  wire \s0_wb_dat_i[16] ;
-  wire \s0_wb_dat_i[17] ;
-  wire \s0_wb_dat_i[18] ;
-  wire \s0_wb_dat_i[19] ;
-  wire \s0_wb_dat_i[1] ;
-  wire \s0_wb_dat_i[20] ;
-  wire \s0_wb_dat_i[21] ;
-  wire \s0_wb_dat_i[22] ;
-  wire \s0_wb_dat_i[23] ;
-  wire \s0_wb_dat_i[24] ;
-  wire \s0_wb_dat_i[25] ;
-  wire \s0_wb_dat_i[26] ;
-  wire \s0_wb_dat_i[27] ;
-  wire \s0_wb_dat_i[28] ;
-  wire \s0_wb_dat_i[29] ;
-  wire \s0_wb_dat_i[2] ;
-  wire \s0_wb_dat_i[30] ;
-  wire \s0_wb_dat_i[31] ;
-  wire \s0_wb_dat_i[3] ;
-  wire \s0_wb_dat_i[4] ;
-  wire \s0_wb_dat_i[5] ;
-  wire \s0_wb_dat_i[6] ;
-  wire \s0_wb_dat_i[7] ;
-  wire \s0_wb_dat_i[8] ;
-  wire \s0_wb_dat_i[9] ;
-  wire \s0_wb_dat_o[0] ;
-  wire \s0_wb_dat_o[10] ;
-  wire \s0_wb_dat_o[11] ;
-  wire \s0_wb_dat_o[12] ;
-  wire \s0_wb_dat_o[13] ;
-  wire \s0_wb_dat_o[14] ;
-  wire \s0_wb_dat_o[15] ;
-  wire \s0_wb_dat_o[16] ;
-  wire \s0_wb_dat_o[17] ;
-  wire \s0_wb_dat_o[18] ;
-  wire \s0_wb_dat_o[19] ;
-  wire \s0_wb_dat_o[1] ;
-  wire \s0_wb_dat_o[20] ;
-  wire \s0_wb_dat_o[21] ;
-  wire \s0_wb_dat_o[22] ;
-  wire \s0_wb_dat_o[23] ;
-  wire \s0_wb_dat_o[24] ;
-  wire \s0_wb_dat_o[25] ;
-  wire \s0_wb_dat_o[26] ;
-  wire \s0_wb_dat_o[27] ;
-  wire \s0_wb_dat_o[28] ;
-  wire \s0_wb_dat_o[29] ;
-  wire \s0_wb_dat_o[2] ;
-  wire \s0_wb_dat_o[30] ;
-  wire \s0_wb_dat_o[31] ;
-  wire \s0_wb_dat_o[3] ;
-  wire \s0_wb_dat_o[4] ;
-  wire \s0_wb_dat_o[5] ;
-  wire \s0_wb_dat_o[6] ;
-  wire \s0_wb_dat_o[7] ;
-  wire \s0_wb_dat_o[8] ;
-  wire \s0_wb_dat_o[9] ;
-  wire \s0_wb_sel_i[0] ;
-  wire \s0_wb_sel_i[1] ;
-  wire \s0_wb_sel_i[2] ;
-  wire \s0_wb_sel_i[3] ;
-  wire s0_wb_stb_i;
-  wire s0_wb_we_i;
-  wire s1_wb_ack_o;
-  wire \s1_wb_adr_i[0] ;
-  wire \s1_wb_adr_i[1] ;
-  wire s1_wb_cyc_i;
-  wire \s1_wb_dat_i[0] ;
-  wire \s1_wb_dat_i[10] ;
-  wire \s1_wb_dat_i[11] ;
-  wire \s1_wb_dat_i[12] ;
-  wire \s1_wb_dat_i[13] ;
-  wire \s1_wb_dat_i[14] ;
-  wire \s1_wb_dat_i[15] ;
-  wire \s1_wb_dat_i[16] ;
-  wire \s1_wb_dat_i[17] ;
-  wire \s1_wb_dat_i[18] ;
-  wire \s1_wb_dat_i[19] ;
-  wire \s1_wb_dat_i[1] ;
-  wire \s1_wb_dat_i[20] ;
-  wire \s1_wb_dat_i[21] ;
-  wire \s1_wb_dat_i[22] ;
-  wire \s1_wb_dat_i[23] ;
-  wire \s1_wb_dat_i[24] ;
-  wire \s1_wb_dat_i[25] ;
-  wire \s1_wb_dat_i[26] ;
-  wire \s1_wb_dat_i[27] ;
-  wire \s1_wb_dat_i[28] ;
-  wire \s1_wb_dat_i[29] ;
-  wire \s1_wb_dat_i[2] ;
-  wire \s1_wb_dat_i[30] ;
-  wire \s1_wb_dat_i[31] ;
-  wire \s1_wb_dat_i[3] ;
-  wire \s1_wb_dat_i[4] ;
-  wire \s1_wb_dat_i[5] ;
-  wire \s1_wb_dat_i[6] ;
-  wire \s1_wb_dat_i[7] ;
-  wire \s1_wb_dat_i[8] ;
-  wire \s1_wb_dat_i[9] ;
-  wire \s1_wb_dat_o[0] ;
-  wire \s1_wb_dat_o[10] ;
-  wire \s1_wb_dat_o[11] ;
-  wire \s1_wb_dat_o[12] ;
-  wire \s1_wb_dat_o[13] ;
-  wire \s1_wb_dat_o[14] ;
-  wire \s1_wb_dat_o[15] ;
-  wire \s1_wb_dat_o[16] ;
-  wire \s1_wb_dat_o[17] ;
-  wire \s1_wb_dat_o[18] ;
-  wire \s1_wb_dat_o[19] ;
-  wire \s1_wb_dat_o[1] ;
-  wire \s1_wb_dat_o[20] ;
-  wire \s1_wb_dat_o[21] ;
-  wire \s1_wb_dat_o[22] ;
-  wire \s1_wb_dat_o[23] ;
-  wire \s1_wb_dat_o[24] ;
-  wire \s1_wb_dat_o[25] ;
-  wire \s1_wb_dat_o[26] ;
-  wire \s1_wb_dat_o[27] ;
-  wire \s1_wb_dat_o[28] ;
-  wire \s1_wb_dat_o[29] ;
-  wire \s1_wb_dat_o[2] ;
-  wire \s1_wb_dat_o[30] ;
-  wire \s1_wb_dat_o[31] ;
-  wire \s1_wb_dat_o[3] ;
-  wire \s1_wb_dat_o[4] ;
-  wire \s1_wb_dat_o[5] ;
-  wire \s1_wb_dat_o[6] ;
-  wire \s1_wb_dat_o[7] ;
-  wire \s1_wb_dat_o[8] ;
-  wire \s1_wb_dat_o[9] ;
-  wire \s1_wb_sel_i[0] ;
-  wire \s1_wb_sel_i[1] ;
-  wire \s1_wb_sel_i[2] ;
-  wire \s1_wb_sel_i[3] ;
-  wire s1_wb_stb_i;
-  wire s1_wb_we_i;
-  wire \sram_addr_a[0] ;
-  wire \sram_addr_a[1] ;
-  wire \sram_addr_a[2] ;
-  wire \sram_addr_a[3] ;
-  wire \sram_addr_a[4] ;
-  wire \sram_addr_a[5] ;
-  wire \sram_addr_a[6] ;
-  wire \sram_addr_a[7] ;
-  wire \sram_addr_b[0] ;
-  wire \sram_addr_b[1] ;
-  wire \sram_addr_b[2] ;
-  wire \sram_addr_b[3] ;
-  wire \sram_addr_b[4] ;
-  wire \sram_addr_b[5] ;
-  wire \sram_addr_b[6] ;
-  wire \sram_addr_b[7] ;
-  wire sram_clk_a;
-  wire sram_clk_b;
-  wire sram_csb_a;
-  wire sram_csb_b;
-  wire \sram_din_b[0] ;
-  wire \sram_din_b[10] ;
-  wire \sram_din_b[11] ;
-  wire \sram_din_b[12] ;
-  wire \sram_din_b[13] ;
-  wire \sram_din_b[14] ;
-  wire \sram_din_b[15] ;
-  wire \sram_din_b[16] ;
-  wire \sram_din_b[17] ;
-  wire \sram_din_b[18] ;
-  wire \sram_din_b[19] ;
-  wire \sram_din_b[1] ;
-  wire \sram_din_b[20] ;
-  wire \sram_din_b[21] ;
-  wire \sram_din_b[22] ;
-  wire \sram_din_b[23] ;
-  wire \sram_din_b[24] ;
-  wire \sram_din_b[25] ;
-  wire \sram_din_b[26] ;
-  wire \sram_din_b[27] ;
-  wire \sram_din_b[28] ;
-  wire \sram_din_b[29] ;
-  wire \sram_din_b[2] ;
-  wire \sram_din_b[30] ;
-  wire \sram_din_b[31] ;
-  wire \sram_din_b[3] ;
-  wire \sram_din_b[4] ;
-  wire \sram_din_b[5] ;
-  wire \sram_din_b[6] ;
-  wire \sram_din_b[7] ;
-  wire \sram_din_b[8] ;
-  wire \sram_din_b[9] ;
-  wire \sram_dout_a[0] ;
-  wire \sram_dout_a[10] ;
-  wire \sram_dout_a[11] ;
-  wire \sram_dout_a[12] ;
-  wire \sram_dout_a[13] ;
-  wire \sram_dout_a[14] ;
-  wire \sram_dout_a[15] ;
-  wire \sram_dout_a[16] ;
-  wire \sram_dout_a[17] ;
-  wire \sram_dout_a[18] ;
-  wire \sram_dout_a[19] ;
-  wire \sram_dout_a[1] ;
-  wire \sram_dout_a[20] ;
-  wire \sram_dout_a[21] ;
-  wire \sram_dout_a[22] ;
-  wire \sram_dout_a[23] ;
-  wire \sram_dout_a[24] ;
-  wire \sram_dout_a[25] ;
-  wire \sram_dout_a[26] ;
-  wire \sram_dout_a[27] ;
-  wire \sram_dout_a[28] ;
-  wire \sram_dout_a[29] ;
-  wire \sram_dout_a[2] ;
-  wire \sram_dout_a[30] ;
-  wire \sram_dout_a[31] ;
-  wire \sram_dout_a[3] ;
-  wire \sram_dout_a[4] ;
-  wire \sram_dout_a[5] ;
-  wire \sram_dout_a[6] ;
-  wire \sram_dout_a[7] ;
