FPGA Design & Prototyping

Our FPGA team builds production-grade designs for programs where reliability, determinism and certification matter. We work from early architecture through RTL coding, functional verification, timing closure and on-board validation, on device families from AMD Xilinx, Intel Altera, Microchip and NanoXplore. Whether your project needs a latency-critical DSP pipeline, a high-speed SerDes fabric or a rad-tolerant avionics payload, we've built it before.

WHAT WE DELIVER

RTL DESIGN

VHDL and SystemVerilog, safety-critical coding guidelines

VERIFICATION

UVM, UVVM, OSVVM and formal methods

HIGH-SPEED INTERFACES

PCIe Gen5/6, DDR5, 100/400G Ethernet, 28G–224G SerDes, JESD204C

DSP & SIGNAL PROCESSING

Digital receivers, beamforming, FFT engines, MATLAB/HDL Coder flows

SOC INTEGRATION

Zynq UltraScale+, Versal, Agilex SoC, NanoXplore NG-Ultra

ON-BOARD VALIDATION

In-lab testing, timing closure, FPGA-in-the-loop test benches

OUR PROCESS

Requirements & Architecture

System-level requirements capture, device selection, architecture definition and feasibility analysis.

RTL Design & IP Integration

Coding in VHDL/SystemVerilog with safety-critical guidelines, third-party IP integration and block-level simulation.

Functional Verification (UVM)

Constrained-random and directed testing, coverage closure, formal property checking and regression runs.

Place, Route & Timing Closure

Implementation, floorplanning, static timing analysis and sign-off across process, voltage and temperature corners.

Validation & Hand-off

Hardware-in-the-loop testing, documentation package, source handover and optional long-term support agreement.

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Expertise:
AMD Xilinx · Intel Altera · Microchip · NanoXplore
Standards:
DO-254 DAL-A · MIL-STD-1553 · ARINC 664
Delivery:
RTL source · testbenches · documentation
Contact:
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