FPGA RTL Verification Services
Staff augmentation for US-based teams building FPGA-backed products. We verify with the full system in mind: clocks/CDC, protocol behavior, integration boundaries, and a realistic path to lab validation.
De-risk the bitstream milestone
FPGA verification isn’t just “DV like ASIC.” Integration and bring-up are where schedules slip: CDC edges, reset behavior, interface assumptions, and software-facing semantics. We focus verification effort where it prevents real delays.
What we do
Block tests plus integration-level sims with realistic BFMs so problems surface before hardware time is wasted.
Reusable agents/monitors/scoreboards when a project benefits from structure and long-term maintainability.
Protocol properties and invariants that catch integration mistakes early and reduce waveform archaeology.
Lab-ready validation: instrumentation strategy, self-test modes, and debug hooks aligned to your milestones.
Linux-capable systems
When your FPGA sits behind Linux drivers, the “hardware/software contract” matters: register maps, interrupt behavior, DMA ordering, and corner cases under load. We verify those semantics early and document them for the software team.
Frequently asked questions
Do you do CDC checks?
Yes. We treat CDC and reset behavior as first-class verification concerns because they’re common sources of bring-up failures.
Is UVM required?
No. We use UVM when it improves scale and reuse. For some FPGA programs, targeted testbenches + assertions + integration sims are the fastest, most maintainable path.
What experience do you bring?
10+ years in business supporting consumer and defense programs.
Need FPGA verification help?
Tell us the device family, interfaces, and your milestone date. We’ll propose a verification plan that maps to integration and bring-up reality.
Request Free Consultation