We deliver the FPGA / RTL logic your product needs — interfaces, pipelines and accelerators on AMD/Xilinx and Intel/Altera — shipped with reference code so your features work on day one.
Our senior engineers own the full RTL flow — from architecture and silicon selection through timing closure and verification — for each client platform.
We define the FPGA architecture and pick the right device for your logic, DSP, I/O, power and cost envelope — not a stock eval board.
Verilog / SystemVerilog RTL for interfaces, pipelines and custom accelerators — clean, reviewable and reusable.
Signal-processing pipelines and HLS operators where they belong — filtering, FEC, imaging and offload logic.
Constraint-driven implementation and timing closure at the clock rate your product actually needs.
Simulation testbench, directed and random testing — the logic is proven before it reaches the board.
Delivered with reference code and documentation, so your team integrates fast and owns the stack.
We pick the right device across two FPGA families — and design the flow to match.
Each phase has hard deliverables and a go/no-go gate, so the logic lands on the board working.
Silicon selection, resource budget and block diagram.
Verilog / SystemVerilog RTL and simulation testbench.
Directed and random testing, coverage closure.
Constraint-driven implementation at target clock.
On-board bring-up, reference code and handoff.
The FPGA runs your product, but a finished product also needs the carrier board it sits on and the firmware that drives it. We own all three end-to-end, so nothing is lost between vendors.
Integrates the module into your product — I/O, power, thermal, mechanics.
Learn More → </>The RTL logic your product runs on — interfaces, pipelines, accelerators.
You are here { }BSP, drivers and host software that bring the board to life.
Learn More →Leave out any one and you don’t have a product yet — all three are essential, and one senior team delivers them together.
Tell us the interfaces, throughput and target silicon. We’ll propose the FPGA scope and deliver it with reference code.