Ultra-Low Latency Solutions
Measured in nanoseconds.
For two decades, Orthogone has built the FPGA designs where latency is the product: trading systems, telecom transport, line-rate capture. A proven framework and a catalogue of IP cores, supported by the engineers who wrote the RTL.
Modern high-performance systems are hitting the limits of software networking and host processing. They demand deterministic latency, minimal jitter, and sustained line-rate throughput, forcing architects to offload critical functions into optimized FPGA hardware.
Our products
Two ways to boost your trading infrastructure
ULL FPGA Framework
The battle-tested foundation our own engineers build on — I/O, clocking, datapath and host interfaces already solved, verified and timing-closed. Start at the interesting problem.
ULL FPGA IP Cores
A catalogue of production cores engineered for the lowest latency the silicon allows — Ethernet MAC/PCS from 1G to 100G, a hardware TCP/UDP/IP stack, and high-throughput PCIe DMA.
Optimized FPGA IP Cores for accelerating the core of performance-critical applications
Moving industries forward
Ultra-low latency networking solutions built for speed
In latency-critical industries such as fintech, defense, telecom, HPC, and industrial IoT, network performance directly impacts competitiveness and reliability. Ultra-low latency FPGA IP cores deliver the deterministic connectivity required to power next-generation systems.
High-Frequency Trading
Nanosecond-level FPGA acceleration for high-frequency trading infrastructure
High-Frequency Trading
Trading systems and FPGA acceleration where nanoseconds settle the P&L.
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Aerospace & Defense
From bits to antenna: system architecture, FPGA acceleration, embedded software, DSP and AI.
Aerospace & Defense
Rugged, certifiable electronics and signal processing for airborne and ground platforms.
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Industrial IoT
Edge-to-cloud systems enabling real-time data collection
Industrial IoT
Edge nodes, gateways and connectivity for factories, energy and infrastructure.
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High Performance Computing
Update and develop innovative connected medical devices.
High Performance Computing
Instruments and connected devices designed for reliability, safety and regulatory review.
Telecom
High-Volume, low-latency data processing and networking
Telecom
High-speed data path and packet processing for the network edge and access layer.
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Data Centers
Scalable, secure network infrastructure and hardware acceleration
Data Centers
SmartNICs, storage acceleration and low-latency fabrics for AI-scale infrastructure.
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Here are the answers to some frequently asked questions:
What is your business model?
We license semiconductor IP cores and provide design services. For IP cores, we typically charge an upfront license fee which is invoiced when the product is delivered.
Do you have a reference in design?
Yes. We have a few FPGA reference designs (Xilinx and Intel PSG) that we can provide to help you integrate the cores in your design.
What licensing models do you support?
Our licensing models are flexible. We offer per-project and per-site licensing options to suit your needs, your business, and your budget. Please contact us for more information.
Do you provide support?
Technical support and updates are included in the first year after delivery of the IP cores. It’s generally via email and conference calls. It is also possible to extend the support, updates and maintenance period.