Low-latency FPGA for trading
We build tick-to-trade paths in FPGA: market data in, decision, order out, measured in nanoseconds.
The problem
In trading, the slowest stage sets your latency. Software stacks, kernel paths and PCIe crossings each add time. The work is keeping the critical path in hardware and accounting for every nanosecond with measurement.
What we build
- Market data feed handlers
- Order book building in hardware
- Order entry and pre-trade risk checks
- Low-latency PCIe DMA to the host
- Hardware timestamping and latency measurement
Proof
Markets
- Proprietary trading firms
- Market makers
- Crypto market makers
- Brokers and venues
Frequently asked questions
Do you work on our existing FPGA platform?
Yes. We design for your boards and toolchain, on AMD or Altera devices.
How do you measure latency?
With hardware timestamps at each stage of the path, so every nanosecond is accounted for.
Can the host still see the data?
Yes, through a low-latency DMA path that keeps the critical decision in hardware.
Related
Discuss your project
Share the target, interfaces, and timeline. We’ll tell you what we’d take on first.