FPGA Zero FAQs

Question 1

How does FPGA Zero enable AI assistants to automate FPGA design?

Accepted Answer

It uses the Model Context Protocol (MCP) to allow AI assistants to directly interact with the FPGA toolchain, automating tasks like searching for IP, linting HDL, synthesizing designs, and running simulations via simple commands.

Question 2

Which FPGA targets and CAD tools are supported by FPGA Zero?

Accepted Answer

FPGA Zero supports various FPGA targets like iCE40, ECP5, Nexus, and Gowin for full place-and-route, and Xilinx/Intel for synthesis only. It integrates with open-source CAD tools such as Yosys, nextpnr, iverilog, and Verilator.

Question 3

How does the IP core registry function within FPGA Zero?

Accepted Answer

The live IP core registry integrates directly with GitHub, enabling users to search for and import open-source FPGA IP repositories. It supports FuseSoC CAPI2 metadata and facilitates generating parameterized core instances for your designs.

Question 4

What is FPGA Zero?

Accepted Answer

FPGA Zero is a comprehensive, open-source toolchain that empowers AI assistants with full FPGA development capabilities, including linting, simulation, synthesis, place-and-route, and IP core management.

Question 5

What types of FPGA tasks can AI assistants perform with FPGA Zero?

Accepted Answer

AI assistants can automate HDL linting and formatting, simulate designs, synthesize for various FPGA targets, perform place-and-route, and manage IP cores by searching, importing, and generating them directly from GitHub.

FPGA Zero

FPGA Zero

Key Features

Use Cases

Key Features

Use Cases