-  wire \sram_dout_a[8] ;
-  wire \sram_dout_a[9] ;
-  wire \sram_mask_b[0] ;
-  wire \sram_mask_b[1] ;
-  wire \sram_mask_b[2] ;
-  wire \sram_mask_b[3] ;
-  wire sram_web_b;
-  input user_clock2;
-  output [2:0] user_irq;
-  input wb_clk_i;
-  input wb_rst_i;
-  output wbs_ack_o;
-  input [31:0] wbs_adr_i;
-  input wbs_cyc_i;
-  input [31:0] wbs_dat_i;
-  output [31:0] wbs_dat_o;
-  input [3:0] wbs_sel_i;
-  input wbs_stb_i;
-  input wbs_we_i;
-  wb_interconnect \interconnect  (
-    .clk_i(wb_clk_i),
-    .m0_wb_ack_o(wbs_ack_o),
-    .m0_wb_adr_i(wbs_adr_i),
-    .m0_wb_cyc_i(wbs_cyc_i),
-    .m0_wb_dat_i(wbs_dat_i),
-    .m0_wb_dat_o(wbs_dat_o),
-    .m0_wb_sel_i(wbs_sel_i),
-    .m0_wb_stb_i(wbs_stb_i),
-    .m0_wb_we_i(wbs_we_i),
-    .rst(wb_rst_i),
-    .s0_wb_ack_i(s0_wb_ack_o),
-    .s0_wb_adr_o({ _7_, \s0_wb_adr_i[7] , \s0_wb_adr_i[6] , \s0_wb_adr_i[5] , \s0_wb_adr_i[4] , \s0_wb_adr_i[3] , \s0_wb_adr_i[2] , \s0_wb_adr_i[1] , \s0_wb_adr_i[0]  }),
-    .s0_wb_cyc_o(s0_wb_cyc_i),
-    .s0_wb_dat_i({ \s0_wb_dat_o[31] , \s0_wb_dat_o[30] , \s0_wb_dat_o[29] , \s0_wb_dat_o[28] , \s0_wb_dat_o[27] , \s0_wb_dat_o[26] , \s0_wb_dat_o[25] , \s0_wb_dat_o[24] , \s0_wb_dat_o[23] , \s0_wb_dat_o[22] , \s0_wb_dat_o[21] , \s0_wb_dat_o[20] , \s0_wb_dat_o[19] , \s0_wb_dat_o[18] , \s0_wb_dat_o[17] , \s0_wb_dat_o[16] , \s0_wb_dat_o[15] , \s0_wb_dat_o[14] , \s0_wb_dat_o[13] , \s0_wb_dat_o[12] , \s0_wb_dat_o[11] , \s0_wb_dat_o[10] , \s0_wb_dat_o[9] , \s0_wb_dat_o[8] , \s0_wb_dat_o[7] , \s0_wb_dat_o[6] , \s0_wb_dat_o[5] , \s0_wb_dat_o[4] , \s0_wb_dat_o[3] , \s0_wb_dat_o[2] , \s0_wb_dat_o[1] , \s0_wb_dat_o[0]  }),
-    .s0_wb_dat_o({ \s0_wb_dat_i[31] , \s0_wb_dat_i[30] , \s0_wb_dat_i[29] , \s0_wb_dat_i[28] , \s0_wb_dat_i[27] , \s0_wb_dat_i[26] , \s0_wb_dat_i[25] , \s0_wb_dat_i[24] , \s0_wb_dat_i[23] , \s0_wb_dat_i[22] , \s0_wb_dat_i[21] , \s0_wb_dat_i[20] , \s0_wb_dat_i[19] , \s0_wb_dat_i[18] , \s0_wb_dat_i[17] , \s0_wb_dat_i[16] , \s0_wb_dat_i[15] , \s0_wb_dat_i[14] , \s0_wb_dat_i[13] , \s0_wb_dat_i[12] , \s0_wb_dat_i[11] , \s0_wb_dat_i[10] , \s0_wb_dat_i[9] , \s0_wb_dat_i[8] , \s0_wb_dat_i[7] , \s0_wb_dat_i[6] , \s0_wb_dat_i[5] , \s0_wb_dat_i[4] , \s0_wb_dat_i[3] , \s0_wb_dat_i[2] , \s0_wb_dat_i[1] , \s0_wb_dat_i[0]  }),
-    .s0_wb_sel_o({ \s0_wb_sel_i[3] , \s0_wb_sel_i[2] , \s0_wb_sel_i[1] , \s0_wb_sel_i[0]  }),
-    .s0_wb_stb_o(s0_wb_stb_i),
-    .s0_wb_we_o(s0_wb_we_i),
-    .s1_wb_ack_i(s1_wb_ack_o),
-    .s1_wb_adr_o({ _6_, _5_, _4_, _3_, _2_, _1_, _0_, \s1_wb_adr_i[1] , \s1_wb_adr_i[0]  }),
-    .s1_wb_cyc_o(s1_wb_cyc_i),
-    .s1_wb_dat_i({ \s1_wb_dat_o[31] , \s1_wb_dat_o[30] , \s1_wb_dat_o[29] , \s1_wb_dat_o[28] , \s1_wb_dat_o[27] , \s1_wb_dat_o[26] , \s1_wb_dat_o[25] , \s1_wb_dat_o[24] , \s1_wb_dat_o[23] , \s1_wb_dat_o[22] , \s1_wb_dat_o[21] , \s1_wb_dat_o[20] , \s1_wb_dat_o[19] , \s1_wb_dat_o[18] , \s1_wb_dat_o[17] , \s1_wb_dat_o[16] , \s1_wb_dat_o[15] , \s1_wb_dat_o[14] , \s1_wb_dat_o[13] , \s1_wb_dat_o[12] , \s1_wb_dat_o[11] , \s1_wb_dat_o[10] , \s1_wb_dat_o[9] , \s1_wb_dat_o[8] , \s1_wb_dat_o[7] , \s1_wb_dat_o[6] , \s1_wb_dat_o[5] , \s1_wb_dat_o[4] , \s1_wb_dat_o[3] , \s1_wb_dat_o[2] , \s1_wb_dat_o[1] , \s1_wb_dat_o[0]  }),
-    .s1_wb_dat_o({ \s1_wb_dat_i[31] , \s1_wb_dat_i[30] , \s1_wb_dat_i[29] , \s1_wb_dat_i[28] , \s1_wb_dat_i[27] , \s1_wb_dat_i[26] , \s1_wb_dat_i[25] , \s1_wb_dat_i[24] , \s1_wb_dat_i[23] , \s1_wb_dat_i[22] , \s1_wb_dat_i[21] , \s1_wb_dat_i[20] , \s1_wb_dat_i[19] , \s1_wb_dat_i[18] , \s1_wb_dat_i[17] , \s1_wb_dat_i[16] , \s1_wb_dat_i[15] , \s1_wb_dat_i[14] , \s1_wb_dat_i[13] , \s1_wb_dat_i[12] , \s1_wb_dat_i[11] , \s1_wb_dat_i[10] , \s1_wb_dat_i[9] , \s1_wb_dat_i[8] , \s1_wb_dat_i[7] , \s1_wb_dat_i[6] , \s1_wb_dat_i[5] , \s1_wb_dat_i[4] , \s1_wb_dat_i[3] , \s1_wb_dat_i[2] , \s1_wb_dat_i[1] , \s1_wb_dat_i[0]  }),
-    .s1_wb_sel_o({ \s1_wb_sel_i[3] , \s1_wb_sel_i[2] , \s1_wb_sel_i[1] , \s1_wb_sel_i[0]  }),
-    .s1_wb_stb_o(s1_wb_stb_i),
-    .s1_wb_we_o(s1_wb_we_i)
-  );
-  sky130_sram_1kbyte_1rw1r_32x256_8 u_sram1_1kb (
-    .addr0({ \sram_addr_b[7] , \sram_addr_b[6] , \sram_addr_b[5] , \sram_addr_b[4] , \sram_addr_b[3] , \sram_addr_b[2] , \sram_addr_b[1] , \sram_addr_b[0]  }),
-    .addr1({ \sram_addr_a[7] , \sram_addr_a[6] , \sram_addr_a[5] , \sram_addr_a[4] , \sram_addr_a[3] , \sram_addr_a[2] , \sram_addr_a[1] , \sram_addr_a[0]  }),
+ wire \sram_addr_a[0] ;
+ wire \sram_addr_a[1] ;
+ wire \sram_addr_a[2] ;
+ wire \sram_addr_a[3] ;
+ wire \sram_addr_a[4] ;
+ wire \sram_addr_a[5] ;
+ wire \sram_addr_a[6] ;
+ wire \sram_addr_a[7] ;
+ wire \sram_addr_a[8] ;
+ wire \sram_addr_b[0] ;
+ wire \sram_addr_b[1] ;
+ wire \sram_addr_b[2] ;
+ wire \sram_addr_b[3] ;
+ wire \sram_addr_b[4] ;
+ wire \sram_addr_b[5] ;
+ wire \sram_addr_b[6] ;
+ wire \sram_addr_b[7] ;
+ wire \sram_addr_b[8] ;
+ wire sram_csb_a;
+ wire sram_csb_b;
+ wire \sram_din_b[0] ;
+ wire \sram_din_b[10] ;
+ wire \sram_din_b[11] ;
+ wire \sram_din_b[12] ;
+ wire \sram_din_b[13] ;
+ wire \sram_din_b[14] ;
+ wire \sram_din_b[15] ;
+ wire \sram_din_b[16] ;
+ wire \sram_din_b[17] ;
+ wire \sram_din_b[18] ;
+ wire \sram_din_b[19] ;
+ wire \sram_din_b[1] ;
+ wire \sram_din_b[20] ;
+ wire \sram_din_b[21] ;
+ wire \sram_din_b[22] ;
+ wire \sram_din_b[23] ;
+ wire \sram_din_b[24] ;
+ wire \sram_din_b[25] ;
+ wire \sram_din_b[26] ;
+ wire \sram_din_b[27] ;
+ wire \sram_din_b[28] ;
+ wire \sram_din_b[29] ;
+ wire \sram_din_b[2] ;
+ wire \sram_din_b[30] ;
+ wire \sram_din_b[31] ;
+ wire \sram_din_b[3] ;
+ wire \sram_din_b[4] ;
+ wire \sram_din_b[5] ;
+ wire \sram_din_b[6] ;
+ wire \sram_din_b[7] ;
+ wire \sram_din_b[8] ;
+ wire \sram_din_b[9] ;
+ wire \sram_dout_a[0] ;
+ wire \sram_dout_a[10] ;
+ wire \sram_dout_a[11] ;
+ wire \sram_dout_a[12] ;
+ wire \sram_dout_a[13] ;
