ChipVerify
700+ Examples 13 Courses 100K+ Monthly Readers Lab Browser-Based EDA
Browser-Based EDA Platform

Simulate, Synthesize & Analyze — No Installation Needed

Lab ChipVerify gives you professional-grade digital design tools in your browser. Write Verilog, run simulations, synthesize with SkyWater 130nm PDK, view waveforms, and analyze timing — all from one platform.

  • Icarus Verilog & Verilator simulators
  • Yosys synthesis with SkyWater PDK
  • Static timing analysis (OpenSTA)
  • Interactive waveform viewer
  • FSM extraction & schematic view
  • Lint checking & code quality
  • Shareable project links
  • GitHub import & sync
Try the Lab ! Read the Guide
Lab ChipVerify - Verilog Simulation

Verilog Simulation with Waveform Viewer

Lab ChipVerify - RTL Synthesis

RTL Synthesis with SkyWater PDK

Recommended Learning Path

Start with the foundations, then follow the track for the role you want.

Start here
1 Digital Design Logic gates, flip-flops, FSMs and timing: the foundation everything else builds on. 2 Verilog Describe hardware in the industry-standard HDL and simulate what you build. 3 Computer Architecture How a processor runs programs: instructions, pipelines, caches and memory. 4 Bus Protocols How blocks talk: handshakes, APB, AHB and AXI, plus UART, SPI and I2C.
Design track
For RTL, synthesis and physical design roles
5 SystemVerilog for Design The synthesizable subset: logic, enums, structs, always_ff, interfaces and packages. 6 SoC Design Plan a whole chip: buses, memory, interrupts, clocks, power and sign-off. 7 RTL Synthesis Turn Verilog into real gates with Yosys and the SkyWater 130nm PDK. 8 Static Timing Analysis Check that every path meets timing: setup, hold, clocks and constraints. 9 Physical Design Floorplan, place, build the clock tree and route: from netlist to layout. + Power Format (UPF) Optional Add power domains, isolation and retention for low-power chips.
Verification track
For design verification (DV) roles
5 Verification Testbenches, constrained-random stimulus, checking and functional coverage. 6 SystemVerilog Classes, interfaces, randomization and assertions for modern testbenches. 7 UVM Build reusable, scalable testbenches the way chip companies do. 8 Formal Verification Prove properties for every input instead of simulating a few. 9 SoC Verification Verify whole chips: C tests on the CPU, interconnects, interrupts and DMA. 10 Post-Silicon Validation Bring up and debug the real chip, from first power-on to production.