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When the design has to work in space, under the sea, or in a corner where power, performance and cost all pull against each other, we're the team you bring in. We come from research, and we do our best work on designs that push the state of the art.
Got a design working in the lab, but no clear path to a product? That’s where we help. We take research-grade FPGA designs and make them ready for the real world: silicon sized to the job, logic that’s verified, and hardware built for wherever it’s going.
Your team brings the algorithm; we turn it into logic that meets the size, weight, power and timing limits of a fielded system.
We turn your requirements into DSP slices, block RAM, logic and transceivers, so you target a device that fits, with room to grow and no wasted silicon. Radiation-tolerant or unusual thermal limits? We design for them from day one.
We benchmark your workload and estimate what an FPGA would buy you, in throughput, latency, power, heat or security. Often the answer is a hybrid, with the hot spots moved into custom RTL accelerators.
IP can save months, or cost them when it doesn't quite fit. We'll walk you through the trade-offs in performance, resources, licensing and support, and write custom RTL where it earns its place.
Won't meet timing, or won't fit? We find out why, get it working, and add the verification that keeps it working.
High-speed data movement, active sensing and signal processing are where we're strongest. A few of the systems we've built, or helped design:
Full custom radar systems, from the data converters to beam steering and signal processing.
Array inspection systems that capture every sample: one streams A-scan data from 256+ sensors to SSD at a sustained 420+ MB/s.
LiDAR systems, from the sensor front end to real-time processing on compact, rugged hardware.
Real-time object detection running right in the FPGA fabric, including pedestrian detection for driver-assistance systems.
Our founders came out of a university research lab and hold doctorates and patents in emerging FPGA architectures. We understand FPGAs down to the silicon, and that research background means we understand the physics behind your system, not just the logic.
AMD/Xilinx
Intel/Altera
Transceiver-based serial
Parallel and memory
On-chip buses
Digital filtering
Frequency and phase
Correlation and detection
I/Q processing
Precision measurement
High-performance DSP architecture