+ wire \sram_dout_a[14] ;
+ wire \sram_dout_a[15] ;
+ wire \sram_dout_a[16] ;
+ wire \sram_dout_a[17] ;
+ wire \sram_dout_a[18] ;
+ wire \sram_dout_a[19] ;
+ wire \sram_dout_a[1] ;
+ wire \sram_dout_a[20] ;
+ wire \sram_dout_a[21] ;
+ wire \sram_dout_a[22] ;
+ wire \sram_dout_a[23] ;
+ wire \sram_dout_a[24] ;
+ wire \sram_dout_a[25] ;
+ wire \sram_dout_a[26] ;
+ wire \sram_dout_a[27] ;
+ wire \sram_dout_a[28] ;
+ wire \sram_dout_a[29] ;
+ wire \sram_dout_a[2] ;
+ wire \sram_dout_a[30] ;
+ wire \sram_dout_a[31] ;
+ wire \sram_dout_a[3] ;
+ wire \sram_dout_a[4] ;
+ wire \sram_dout_a[5] ;
+ wire \sram_dout_a[6] ;
+ wire \sram_dout_a[7] ;
+ wire \sram_dout_a[8] ;
+ wire \sram_dout_a[9] ;
+ wire \sram_mask_b[0] ;
+ wire \sram_mask_b[1] ;
+ wire \sram_mask_b[2] ;
+ wire \sram_mask_b[3] ;
+ wire sram_web_b;
+
+ user_proj_example mprj (.sram_csb_a(sram_csb_a),
+    .sram_csb_b(sram_csb_b),
+    .sram_web_b(sram_web_b),
+    .vccd1(vccd1),
+    .vssd1(vssd1),
+    .wb_clk_i(wb_clk_i),
+    .wb_rst_i(wb_rst_i),
+    .wbs_ack_o(wbs_ack_o),
+    .wbs_cyc_i(wbs_cyc_i),
+    .wbs_stb_i(wbs_stb_i),
+    .wbs_we_i(wbs_we_i),
+    .io_in({io_in[37],
+    io_in[36],
+    io_in[35],
+    io_in[34],
+    io_in[33],
+    io_in[32],
+    io_in[31],
+    io_in[30],
+    io_in[29],
+    io_in[28],
+    io_in[27],
+    io_in[26],
+    io_in[25],
+    io_in[24],
+    io_in[23],
+    io_in[22],
+    io_in[21],
+    io_in[20],
+    io_in[19],
+    io_in[18],
+    io_in[17],
+    io_in[16],
+    io_in[15],
+    io_in[14],
+    io_in[13],
+    io_in[12],
+    io_in[11],
+    io_in[10],
+    io_in[9],
+    io_in[8],
+    io_in[7],
+    io_in[6],
+    io_in[5],
+    io_in[4],
+    io_in[3],
+    io_in[2],
+    io_in[1],
+    io_in[0]}),
+    .io_oeb({io_oeb[37],
+    io_oeb[36],
+    io_oeb[35],
+    io_oeb[34],
+    io_oeb[33],
+    io_oeb[32],
+    io_oeb[31],
+    io_oeb[30],
+    io_oeb[29],
+    io_oeb[28],
+    io_oeb[27],
+    io_oeb[26],
+    io_oeb[25],
+    io_oeb[24],
+    io_oeb[23],
+    io_oeb[22],
+    io_oeb[21],
+    io_oeb[20],
+    io_oeb[19],
+    io_oeb[18],
+    io_oeb[17],
+    io_oeb[16],
+    io_oeb[15],
+    io_oeb[14],
+    io_oeb[13],
+    io_oeb[12],
+    io_oeb[11],
+    io_oeb[10],
+    io_oeb[9],
+    io_oeb[8],
+    io_oeb[7],
+    io_oeb[6],
+    io_oeb[5],
+    io_oeb[4],
+    io_oeb[3],
+    io_oeb[2],
+    io_oeb[1],
+    io_oeb[0]}),
+    .io_out({io_out[37],
+    io_out[36],
+    io_out[35],
+    io_out[34],
+    io_out[33],
+    io_out[32],
+    io_out[31],
+    io_out[30],
+    io_out[29],
+    io_out[28],
+    io_out[27],
+    io_out[26],
+    io_out[25],
+    io_out[24],
+    io_out[23],
+    io_out[22],
+    io_out[21],
+    io_out[20],
+    io_out[19],
+    io_out[18],
+    io_out[17],
+    io_out[16],
+    io_out[15],
+    io_out[14],
+    io_out[13],
+    io_out[12],
+    io_out[11],
+    io_out[10],
+    io_out[9],
+    io_out[8],
+    io_out[7],
+    io_out[6],
+    io_out[5],
+    io_out[4],
+    io_out[3],
+    io_out[2],
+    io_out[1],
+    io_out[0]}),
+    .irq({user_irq[2],
+    user_irq[1],
+    user_irq[0]}),
+    .la_data_in({la_data_in[127],
+    la_data_in[126],
+    la_data_in[125],
+    la_data_in[124],
+    la_data_in[123],
+    la_data_in[122],
+    la_data_in[121],
+    la_data_in[120],
+    la_data_in[119],
+    la_data_in[118],
+    la_data_in[117],
+    la_data_in[116],
+    la_data_in[115],
+    la_data_in[114],
+    la_data_in[113],
+    la_data_in[112],
+    la_data_in[111],
+    la_data_in[110],
+    la_data_in[109],
+    la_data_in[108],
+    la_data_in[107],
+    la_data_in[106],
+    la_data_in[105],
+    la_data_in[104],
+    la_data_in[103],
+    la_data_in[102],
+    la_data_in[101],
+    la_data_in[100],
+    la_data_in[99],
+    la_data_in[98],
+    la_data_in[97],
+    la_data_in[96],
+    la_data_in[95],
+    la_data_in[94],
+    la_data_in[93],
+    la_data_in[92],
+    la_data_in[91],
+    la_data_in[90],
+    la_data_in[89],
+    la_data_in[88],
+    la_data_in[87],
+    la_data_in[86],
+    la_data_in[85],
+    la_data_in[84],
+    la_data_in[83],
+    la_data_in[82],
+    la_data_in[81],
+    la_data_in[80],
+    la_data_in[79],
+    la_data_in[78],
+    la_data_in[77],
+    la_data_in[76],
+    la_data_in[75],
+    la_data_in[74],
+    la_data_in[73],
+    la_data_in[72],
+    la_data_in[71],
+    la_data_in[70],
+    la_data_in[69],
+    la_data_in[68],
+    la_data_in[67],
+    la_data_in[66],
+    la_data_in[65],
+    la_data_in[64],
+    la_data_in[63],
+    la_data_in[62],
+    la_data_in[61],
+    la_data_in[60],
+    la_data_in[59],
+    la_data_in[58],
+    la_data_in[57],
+    la_data_in[56],
+    la_data_in[55],
+    la_data_in[54],
+    la_data_in[53],
+    la_data_in[52],
+    la_data_in[51],
+    la_data_in[50],
+    la_data_in[49],
+    la_data_in[48],
+    la_data_in[47],
+    la_data_in[46],
+    la_data_in[45],
+    la_data_in[44],
+    la_data_in[43],
+    la_data_in[42],
+    la_data_in[41],
+    la_data_in[40],
+    la_data_in[39],
+    la_data_in[38],
+    la_data_in[37],
+    la_data_in[36],
+    la_data_in[35],
+    la_data_in[34],
+    la_data_in[33],
+    la_data_in[32],
+    la_data_in[31],
+    la_data_in[30],
+    la_data_in[29],
+    la_data_in[28],
+    la_data_in[27],
+    la_data_in[26],
+    la_data_in[25],
+    la_data_in[24],
+    la_data_in[23],
+    la_data_in[22],
+    la_data_in[21],
+    la_data_in[20],
+    la_data_in[19],
+    la_data_in[18],
+    la_data_in[17],
+    la_data_in[16],
+    la_data_in[15],
+    la_data_in[14],
+    la_data_in[13],
+    la_data_in[12],
+    la_data_in[11],
+    la_data_in[10],
+    la_data_in[9],
+    la_data_in[8],
+    la_data_in[7],
+    la_data_in[6],
+    la_data_in[5],
+    la_data_in[4],
+    la_data_in[3],
