Plan
Turn circuit requirements and design documents into module plans, interfaces, states, and verification tasks.
genRTL Agents · Multi-agent RTL workbench
Bring RTL engineering into the multi-agent era
genRTL is an RTL-native agent workbench for ASIC and FPGA engineers. Specialized agents plan architecture, implement and verify Verilog/SystemVerilog in parallel, grounded by the genRTL knowledge base and reusable CBB/IP blocks.
Core capabilities
- Verilog and SystemVerilog RTL generation
- Architecture planning from design specifications
- Simulation-driven RTL debug and repair
- Assertion-aware verification
- Parallel agents for architecture, RTL, verification, and diagnostics
- Reusable CBB/IP component library
Implement
Generate Verilog/SystemVerilog RTL for UART, SPI, I2C, FSM, datapath, controller, and reusable IP workflows.
Repair
Use simulation logs and assertions to locate RTL failures and iterate toward verified code.
What is genRTL?
genRTL is an AI-native RTL design IDE for hardware engineers. It turns circuit specifications and design documents into Verilog/SystemVerilog RTL, helps debug failures with simulation logs and assertions, and supports reusable CBB/IP components for ASIC and FPGA workflows.
What is genRTL?
genRTL Agents is a multi-agent RTL workbench for ASIC, FPGA, digital IC front-end, and RTL engineers.
Can genRTL generate Verilog RTL?
Yes. genRTL can generate Verilog RTL from specifications, module requirements, and design documents, then help create testbench and simulation checks.
Does genRTL support SystemVerilog?
Yes. genRTL supports SystemVerilog RTL, interfaces, assertions, and verification-oriented code changes.
Is genRTL useful for FPGA design?
Yes. genRTL supports FPGA workflows with RTL generation, module planning, simulation debug, and reusable CBB/IP components.
Is genRTL useful for ASIC front-end design?
Yes. genRTL supports ASIC front-end workflows including architecture planning, RTL implementation, assertion checks, and simulation-driven repair.
How does genRTL debug RTL?
genRTL uses simulation logs, assertion failures, waveform clues, and design context to identify RTL issues and produce repair suggestions or code patches.
How is genRTL different from general AI coding assistants?
genRTL combines an RTL-native agent core, direct access to professional knowledge, and CBB reuse so architecture, implementation, and verification agents can move ASIC/FPGA projects forward in parallel.