FPGA / DSP PROCESSING
High-throughput computing, built on proven silicon.
We design FPGA-based platforms on AMD/Xilinx, Intel/Altera and Microchip families — from networking offload to DSP pipelines to market-data paths.
We design FPGA-based platforms on AMD/Xilinx, Intel/Altera and Microchip families — from networking offload to DSP pipelines to market-data paths.
Most FPGA houses are pure RTL shops. We ship the full vertical — silicon choice, board, FPGA, firmware and host-side software — which means one team owns the trade-offs instead of three vendors arguing at integration time.
Every project is staffed with engineers who’ve shipped production FPGA programs before. We don’t pass junior work through a reviewer and call it senior engineering.
The fastest FPGA reference designs rarely match the customer’s actual cost, power, I/O or thermal envelope. We start from your constraints and pick the right die, package and peripherals — not from a stock eval board.
We write SLAs into the statement of work: clock rate, latency, resource utilization, power at load. If we miss a spec, it’s a contract issue, not an excuse.
Same team, same toolchain, same documentation standard whether you’re building 5 prototypes for a pilot or transferring 10,000 boards/year into contract manufacturing. The design package is built for handoff from day one.
We track BOM, engineering hours and schedule risk weekly and surface overruns before they hurt. Cheap wins come from right-sizing the silicon and reusing proven IP — not from skipping verification.
We don’t have a favorite vendor — we have a favorite fit. Every project starts with a rigorous part-selection trade-off across logic density, DSP slices, I/O, power, toolchain risk and BOM cost.
FPGAs aren’t universally better — they’re surgically better for specific classes of workload. These are the three we build for most often.
Line-rate firewall, packet classification, DPI and smartNIC prototyping up to 100 GbE. Deterministic dataplane with microsecond-scale latency.
Learn more →Nanosecond-scale tick-to-trade paths with hardware-timestamped packet ingress, FIX/ITCH/OUCH decoders and direct-feed arbitration.
Learn more →Our clients span regulated and unregulated markets alike. The unifying thread: they need deterministic compute on workloads where general-purpose silicon leaves too much on the table.
Each phase has hard deliverables and a go/no-go gate. Typical turnaround: 4-9 months from kickoff to shipping board, depending on complexity.
Part-selection trade-off, block diagram, FPGA resource budget, power/thermal estimate.
Verilog / SystemVerilog RTL, simulation testbench, code-coverage > 90%.
UVM / cocotb environment, directed + random testing, timing closure > 500 MHz typical.
Board bring-up, silicon characterization, firmware-host integration, perf validation.
DFM review, test fixture, calibration, factory documentation, 10-year support plan.
Representative scope + outcome for three recent programs. Full case studies available to qualified prospects under mutual NDA.
Scope: packet classifier + DPI on Kintex UltraScale. Outcome: line-rate 100 GbE at <500 ns dataplane latency. Timeline: 9 months kickoff → ship.
Scope: FIX/ITCH decoder + matching logic on AMD UltraScale+ platform. Outcome: 85 ns tick-to-trade, deterministic. Timeline: 6 months.
Talk to our Singapore engineering team about your RF, FPGA/DSP, or AI inference project. We'll help you pick the right silicon and ship on time.