+    la_data_in[2],
+    la_data_in[1],
+    la_data_in[0]}),
+    .la_data_out({la_data_out[127],
+    la_data_out[126],
+    la_data_out[125],
+    la_data_out[124],
+    la_data_out[123],
+    la_data_out[122],
+    la_data_out[121],
+    la_data_out[120],
+    la_data_out[119],
+    la_data_out[118],
+    la_data_out[117],
+    la_data_out[116],
+    la_data_out[115],
+    la_data_out[114],
+    la_data_out[113],
+    la_data_out[112],
+    la_data_out[111],
+    la_data_out[110],
+    la_data_out[109],
+    la_data_out[108],
+    la_data_out[107],
+    la_data_out[106],
+    la_data_out[105],
+    la_data_out[104],
+    la_data_out[103],
+    la_data_out[102],
+    la_data_out[101],
+    la_data_out[100],
+    la_data_out[99],
+    la_data_out[98],
+    la_data_out[97],
+    la_data_out[96],
+    la_data_out[95],
+    la_data_out[94],
+    la_data_out[93],
+    la_data_out[92],
+    la_data_out[91],
+    la_data_out[90],
+    la_data_out[89],
+    la_data_out[88],
+    la_data_out[87],
+    la_data_out[86],
+    la_data_out[85],
+    la_data_out[84],
+    la_data_out[83],
+    la_data_out[82],
+    la_data_out[81],
+    la_data_out[80],
+    la_data_out[79],
+    la_data_out[78],
+    la_data_out[77],
+    la_data_out[76],
+    la_data_out[75],
+    la_data_out[74],
+    la_data_out[73],
+    la_data_out[72],
+    la_data_out[71],
+    la_data_out[70],
+    la_data_out[69],
+    la_data_out[68],
+    la_data_out[67],
+    la_data_out[66],
+    la_data_out[65],
+    la_data_out[64],
+    la_data_out[63],
+    la_data_out[62],
+    la_data_out[61],
+    la_data_out[60],
+    la_data_out[59],
+    la_data_out[58],
+    la_data_out[57],
+    la_data_out[56],
+    la_data_out[55],
+    la_data_out[54],
+    la_data_out[53],
+    la_data_out[52],
+    la_data_out[51],
+    la_data_out[50],
+    la_data_out[49],
+    la_data_out[48],
+    la_data_out[47],
+    la_data_out[46],
+    la_data_out[45],
+    la_data_out[44],
+    la_data_out[43],
+    la_data_out[42],
+    la_data_out[41],
+    la_data_out[40],
+    la_data_out[39],
+    la_data_out[38],
+    la_data_out[37],
+    la_data_out[36],
+    la_data_out[35],
+    la_data_out[34],
+    la_data_out[33],
+    la_data_out[32],
+    la_data_out[31],
+    la_data_out[30],
+    la_data_out[29],
+    la_data_out[28],
+    la_data_out[27],
+    la_data_out[26],
+    la_data_out[25],
+    la_data_out[24],
+    la_data_out[23],
+    la_data_out[22],
+    la_data_out[21],
+    la_data_out[20],
+    la_data_out[19],
+    la_data_out[18],
+    la_data_out[17],
+    la_data_out[16],
+    la_data_out[15],
+    la_data_out[14],
+    la_data_out[13],
+    la_data_out[12],
+    la_data_out[11],
+    la_data_out[10],
+    la_data_out[9],
+    la_data_out[8],
+    la_data_out[7],
+    la_data_out[6],
+    la_data_out[5],
+    la_data_out[4],
+    la_data_out[3],
+    la_data_out[2],
+    la_data_out[1],
+    la_data_out[0]}),
+    .la_oenb({la_oenb[127],
+    la_oenb[126],
+    la_oenb[125],
+    la_oenb[124],
+    la_oenb[123],
+    la_oenb[122],
+    la_oenb[121],
+    la_oenb[120],
+    la_oenb[119],
+    la_oenb[118],
+    la_oenb[117],
+    la_oenb[116],
+    la_oenb[115],
+    la_oenb[114],
+    la_oenb[113],
+    la_oenb[112],
+    la_oenb[111],
+    la_oenb[110],
+    la_oenb[109],
+    la_oenb[108],
+    la_oenb[107],
+    la_oenb[106],
+    la_oenb[105],
+    la_oenb[104],
+    la_oenb[103],
+    la_oenb[102],
+    la_oenb[101],
+    la_oenb[100],
+    la_oenb[99],
+    la_oenb[98],
+    la_oenb[97],
+    la_oenb[96],
+    la_oenb[95],
+    la_oenb[94],
+    la_oenb[93],
+    la_oenb[92],
+    la_oenb[91],
+    la_oenb[90],
+    la_oenb[89],
+    la_oenb[88],
+    la_oenb[87],
+    la_oenb[86],
+    la_oenb[85],
+    la_oenb[84],
+    la_oenb[83],
+    la_oenb[82],
+    la_oenb[81],
+    la_oenb[80],
+    la_oenb[79],
+    la_oenb[78],
+    la_oenb[77],
+    la_oenb[76],
+    la_oenb[75],
+    la_oenb[74],
+    la_oenb[73],
+    la_oenb[72],
+    la_oenb[71],
+    la_oenb[70],
+    la_oenb[69],
+    la_oenb[68],
+    la_oenb[67],
+    la_oenb[66],
+    la_oenb[65],
+    la_oenb[64],
+    la_oenb[63],
+    la_oenb[62],
+    la_oenb[61],
+    la_oenb[60],
+    la_oenb[59],
+    la_oenb[58],
+    la_oenb[57],
+    la_oenb[56],
+    la_oenb[55],
+    la_oenb[54],
+    la_oenb[53],
+    la_oenb[52],
+    la_oenb[51],
+    la_oenb[50],
+    la_oenb[49],
+    la_oenb[48],
+    la_oenb[47],
+    la_oenb[46],
+    la_oenb[45],
+    la_oenb[44],
+    la_oenb[43],
+    la_oenb[42],
+    la_oenb[41],
+    la_oenb[40],
+    la_oenb[39],
+    la_oenb[38],
+    la_oenb[37],
+    la_oenb[36],
+    la_oenb[35],
+    la_oenb[34],
+    la_oenb[33],
+    la_oenb[32],
+    la_oenb[31],
+    la_oenb[30],
+    la_oenb[29],
+    la_oenb[28],
+    la_oenb[27],
+    la_oenb[26],
+    la_oenb[25],
+    la_oenb[24],
+    la_oenb[23],
+    la_oenb[22],
+    la_oenb[21],
+    la_oenb[20],
+    la_oenb[19],
+    la_oenb[18],
+    la_oenb[17],
+    la_oenb[16],
+    la_oenb[15],
+    la_oenb[14],
+    la_oenb[13],
+    la_oenb[12],
+    la_oenb[11],
+    la_oenb[10],
+    la_oenb[9],
+    la_oenb[8],
+    la_oenb[7],
+    la_oenb[6],
+    la_oenb[5],
+    la_oenb[4],
+    la_oenb[3],
+    la_oenb[2],
+    la_oenb[1],
+    la_oenb[0]}),
+    .sram_addr_a({\sram_addr_a[8] ,
+    \sram_addr_a[7] ,
+    \sram_addr_a[6] ,
+    \sram_addr_a[5] ,
+    \sram_addr_a[4] ,
+    \sram_addr_a[3] ,
+    \sram_addr_a[2] ,
+    \sram_addr_a[1] ,
+    \sram_addr_a[0] }),
+    .sram_addr_b({\sram_addr_b[8] ,
+    \sram_addr_b[7] ,
+    \sram_addr_b[6] ,
+    \sram_addr_b[5] ,
+    \sram_addr_b[4] ,
+    \sram_addr_b[3] ,
+    \sram_addr_b[2] ,
+    \sram_addr_b[1] ,
+    \sram_addr_b[0] }),
+    .sram_din_b({\sram_din_b[31] ,
+    \sram_din_b[30] ,
