| commit | e66a4127b1694fef6ad06823d17bfd5641ca1c2c | [log] [tgz] |
|---|---|---|
| author | Sean Cross <sean@xobs.io> | Mon Dec 26 17:24:11 2022 +0800 |
| committer | Sean Cross <sean@xobs.io> | Mon Dec 26 17:24:11 2022 +0800 |
| tree | 806cb01998d061709431f4ec7741db725092c501 | |
| parent | d0d97340883db78a8adcc27e0cfe8f6b53a88d7a [diff] |
config.json: increase die area With the newly-functional design, we need a larger die area. Signed-off-by: Sean Cross <sean@xobs.io>
A project designed to demonstrate Raspberry Pi PIO on GF180 using the Caravel harness.
Refer to README for a quickstart of how to use caravel_user_project
Refer to README for this sample project documentation.
You will need a Linux environment with Docker. Once you have that, you can set things up:
mkdir -p deps export OPENLANE_ROOT=$(pwd)/deps/openlane_src # you need to export this whenever you start a new shell export PDK_ROOT=$(pwd)/deps/pdks # you need to export this whenever you start a new shell export PDK=gf180mcuC # you can also use sky130B
These steps are included in activate-caravel.sh, which you can just source.
Next, do a one-time setup of the project.
make setup
Next, perform the synthesis, which will take anywhere between 30 minutes and 3 hours:
make wb_pio
When it's done, the resulting files will be in openlane/wb_pio/runs/$CURRENT_DATE_TIME/results/final/.
You can run the testbench using iverilog, which will generate a .vcd file:
make verify-wb_pio_test-rtl
You can then inspect the .vcd file by using a tool such as gtkwave to view verilog/dv/wb_pio_test/RTL-wb_pio_test.vcd