tapeout

Z80 open-source silicon clone. Goal is to become a silicon proven, pin compatible, open-source replacement for classic Z80.

A collection of free educational materials, most of which are interactive or 3D animated. (See README below). You may find inspiration for measurement techniques here. They may improve your comprehension of STEM topics & even writing.

TinyTapeout submission with the SN76489 Digital Complex Sound Generator (DCSG) programmable sound generator (PSG) chip from Texas Instruments.

Atari 2600 Open-source System-on-Chip (SoC)

Submission template for TT02

An open source SDR SDRAM controller based on the AXI4 bus and verified by FPGA and tapeout. It can support memory particles of different manufacturers and models through parameter configuration.

Silicon-proven INT8 systolic NPU (8×8 MAC array) taped out on SkyWater 130nm via LibreLane. Features a custom 32-bit ISA, UART–APB host interface, and fused streaming datapath. Validated on chest X-ray pneumonia detection. Silicon Sprint 2026 — AUC.

Logarithmic DAC for AY8913 and SN76489 programmable sound generators (Done as part of Zero To ASIC Analog course)

RISC-V ASIC design reference

TinyTapeout submission with the AY-3-8913 a 3-voice programmable sound generator (PSG) chip from General Instruments.

TinyTapeout submission with the SAA1099 a 6-voice programmable sound generator (PSG) chip from Philips.

Rule110 Cellular Automata ASIC for Tiny Tapeout 05

Connectome-constrained circuit synthesis: the fly giant-fiber escape reflex as exhaustively verified NAND/LATCH netlists

Automatic Differentiation for EDA written in pure Rust with klayout (rust) verification bench

GDSII & OASIS layout parsing and WebGL2 rendering for the browser — the engine behind the GDS Lens VS Code extension

A repository hosting the source of SoC-tapeout babysitting tutorial.

Tapeout of "Clock Domain Crossing FIFO" module using Tinytapeout(tt07) shuttle

Beginner-friendly, Docker-based starter kit for designing a GF180MCU chip from RTL to a manufacturable GDSII — simulate, verify, and harden a working example, then make it yours and submit it to a wafer.space shuttle.

A Wavy and Rainbowy Single-Tile Submission to the TT08 Demoscene Competition

ECOS Studio Documentation.