+    \sram_din_b[29] ,
+    \sram_din_b[28] ,
+    \sram_din_b[27] ,
+    \sram_din_b[26] ,
+    \sram_din_b[25] ,
+    \sram_din_b[24] ,
+    \sram_din_b[23] ,
+    \sram_din_b[22] ,
+    \sram_din_b[21] ,
+    \sram_din_b[20] ,
+    \sram_din_b[19] ,
+    \sram_din_b[18] ,
+    \sram_din_b[17] ,
+    \sram_din_b[16] ,
+    \sram_din_b[15] ,
+    \sram_din_b[14] ,
+    \sram_din_b[13] ,
+    \sram_din_b[12] ,
+    \sram_din_b[11] ,
+    \sram_din_b[10] ,
+    \sram_din_b[9] ,
+    \sram_din_b[8] ,
+    \sram_din_b[7] ,
+    \sram_din_b[6] ,
+    \sram_din_b[5] ,
+    \sram_din_b[4] ,
+    \sram_din_b[3] ,
+    \sram_din_b[2] ,
+    \sram_din_b[1] ,
+    \sram_din_b[0] }),
+    .sram_dout_a({\sram_dout_a[31] ,
+    \sram_dout_a[30] ,
+    \sram_dout_a[29] ,
+    \sram_dout_a[28] ,
+    \sram_dout_a[27] ,
+    \sram_dout_a[26] ,
+    \sram_dout_a[25] ,
+    \sram_dout_a[24] ,
+    \sram_dout_a[23] ,
+    \sram_dout_a[22] ,
+    \sram_dout_a[21] ,
+    \sram_dout_a[20] ,
+    \sram_dout_a[19] ,
+    \sram_dout_a[18] ,
+    \sram_dout_a[17] ,
+    \sram_dout_a[16] ,
+    \sram_dout_a[15] ,
+    \sram_dout_a[14] ,
+    \sram_dout_a[13] ,
+    \sram_dout_a[12] ,
+    \sram_dout_a[11] ,
+    \sram_dout_a[10] ,
+    \sram_dout_a[9] ,
+    \sram_dout_a[8] ,
+    \sram_dout_a[7] ,
+    \sram_dout_a[6] ,
+    \sram_dout_a[5] ,
+    \sram_dout_a[4] ,
+    \sram_dout_a[3] ,
+    \sram_dout_a[2] ,
+    \sram_dout_a[1] ,
+    \sram_dout_a[0] }),
+    .sram_mask_b({\sram_mask_b[3] ,
+    \sram_mask_b[2] ,
+    \sram_mask_b[1] ,
+    \sram_mask_b[0] }),
+    .wbs_adr_i({wbs_adr_i[31],
+    wbs_adr_i[30],
+    wbs_adr_i[29],
+    wbs_adr_i[28],
+    wbs_adr_i[27],
+    wbs_adr_i[26],
+    wbs_adr_i[25],
+    wbs_adr_i[24],
+    wbs_adr_i[23],
+    wbs_adr_i[22],
+    wbs_adr_i[21],
+    wbs_adr_i[20],
+    wbs_adr_i[19],
+    wbs_adr_i[18],
+    wbs_adr_i[17],
+    wbs_adr_i[16],
+    wbs_adr_i[15],
+    wbs_adr_i[14],
+    wbs_adr_i[13],
+    wbs_adr_i[12],
+    wbs_adr_i[11],
+    wbs_adr_i[10],
+    wbs_adr_i[9],
+    wbs_adr_i[8],
+    wbs_adr_i[7],
+    wbs_adr_i[6],
+    wbs_adr_i[5],
+    wbs_adr_i[4],
+    wbs_adr_i[3],
+    wbs_adr_i[2],
+    wbs_adr_i[1],
+    wbs_adr_i[0]}),
+    .wbs_dat_i({wbs_dat_i[31],
+    wbs_dat_i[30],
+    wbs_dat_i[29],
+    wbs_dat_i[28],
+    wbs_dat_i[27],
+    wbs_dat_i[26],
+    wbs_dat_i[25],
+    wbs_dat_i[24],
+    wbs_dat_i[23],
+    wbs_dat_i[22],
+    wbs_dat_i[21],
+    wbs_dat_i[20],
+    wbs_dat_i[19],
+    wbs_dat_i[18],
+    wbs_dat_i[17],
+    wbs_dat_i[16],
+    wbs_dat_i[15],
+    wbs_dat_i[14],
+    wbs_dat_i[13],
+    wbs_dat_i[12],
+    wbs_dat_i[11],
+    wbs_dat_i[10],
+    wbs_dat_i[9],
+    wbs_dat_i[8],
+    wbs_dat_i[7],
+    wbs_dat_i[6],
+    wbs_dat_i[5],
+    wbs_dat_i[4],
+    wbs_dat_i[3],
+    wbs_dat_i[2],
+    wbs_dat_i[1],
+    wbs_dat_i[0]}),
+    .wbs_dat_o({wbs_dat_o[31],
+    wbs_dat_o[30],
+    wbs_dat_o[29],
+    wbs_dat_o[28],
+    wbs_dat_o[27],
+    wbs_dat_o[26],
+    wbs_dat_o[25],
+    wbs_dat_o[24],
+    wbs_dat_o[23],
+    wbs_dat_o[22],
+    wbs_dat_o[21],
+    wbs_dat_o[20],
+    wbs_dat_o[19],
+    wbs_dat_o[18],
+    wbs_dat_o[17],
+    wbs_dat_o[16],
+    wbs_dat_o[15],
+    wbs_dat_o[14],
+    wbs_dat_o[13],
+    wbs_dat_o[12],
+    wbs_dat_o[11],
+    wbs_dat_o[10],
+    wbs_dat_o[9],
+    wbs_dat_o[8],
+    wbs_dat_o[7],
+    wbs_dat_o[6],
+    wbs_dat_o[5],
+    wbs_dat_o[4],
+    wbs_dat_o[3],
+    wbs_dat_o[2],
+    wbs_dat_o[1],
+    wbs_dat_o[0]}),
+    .wbs_sel_i({wbs_sel_i[3],
+    wbs_sel_i[2],
+    wbs_sel_i[1],
+    wbs_sel_i[0]}));
+ sky130_sram_2kbyte_1rw1r_32x512_8 u_sram1_2kb (.csb0(sram_csb_b),
+    .csb1(sram_csb_a),
+    .web0(sram_web_b),
     .clk0(wb_clk_i),
     .clk1(wb_clk_i),
-    .csb0(sram_csb_b),
-    .csb1(sram_csb_a),
-    .din0({ \sram_din_b[31] , \sram_din_b[30] , \sram_din_b[29] , \sram_din_b[28] , \sram_din_b[27] , \sram_din_b[26] , \sram_din_b[25] , \sram_din_b[24] , \sram_din_b[23] , \sram_din_b[22] , \sram_din_b[21] , \sram_din_b[20] , \sram_din_b[19] , \sram_din_b[18] , \sram_din_b[17] , \sram_din_b[16] , \sram_din_b[15] , \sram_din_b[14] , \sram_din_b[13] , \sram_din_b[12] , \sram_din_b[11] , \sram_din_b[10] , \sram_din_b[9] , \sram_din_b[8] , \sram_din_b[7] , \sram_din_b[6] , \sram_din_b[5] , \sram_din_b[4] , \sram_din_b[3] , \sram_din_b[2] , \sram_din_b[1] , \sram_din_b[0]  }),
-    .dout1({ \sram_dout_a[31] , \sram_dout_a[30] , \sram_dout_a[29] , \sram_dout_a[28] , \sram_dout_a[27] , \sram_dout_a[26] , \sram_dout_a[25] , \sram_dout_a[24] , \sram_dout_a[23] , \sram_dout_a[22] , \sram_dout_a[21] , \sram_dout_a[20] , \sram_dout_a[19] , \sram_dout_a[18] , \sram_dout_a[17] , \sram_dout_a[16] , \sram_dout_a[15] , \sram_dout_a[14] , \sram_dout_a[13] , \sram_dout_a[12] , \sram_dout_a[11] , \sram_dout_a[10] , \sram_dout_a[9] , \sram_dout_a[8] , \sram_dout_a[7] , \sram_dout_a[6] , \sram_dout_a[5] , \sram_dout_a[4] , \sram_dout_a[3] , \sram_dout_a[2] , \sram_dout_a[1] , \sram_dout_a[0]  }),
-    .web0(sram_web_b),
-    .wmask0({ \sram_mask_b[3] , \sram_mask_b[2] , \sram_mask_b[1] , \sram_mask_b[0]  })
-  );
-  sram_wb_wrapper wb_wrapper0 (
-    .rst(wb_rst_i),
-    .sram_addr_a({ \sram_addr_a[7] , \sram_addr_a[6] , \sram_addr_a[5] , \sram_addr_a[4] , \sram_addr_a[3] , \sram_addr_a[2] , \sram_addr_a[1] , \sram_addr_a[0]  }),
-    .sram_addr_b({ \sram_addr_b[7] , \sram_addr_b[6] , \sram_addr_b[5] , \sram_addr_b[4] , \sram_addr_b[3] , \sram_addr_b[2] , \sram_addr_b[1] , \sram_addr_b[0]  }),
-    .sram_csb_a(sram_csb_a),
-    .sram_csb_b(sram_csb_b),
