Orthogone at STAC Summit London 2026

Connect with us in London, and discover what FPGA acceleration looks like when engineering expertise meets purpose-built hardware.

Orthogone Technologies is pleased to announce its participation in the STAC Summit London Spring 2026, taking place on April 29, 2026, at Convene, 200 Aldersgate, London.

The STAC is the premier gathering where leaders in trading technology, quantitative research, and financial infrastructure come together to share insights and tackle the most demanding challenges in ultra-low latency, high-performance computing, and data-intensive systems.

As a trusted partner in FPGA design and low-latency engineering, Orthogone will be engaging with the European and global financial community at this event — and we are particularly excited to be joining forces with our technology partner Blackcore Technologies to showcase what is possible when FPGA engineering expertise meets purpose-built, overclocked server hardware designed for electronic trading.

About the STAC Summit London 2026

The event brings together CTOs and senior technical leaders — from banks, hedge funds, proprietary trading firms, exchanges, and brokerages — to tackle the most pressing challenges in trading infrastructure and financial technology.

Expected topics include low-latency trading systems, data platforms, production AI architectures, inference performance and cost, and benchmark results across trading and AI workloads. It is one of the most substantive technical forums in the industry, and exactly the kind of environment where we have meaningful conversations.

What Orthogone will showcase

FPGA Acceleration & Hardware Offload for HFT Firms

FPGA adoption in high-frequency trading is accelerating, but for many firms, the path from strategy to production is where complexity accumulates. Orthogone has long supported HFT firms and financial institutions through that journey: providing the deep FPGA engineering expertise needed to design, validate, and deploy ultra-low latency systems that perform at the hardware level.

At STAC London, we will be highlighting how our engineering professional services help trading firms unlock the full potential of FPGA acceleration, from architecture and IP core integration to system-level optimization and ongoing support. This is not a new offering; it is what we have been doing alongside our clients as FPGA adoption has grown across the industry.

Specifically, Orthogone will present its capabilities in:

  • Ultra-low latency FPGA solutions for order execution, market data processing, and feed handling
  • Network and protocol acceleration at the hardware level, including our ULL 10G Ethernet MAC/PCS and TCP/UDP/IP IP cores
  • FPGA acceleration and hardware offload for latency-sensitive workloads — designed to help HFT firms reduce wire-to-wire latency and gain a measurable edge
  • Deterministic system design to ensure predictable, repeatable performance at every stage of the trade lifecycle
  • Engineering partnership that reduces time-to-market and mitigates technical risk across the full FPGA development cycle

 

In partnership with Blackcore Technologies

We are proud to be participating alongside our technology partner Blackcore Technologies, who build the overclocked, liquid-cooled server platforms that power some of the most demanding electronic trading environments in the world. Their FLEX FPGA server range is purpose-built for exactly the kind of high-density, ultra-low latency FPGA use cases that Orthogone specializes in.

Together, we represent a complete stack: from the hardware platform to the FPGA design and IP layer. We look forward to highlighting this partnership in London and demonstrating what it means in practice for firms looking to adopt or scale FPGA-based trading infrastructure.

Our team looks forward to meeting with trading technology professionals, infrastructure engineers, and decision-makers at the STAC Summit London.

Meet our experts in London

Whether you are evaluating FPGA adoption for the first time, looking to optimize an existing ultra-low latency stack, or simply want to understand what a practical FPGA engineering partnership looks like, we welcome the conversation.