ASIC implementation flow infrastructure, successor to OpenLane
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Updated
Oct 5, 2026 - Python
ASIC implementation flow infrastructure, successor to OpenLane
A novel Design-for-Test flow using LibreLane
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.
Firmware-driven dual-die RV32 chiplet SoC with GCC/ISS co-verification, DMA/AES offload, UPF 4.0 low-power intent, async CDC, real UVM, formal, and open-source coverage.
Agentic, evidence-driven Spec-to-RTL-to-GDS workflow with verified RTL and managed LibreLane implementation
BLogic MCU - RISC-V (CV32E40P, RV32IMC) microcontroller SoC with a custom AXI4 interconnect and a TinyConv keyword-spotting AI accelerator (21× vs software). sky130 GDSII signed off at 27 MHz, runs on a Genesys 2 FPGA at 50 MHz, JTAG debug. TEKNOFEST 2026 Chip Design Competition - OSTİM Technical University
AI/LLM-assisted circuit design using opensource tools
Chipathon 2026 workshop padring fork of wafer-space/gf180mcu-project-template - adds a workshop slot mirroring JuanMoya/padring_gf180 as a native LibreLane slot.
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.
Browser cockpit & IDE for the LibreLane RTL-to-GDS chip flow — run, verify, and explore silicon flows without living in a terminal.
Parameterized 32-bit ASIC ALU taken from RTL through synthesis, technology mapping, physical design, signoff, and GDSII generation using SKY130A. Includes multi-generation RTL history, 64-bit scaling experiments, verification, synthesis, and physical-design results.
Simple Systolic array implementation
Chipathon GF180MCU LibreLane examples: 5 hands-on notebooks (counter bare-block, chip-top with macro, workshop slot use, multi-macro counter+ALU) for the chipathon-2026-gf180mcu-padring fork.
A template for chip designs that prove they work: tests that can fail, an RTL-to-GDSII flow, and a results page on every commit.
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