PRODUCTS & SOLUTIONS / GUIDE
A field-programmable gate array, or FPGA, can implement logic suited to pipelined processing in hardware. Annhoo lists TOE, UOE and DMA components in its portfolio. Start by locating protocol and data movement bottlenecks, then assess the hardware scope and changes required on the host.
Trading system architects, network engineers and FPGA developers at securities firms, futures firms and private fund managers operating in China.
KEY CONSIDERATION
A TCP offload engine, or TOE, moves relevant TCP processing into hardware. A UDP offload engine, or UOE, handles datagrams and is often considered for multicast market data. Review responsibility for connection management, malformed packets and session recovery. Transport offload does not by itself parse business messages; interfaces and protocol versions require separate validation.
KEY CONSIDERATION
Moving protocol processing into hardware can leave host-to-board data movement as a bottleneck. Review direct memory access channels, queue depth and memory layout to establish when data becomes available to a strategy. Include small messages, feed bursts and slower consumers in the evaluation. Define how full buffers are handled and where engineers can observe and diagnose the resulting behavior.
KEY CONSIDERATION
Hardware acceleration is a candidate for well-defined, repeated operations that fit a pipeline. Frequently changing business logic also calls for a maintenance assessment. Keep the existing software path as a baseline and replay identical messages through both paths. Compare correctness, latency distributions and resource use before defining integration boundaries and upgrade steps across the board, host and application.
FAQ
No. TOE handles TCP-related processing, while UOE handles UDP datagrams with different transport semantics. Choose according to the actual feed or business channel, and establish separately which layer handles recovery, packet loss and business message parsing.
Software tuning remains relevant. Offload relocates some processing, but application queues, memory access and thread scheduling still affect end-to-end latency. Validate the hardware-software interface and strategy consumption path alongside the board itself.
Prepare network topology, message samples, protocol versions, the target host environment and a description of current bottlenecks. Annhoo lists TOE, UOE and DMA components; determine the appropriate combination and delivery scope from these inputs and integration testing.
