| 4.2. Generated Layer and Generation rules |
| ========================================= |
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| The following layers are generated from drawn layers through data manipulation and do not have to be |
| drawn by the designer. |
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| .. csv-table:: Generated layers |
| :file: tables_clear/4.2_GENERATED_LAYER.csv |
| :widths: 200, 800 |
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| .. note:: |
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| 1. Refer to spec YI-093-GR008 for details on the dummy active, poly and metal generation rule. |
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| 2. Data polarity is reversed (see table 4.3). Union of Nwell with “NativeVt” is used only when Native-Vt NMOS is required. Otherwise, use NWELL. |
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| 3. The layers will be generated for all tape outs unless there are strong reasons for not using GLOBALFOUNDRIES generation algorithms. If use of designer-supplied DTN, DTP, DHVN layers are necessary, GLOBALFOUNDRIES will perform DRC on these layers according to the following table and tape out these layers if no DRC violations are found. |
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| .. csv-table:: Iniline_table |
| :file: tables_clear/4.2_inline_table_notes.csv |
| :widths: 200, 200 ,400 |
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| 4. Remove non-digitized areas on field smaller than 1µm2 |
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| 5. NVT and PVT layers are used for ULP (Ultra Low Power) SRAM process only. |
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| 6. For PIB to be processed in FAB2, PIB is (Pad@10.00@-5.00). For PIB to be processed in FAB6, PIB is (Pad@10.00@-10.00). Refer to 4.3 for data polarity. |
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| 7. GLOBALFOUNFRIES reserves the right to add some “clean up” steps to improve process manufacturability |
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