-    .sram_din_b({ \sram_din_b[31] , \sram_din_b[30] , \sram_din_b[29] , \sram_din_b[28] , \sram_din_b[27] , \sram_din_b[26] , \sram_din_b[25] , \sram_din_b[24] , \sram_din_b[23] , \sram_din_b[22] , \sram_din_b[21] , \sram_din_b[20] , \sram_din_b[19] , \sram_din_b[18] , \sram_din_b[17] , \sram_din_b[16] , \sram_din_b[15] , \sram_din_b[14] , \sram_din_b[13] , \sram_din_b[12] , \sram_din_b[11] , \sram_din_b[10] , \sram_din_b[9] , \sram_din_b[8] , \sram_din_b[7] , \sram_din_b[6] , \sram_din_b[5] , \sram_din_b[4] , \sram_din_b[3] , \sram_din_b[2] , \sram_din_b[1] , \sram_din_b[0]  }),
-    .sram_mask_b({ \sram_mask_b[3] , \sram_mask_b[2] , \sram_mask_b[1] , \sram_mask_b[0]  }),
-    .sram_web_b(sram_web_b),
-    .wb_ack_o(s0_wb_ack_o),
-    .wb_adr_i({ \s0_wb_adr_i[7] , \s0_wb_adr_i[6] , \s0_wb_adr_i[5] , \s0_wb_adr_i[4] , \s0_wb_adr_i[3] , \s0_wb_adr_i[2] , \s0_wb_adr_i[1] , \s0_wb_adr_i[0]  }),
-    .wb_clk_i(wb_clk_i),
-    .wb_cyc_i(s0_wb_cyc_i),
-    .wb_dat_i({ \s0_wb_dat_i[31] , \s0_wb_dat_i[30] , \s0_wb_dat_i[29] , \s0_wb_dat_i[28] , \s0_wb_dat_i[27] , \s0_wb_dat_i[26] , \s0_wb_dat_i[25] , \s0_wb_dat_i[24] , \s0_wb_dat_i[23] , \s0_wb_dat_i[22] , \s0_wb_dat_i[21] , \s0_wb_dat_i[20] , \s0_wb_dat_i[19] , \s0_wb_dat_i[18] , \s0_wb_dat_i[17] , \s0_wb_dat_i[16] , \s0_wb_dat_i[15] , \s0_wb_dat_i[14] , \s0_wb_dat_i[13] , \s0_wb_dat_i[12] , \s0_wb_dat_i[11] , \s0_wb_dat_i[10] , \s0_wb_dat_i[9] , \s0_wb_dat_i[8] , \s0_wb_dat_i[7] , \s0_wb_dat_i[6] , \s0_wb_dat_i[5] , \s0_wb_dat_i[4] , \s0_wb_dat_i[3] , \s0_wb_dat_i[2] , \s0_wb_dat_i[1] , \s0_wb_dat_i[0]  }),
-    .wb_sel_i({ \s0_wb_sel_i[3] , \s0_wb_sel_i[2] , \s0_wb_sel_i[1] , \s0_wb_sel_i[0]  }),
-    .wb_stb_i(s0_wb_stb_i),
-    .wb_we_i(s0_wb_we_i)
-  );
-  wbuart wbuart_dut (
-    .i_clk(wb_clk_i),
-    .i_cts_n(1'b0),
-    .i_reset(wb_rst_i),
-    .i_uart_rx(io_in[15]),
-    .i_wb_addr({ \s1_wb_adr_i[1] , \s1_wb_adr_i[0]  }),
-    .i_wb_cyc(s1_wb_cyc_i),
-    .i_wb_data({ \s1_wb_dat_i[31] , \s1_wb_dat_i[30] , \s1_wb_dat_i[29] , \s1_wb_dat_i[28] , \s1_wb_dat_i[27] , \s1_wb_dat_i[26] , \s1_wb_dat_i[25] , \s1_wb_dat_i[24] , \s1_wb_dat_i[23] , \s1_wb_dat_i[22] , \s1_wb_dat_i[21] , \s1_wb_dat_i[20] , \s1_wb_dat_i[19] , \s1_wb_dat_i[18] , \s1_wb_dat_i[17] , \s1_wb_dat_i[16] , \s1_wb_dat_i[15] , \s1_wb_dat_i[14] , \s1_wb_dat_i[13] , \s1_wb_dat_i[12] , \s1_wb_dat_i[11] , \s1_wb_dat_i[10] , \s1_wb_dat_i[9] , \s1_wb_dat_i[8] , \s1_wb_dat_i[7] , \s1_wb_dat_i[6] , \s1_wb_dat_i[5] , \s1_wb_dat_i[4] , \s1_wb_dat_i[3] , \s1_wb_dat_i[2] , \s1_wb_dat_i[1] , \s1_wb_dat_i[0]  }),
-    .i_wb_sel({ \s1_wb_sel_i[3] , \s1_wb_sel_i[2] , \s1_wb_sel_i[1] , \s1_wb_sel_i[0]  }),
-    .i_wb_stb(s1_wb_stb_i),
-    .i_wb_we(s1_wb_we_i),
-    .o_uart_tx(io_out[16]),
-    .o_wb_ack(s1_wb_ack_o),
-    .o_wb_data({ \s1_wb_dat_o[31] , \s1_wb_dat_o[30] , \s1_wb_dat_o[29] , \s1_wb_dat_o[28] , \s1_wb_dat_o[27] , \s1_wb_dat_o[26] , \s1_wb_dat_o[25] , \s1_wb_dat_o[24] , \s1_wb_dat_o[23] , \s1_wb_dat_o[22] , \s1_wb_dat_o[21] , \s1_wb_dat_o[20] , \s1_wb_dat_o[19] , \s1_wb_dat_o[18] , \s1_wb_dat_o[17] , \s1_wb_dat_o[16] , \s1_wb_dat_o[15] , \s1_wb_dat_o[14] , \s1_wb_dat_o[13] , \s1_wb_dat_o[12] , \s1_wb_dat_o[11] , \s1_wb_dat_o[10] , \s1_wb_dat_o[9] , \s1_wb_dat_o[8] , \s1_wb_dat_o[7] , \s1_wb_dat_o[6] , \s1_wb_dat_o[5] , \s1_wb_dat_o[4] , \s1_wb_dat_o[3] , \s1_wb_dat_o[2] , \s1_wb_dat_o[1] , \s1_wb_dat_o[0]  })
-  );
-  assign io_oeb = 38'b00000000000000000000000000000000000000;
+    .vccd1(vccd1),
+    .vssd1(vssd1),
+    .addr0({\sram_addr_b[8] ,
+    \sram_addr_b[7] ,
+    \sram_addr_b[6] ,
+    \sram_addr_b[5] ,
+    \sram_addr_b[4] ,
+    \sram_addr_b[3] ,
+    \sram_addr_b[2] ,
+    \sram_addr_b[1] ,
+    \sram_addr_b[0] }),
+    .addr1({\sram_addr_a[8] ,
+    \sram_addr_a[7] ,
+    \sram_addr_a[6] ,
+    \sram_addr_a[5] ,
+    \sram_addr_a[4] ,
+    \sram_addr_a[3] ,
+    \sram_addr_a[2] ,
+    \sram_addr_a[1] ,
+    \sram_addr_a[0] }),
+    .din0({\sram_din_b[31] ,
+    \sram_din_b[30] ,
+    \sram_din_b[29] ,
+    \sram_din_b[28] ,
+    \sram_din_b[27] ,
+    \sram_din_b[26] ,
+    \sram_din_b[25] ,
+    \sram_din_b[24] ,
+    \sram_din_b[23] ,
+    \sram_din_b[22] ,
+    \sram_din_b[21] ,
+    \sram_din_b[20] ,
+    \sram_din_b[19] ,
+    \sram_din_b[18] ,
+    \sram_din_b[17] ,
+    \sram_din_b[16] ,
+    \sram_din_b[15] ,
+    \sram_din_b[14] ,
+    \sram_din_b[13] ,
+    \sram_din_b[12] ,
+    \sram_din_b[11] ,
+    \sram_din_b[10] ,
+    \sram_din_b[9] ,
+    \sram_din_b[8] ,
+    \sram_din_b[7] ,
+    \sram_din_b[6] ,
+    \sram_din_b[5] ,
+    \sram_din_b[4] ,
+    \sram_din_b[3] ,
+    \sram_din_b[2] ,
+    \sram_din_b[1] ,
+    \sram_din_b[0] }),
+    .dout0({_NC1,
+    _NC2,
+    _NC3,
+    _NC4,
+    _NC5,
+    _NC6,
+    _NC7,
+    _NC8,
+    _NC9,
+    _NC10,
+    _NC11,
+    _NC12,
+    _NC13,
+    _NC14,
+    _NC15,
+    _NC16,
+    _NC17,
+    _NC18,
+    _NC19,
+    _NC20,
+    _NC21,
+    _NC22,
+    _NC23,
+    _NC24,
+    _NC25,
+    _NC26,
+    _NC27,
+    _NC28,
+    _NC29,
+    _NC30,
+    _NC31,
+    _NC32}),
+    .dout1({\sram_dout_a[31] ,
+    \sram_dout_a[30] ,
+    \sram_dout_a[29] ,
+    \sram_dout_a[28] ,
+    \sram_dout_a[27] ,
+    \sram_dout_a[26] ,
+    \sram_dout_a[25] ,
+    \sram_dout_a[24] ,
+    \sram_dout_a[23] ,
+    \sram_dout_a[22] ,
+    \sram_dout_a[21] ,
+    \sram_dout_a[20] ,
+    \sram_dout_a[19] ,
+    \sram_dout_a[18] ,
+    \sram_dout_a[17] ,
+    \sram_dout_a[16] ,
+    \sram_dout_a[15] ,
+    \sram_dout_a[14] ,
+    \sram_dout_a[13] ,
+    \sram_dout_a[12] ,
+    \sram_dout_a[11] ,
+    \sram_dout_a[10] ,
+    \sram_dout_a[9] ,
+    \sram_dout_a[8] ,
+    \sram_dout_a[7] ,
+    \sram_dout_a[6] ,
+    \sram_dout_a[5] ,
+    \sram_dout_a[4] ,
+    \sram_dout_a[3] ,
+    \sram_dout_a[2] ,
+    \sram_dout_a[1] ,
+    \sram_dout_a[0] }),
+    .wmask0({\sram_mask_b[3] ,
+    \sram_mask_b[2] ,
+    \sram_mask_b[1] ,
+    \sram_mask_b[0] }));
 endmodule

