We develop embedded firmware and low-level drivers that enable fast, reliable communication between PCle hardware and host systems. Our work spans RTL-level logic for FPGAs, runtime link management, DMA operations, hot-plug support, and boot-time integration. Whether you're deploying NVMe devices, switch-based fabrics, or FPGA-based accelerators, we build tailored firmware stacks and kernel-level drivers that meet performance, portability, and integration demands.
RTL-based logic to implement PCle packet capture, transaction layer, and NVMe translation over FPGA or SoC platforms.
Linux and Windows kernel/user-mode drivers for PCle add-in cards, SmartNICs, and custom memory-mapped hardware.
Firmware modules to manage port enumeration, reset sequences, and dynamic PCle link training during runtime.
PCle device initialization at system POST, NVMe boot support, and PCle enumeration hooks for custom boards.