Major Investment Bank Taps Exegy U.S. Equities Market-Making
A major North American investment bank has adopted Exegy’s Nexus platform to strengthen its U.S. equities market-making operations. The new deployment enables the firm to process all direct and SIP feeds through a single FPGA-powered appliance engineered for nanosecond-class performance. The move reflects a broader industry shift toward consolidated, deterministic data pipelines for latency-sensitive strategies.
The Nexus 2U system will operate alongside the stack, which delivers sub-300-nanosecond tick-to-trade speeds. By integrating Nexus, the bank gains enhanced data-handling capacity while maintaining consistent performance under heavy message loads. This combination is increasingly critical as market equities.
Exegy emphasized that firms are prioritizing architectures that reduce operational friction without sacrificing speed. Nexus offers a platform designed to simplify rollout while maintaining the performance standards required for competitive market-making operations.
Takeaway
The bank’s Nexus deployment highlights rising institutional demand for turnkey ultra-low-latency systems that balance FPGA speed with streamlined .
Integrated Layer 1 Switching Reduces Infrastructure Complexity
One of Nexus’s core advantages is its embedded , which allows raw and normalized data to route directly to trading engines and FPGA NICs with minimal latency overhead. Traditional multi-component stacks introduce added processing layers, but Nexus consolidates these functions into a single appliance. This design assists firms reduce jitter, eliminate latency bottlenecks, and maintain deterministic behavior during .
The platform’s unified architecture simplifies configuration and accelerates deployment for institutions managing large volumes of platform feeds. By reducing the number of hardware components required to build a high-speed data pipeline, Nexus supports efficient scaling . Exegy positions this modular simplicity as an essential advantage for firms preparing for future data-intensive workloads.
Industry participants have increasingly recognized the need for integrated answers as message rates, regulatory requirements, and competitive pressures intensify. Nexus’s architecture enables firms to upgrade performance capabilities without restructuring their entire technology ecosystem.
Takeaway
By integrating FPGA processing and Layer 1 switching, Nexus removes infrastructure layers that traditionally add latency, positioning it as a scalable foundation for multi-desk, multi-asset environments.
Managed Infrastructure Supports Enterprise-Wide Expansion
Nexus is delivered as a fully managed answer backed by Exegy’s global operations and performance engineering teams. Clients receive 24/7 monitoring, platform-driven change management, proactive optimization, and continuous support, enabling firms to deploy high-performance systems without dedicating substantial internal resources to hardware-level maintenance. This approach is increasingly attractive to institutions prioritizing operational resilience.
Beyond market making, Nexus can support a wide variety of latency-critical applications, including algorithmic trading, , and even matching engine development. By enabling shared access to high-speed data infrastructure, the platform allows firms to extend performance benefits across multiple business lines with consistent service levels. Exegy notes that many institutions now view performance infrastructure as a strategic enterprise asset rather than a desk-specific tool.
The investment bank’s multi-year commitment underscores a broader market trend: demand for high-speed, low-maintenance, FPGA-powered infrastructure is increasing as firms viewk predictable behavior and in competing for liquidity. Nexus aims to deliver the next generation of performance architecture for the electronic ecosystem.
Takeaway
Nexus’s enables firms to scale ultra-low-latency capabilities across the enterprise, extending performance beyond market making to a broader range of electronic trading functions.
