FPGA RTL Design Services
Staff augmentation for US-based teams shipping FPGA-backed products. We deliver RTL that’s implementable: integration-ready, constraints-aware, and built with timing closure and bring-up in mind.
RTL you can turn into a stable bitstream
FPGA work punishes “paper RTL.” The difference between a clean simulation and a stable system is usually clocks, resets, CDC, constraints assumptions, and integration details. We build RTL with those realities front and center.
Where we help most
Pipeline and interface choices informed by implementation reality. We design for closure: predictable critical paths, clean constraints assumptions, and debuggable structure.
AXI-style interfaces, DMA semantics, reset behavior, and firmware-facing APIs documented so hardware/software teams can integrate quickly.
Pragmatic CDC approach, clear clock-domain boundaries, and reset strategy that avoids bring-up surprises.
Instrumentation hooks, lab-friendly debug strategy, and fast iteration so you can get to stable demos and system validation.
How we work
We integrate into your engineering workflow as staff augmentation. We adapt to your vendor ecosystem and toolchain and ship reviewable changes with clear context.
If your FPGA is part of a Linux-capable platform, we emphasize stable software-facing behavior: register maps, interrupt/DMA semantics, and integration notes that help firmware and driver teams move fast.
Frequently asked questions
Do you do SystemVerilog, Verilog, and VHDL?
Yes. We work in the language and conventions your codebase uses.
Do you handle timing closure?
We design with timing closure in mind and can help you push a design through closure by fixing architectural and RTL-level bottlenecks and aligning constraints assumptions with implementation reality.
What kind of programs have you supported?
We’ve supported consumer and defense programs over 10+ years in business.
Need FPGA RTL design support?
Tell us your device family, interfaces, and schedule. We’ll propose an onboarding plan and the first deliverables we’d drive.
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