End-to-end
IC design & verification.
From micro-architecture to tapeout-ready deliverable — every capability is applied with the same rigor we expect from commercial IP vendors.
Synthesizable SystemVerilog & AMBA protocols.
We design clean, parametrizable IP Cores in IEEE 1800-2017 SystemVerilog. All interfaces strictly conform to ARM AMBA specifications — APB3 for lightweight peripheral-class IPs, AXI4 for high-performance controllers.
UVM 1.2 methodology, constrained-random.
We build complete UVM environments from scratch — parameterized agents, constrained-random sequences, bus-functional monitors, reference-model scoreboards, and functional/code coverage collectors. Target: 100% coverage closure, no exceptions.
Everything we do,
end to end.
IEEE 1800-2017 compliant, lint-clean, synthesis-proven RTL for FPGA and ASIC targets. Parametrizable width and features via localparams and generate blocks.
Full-stack UVM environments: agent, sequencer, driver, monitor, scoreboard, coverage collector. Constrained-random stimulus for complete scenario coverage.
AMBA-compliant interfaces for zero-friction integration into SoC and MCU toplevels. Reference integration examples provided for popular RISC-V SoC frameworks.
Register-level datasheets, timing diagrams for all bus transactions, and step-by-step integration guides. Versioned in Git alongside RTL.
GitHub Actions workflows run simulation regressions on every commit. Coverage reports are generated automatically and tracked against targets.
All deliverables — RTL, testbench, documentation, CI scripts — released publicly under MIT license. No registration, no fees, immediate access.
Tools & standards.