diff --git a/verilog/rtl/user_proj_example.v b/verilog/rtl/user_proj_example.v
index 41a13fb..f473a98 100644
--- a/verilog/rtl/user_proj_example.v
+++ b/verilog/rtl/user_proj_example.v

@@ -63,22 +63,21 @@
   output [              2:0] irq        ,
   // Port A
   output                     sram_csb_a ,
-  output [              7:0] sram_addr_a,
+  output [              8:0] sram_addr_a,
   input  [             31:0] sram_dout_a,
   // Port B
   output                     sram_csb_b ,
   output                     sram_web_b ,
   output [              3:0] sram_mask_b,
-  output [              7:0] sram_addr_b,
-  output [             31:0] sram_din_b,
-  output [             31:0] sram_dout_b
+  output [              8:0] sram_addr_b,
+  output [             31:0] sram_din_b
 );
   /*--------------------------------------*/
   /* User project is instantiated  here   */
   /*--------------------------------------*/
 
   localparam WB_WIDTH     = 32; // WB ADDRESS/DATA WIDTH
-  localparam SRAM_ADDR_WD = 8 ;
+  localparam SRAM_ADDR_WD = 9 ;
   localparam SRAM_DATA_WD = 32;
   localparam UART_ADDR_WD = 2 ;
   localparam UART_DATA_WD = 32;
@@ -108,7 +107,7 @@
   //---------------------------------------------------------------------
   wire                      s1_wb_cyc_i;
   wire                      s1_wb_stb_i;
-  wire [  UART_ADDR_WD-1:0] s1_wb_adr_i;
+  wire [               8:0] s1_wb_adr_o;
   wire                      s1_wb_we_i ;
   wire [  UART_DATA_WD-1:0] s1_wb_dat_i;
   wire [UART_DATA_WD/8-1:0] s1_wb_sel_i;
@@ -117,7 +116,8 @@
 
