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Fpga Learning projects

FPGA learning introduces digital logic by loading a hardware bitstream rather than only running sequential microcontroller code. Vicharak’s Shrike-lite starter flow uses the board’s RP2040 to configure a separate 1,120-LUT Renesas ForgeFPGA, beginning with a tested design that blinks the FPGA-connected user LED on pin 16. The manufacturer documents MicroPython, CircuitPython and Arduino host routes plus Verilog generation, but beginners should keep the first test narrow: install the Shrike-lite firmware, copy the current prebuilt LED bitstream and call the supplied shrike.flash() helper. Do not substitute firmware for RP2350 Shrike or ESP32-S3 Shrike-fi. Keep every external signal at 3.3 V and use only one documented power input at a time. Compare compatible devices, explore original projects and use the linked guides to get moving.

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Sources

Sources and further reading

Original project pages, manufacturer documentation and repositories used while preparing this page. Last reviewed .

  1. Getting Startedvicharak-in.github.io
  2. Hardware Overviewvicharak-in.github.io
  3. vicharak-in/shrikeGitHub repository

Fpga Learning project ideas and builds

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beginnertime varies1 device

Shrike-lite FPGA LED blink

Load Vicharak’s tested LED bitstream through the RP2040 to blink the Shrike-lite’s FPGA-connected user LED.

fpga learning

Devices for fpga learning projects

Shrike-lite product photograph
Vicharak product image ↗
Vicharakintermediate

Shrike-lite

Open-source RP2040 and 1,120-LUT ForgeFPGA development board with a six-bit MCU–FPGA link, PMOD connector, breadboard-friendly GPIO and USB-C.

Platform
Raspberry Pi RP2040 with Renesas ForgeFPGA SLG47910V, Arduino/MicroPython/CircuitPython/Verilog · Arduino
Builds
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