Yohan Herve

Yohan Herve is a highly skilled FPGA Designer specializing in the development of ultra low latency financial market data feed-handlers at NovaSparks. In his current role, Yohan plays a pivotal part in designing and optimizing FPGA-based solutions that enable high-frequency trading (HFT) firms to process and analyze market data with unprecedented speed and precision. His expertise lies in translating complex financial data protocols into efficient hardware implementations, ensuring that clients can capitalize on milliseconds of advantage in competitive trading environments.

Yohan’s work involves developing robust, high-performance feed-handlers that normalize diverse market data feeds from global exchanges such as NYSE, Nasdaq, Euronext, TSX, and OSE into a unified format. This normalization process is critical for HFT firms to perform real-time order book building and execute trades with minimal latency. His proficiency in hardware description languages like VHDL, combined with his experience using development tools such as Quartus II, ModelSim, and Libero, allows him to create highly optimized FPGA designs that meet the demanding requirements of financial markets.

Beyond his technical skills, Yohan is adept at working with various FPGA platforms, including Altera and Microsemi devices, and has a solid understanding of digital signal processing, CAN protocols, and VGA interfaces, which often play a role in testing and debugging hardware modules. His ability to integrate software components written in Python and leverage industry-standard tools like Microsoft Excel for data analysis further enhances his capacity to deliver end-to-end solutions. Through his innovative approach and deep industry knowledge, Yohan Herve continues to contribute significantly to NovaSparks’ reputation as a leader in ultra low latency trading infrastructure.