 
 
-
+  wire [8:0] concat_s0_addr;
+  wire [8:0] concat_s1_addr;
 
 
   wb_interconnect interconnect (
@@ -139,7 +139,7 @@
     .m0_wb_ack_o(wbs_ack_o  ),
     
     // Slave 0 Interface
-    .s0_wb_dat_i(s0_wb_dat_o),
+    .s0_wb_dat_i(sram_dout_a),
     .s0_wb_ack_i(s0_wb_ack_o),
     .s0_wb_dat_o(s0_wb_dat_i),
     .s0_wb_adr_o(s0_wb_adr_i),
@@ -152,7 +152,7 @@
     .s1_wb_dat_i(s1_wb_dat_o),
     .s1_wb_ack_i(s1_wb_ack_o),
     .s1_wb_dat_o(s1_wb_dat_i),
-    .s1_wb_adr_o(s1_wb_adr_i),
+    .s1_wb_adr_o(s1_wb_adr_o),
     .s1_wb_sel_o(s1_wb_sel_i),
     .s1_wb_we_o (s1_wb_we_i ),
     .s1_wb_cyc_o(s1_wb_cyc_i),
@@ -179,6 +179,7 @@
     // .s3_wb_stb_o()
   );
 
+
   sram_wb_wrapper #(
     `ifndef SYNTHESIS
     .SRAM_ADDR_WD(SRAM_ADDR_WD),
@@ -198,7 +199,7 @@
     .wb_we_i    (s0_wb_we_i ), // write
     .wb_dat_i   (s0_wb_dat_i), // data output
     .wb_sel_i   (s0_wb_sel_i), // byte enable
-    // .wb_dat_o(s0_wb_dat_o),  // data input
+    //.wb_dat_o(s0_wb_dat_o),  // data input
     .wb_ack_o   (s0_wb_ack_o), // acknowlegement
     // SRAM Interface
     // Port A
@@ -214,36 +215,34 @@
   );
 
   assign io_oeb = {(`MPRJ_IO_PADS){1'b0}};
-  assign io_out[14] = |sram_dout_b;
-
 
 
 
   wbuart wbuart_dut (
     `ifdef USE_POWER_PINS
-    .vccd1      (vccd1      ), // User area 1 1.8V supply
-    .vssd1      (vssd1      ), // User area 1 digital ground
+    .vccd1            (vccd1           ), // User area 1 1.8V supply
+    .vssd1            (vssd1           ), // User area 1 digital ground
     `endif
-    .i_clk            (wb_clk_i   ),
-    .i_reset          (wb_rst_i   ),
-    .i_wb_cyc         (s1_wb_cyc_i),
-    .i_wb_stb         (s1_wb_stb_i),
-    .i_wb_we          (s1_wb_we_i ),
-    .i_wb_addr        (s1_wb_adr_i),
-    .i_wb_data        (s1_wb_dat_i),
-    .i_wb_sel         (s1_wb_sel_i),
-    .o_wb_stall       (           ),
-    .o_wb_ack         (s1_wb_ack_o),
-    .o_wb_data        (s1_wb_dat_o),
-    .i_uart_rx        (io_in[15]  ),
-    .o_uart_tx        (io_out[16] ),
-    .i_cts_n          (1'b0       ),
-    .o_rts_n          (           ),
-    .o_uart_rx_int    (           ),
-    .o_uart_tx_int    (           ),
-    .o_uart_rxfifo_int(           ),
-    .o_uart_txfifo_int(           )
+    .i_clk            (wb_clk_i        ),
+    .i_reset          (wb_rst_i        ),
+    .i_wb_cyc         (s1_wb_cyc_i     ),
+    .i_wb_stb         (s1_wb_stb_i     ),
+    .i_wb_we          (s1_wb_we_i      ),
+    .i_wb_addr        (s1_wb_adr_o[1:0]),
+    .i_wb_data        (s1_wb_dat_i     ),
+    .i_wb_sel         (s1_wb_sel_i     ),
+    .o_wb_stall       (                ),
+    .o_wb_ack         (s1_wb_ack_o     ),
+    .o_wb_data        (s1_wb_dat_o     ),
+    .i_uart_rx        (io_in[15]       ),
+    .o_uart_tx        (io_out[16]      ),
+    .i_cts_n          (1'b0            ),
+    .o_rts_n          (                ),
+    .o_uart_rx_int    (                ),
+    .o_uart_tx_int    (                ),
+    .o_uart_rxfifo_int(                ),
+    .o_uart_txfifo_int(                )
   );
-  
+
 endmodule
 `default_nettype wire

diff --git a/verilog/rtl/user_project_wrapper.v b/verilog/rtl/user_project_wrapper.v
index 774112b..aa0deb5 100644
--- a/verilog/rtl/user_project_wrapper.v
+++ b/verilog/rtl/user_project_wrapper.v

@@ -72,8 +72,8 @@
 
 
 
-  wire [ 7:0] sram_addr_a;
-  wire [ 7:0] sram_addr_b;
+  wire [ 8:0] sram_addr_a;
+  wire [ 8:0] sram_addr_b;
   wire [31:0] sram_dout_a;
   wire [31:0] sram_dout_b;
   wire [31:0] sram_din_a ;
@@ -114,13 +114,12 @@
     .sram_web_b (sram_web_b ),
     .sram_mask_b(sram_mask_b),
     .sram_addr_b(sram_addr_b),
-    .sram_din_b (sram_din_b ),
-    .sram_dout_b(sram_dout_b)
+    .sram_din_b (sram_din_b )
   );
 
 
 
-  sky130_sram_1kbyte_1rw1r_32x256_8 u_sram1_1kb (
+  sky130_sram_2kbyte_1rw1r_32x512_8 u_sram1_2kb (
     `ifdef USE_POWER_PINS
     .vccd1 (vccd1      ), // User area 1 1.8V supply
     .vssd1 (vssd1      ), // User area 1 digital ground
@@ -132,7 +131,7 @@
     .wmask0(sram_mask_b),
     .addr0 (sram_addr_b),
     .din0  (sram_din_b ),
-    .dout0 (sram_dout_b),
+    .dout0 (),
     // Port 1: R
     .clk1  (wb_clk_i   ),
     .csb1  (sram_csb_a ),