We build reconfigurable hardware platforms that give your instruments real-time processing, sub-microsecond latency, and the flexibility to evolve with your research.
Four pillars that let you ship faster without compromising on performance or control.
Start from a proven FPGA SoC module. Skip months of board-level bring-up and focus on your application logic from day one.
Run a full Linux environment on-chip: filesystem, networking, user management. Write your application in C, Python, or any language you prefer.
Compose your system from reusable IP cores. Swap, extend, or add custom blocks without redesigning the full signal chain.
Deterministic, low-latency processing where it matters. FPGA fabric handles the time-critical path while Linux manages the rest.
Too many teams spend months wrestling with low-level hardware before they can even start working on the experiment that matters. We think that's backwards.
Fourier Instruments provides turnkey FPGA SoC platforms so you can focus on what you actually measure, control, and discover — not on writing yet another SPI driver.
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We know your problems because we've had them ourselves — in the lab, on the bench, at 2 AM before a deadline.
Technical notes, event recaps, and perspectives on the FPGA instrumentation ecosystem.
Črt Valentinčič explains how reconfigurable FPGA tools let photonics teams iterate at the speed of their experiments, not their hardware vendor.
Read more →Highlights from the AMD Adaptive SoC roadshow: what Versal, Zynq UltraScale+ and Spartan mean for next-gen instrumentation.
Read more →How One Ware and Altera fit a CNN into a low-cost FPGA for real-time quality control on the production line.
Read more →Whether you need a turnkey module or a fully custom FPGA design, we'd love to hear about your project.
