Symon

Embedded Systems Developer and FPGA Designer

Siliconova • Meio período

Jun 2025 - Present • 11 mos

Technical Resposibilities: FPGA design, Embedded systems design, Linux integration with servers, 100G / 200G real time system development.

Lead Firmware Enginner, Embedded Systems Designer, FPGA Designer

Balu Technologies USA • Período integral

Aug 2024 - Present • 1 yr 9 mos

Technical Responsibilities: Embedded systems development, Firmware architecture design, FPGA design, Hardware design, PCB design, HDL writing, Application design, Kernel driver development, embedded linux development, Real time systems development Other Responsibilities: Client management as lead engineer, Solving systems design related problems, team management

Electrical Engineer, FPGA Designer

Beijing Super String Academy of Memory Technology • Período integral

Nov 2022 - Aug 2024 • 1 yr 9 mos

Responsibilities: 1. Designed and developed embedded systems for various applications. 2. Developed and maintained Linux kernel modules and drivers. 3. Programmed FPGAs using Verilog RTL for high-performance computing tasks. 4. Designed schematics for FPGA-based boards. 5. Collaborated with cross-functional teams for project delivery. 6. Authored technical documentation for internal and external use. Key Projects: 1. 10G Ethernet Support on Zynq UltraScale+ via PCI Express - Implemented a 10G Ethernet interface on the Zynq UltraScale+ board, increasing network speed from 1G to 10G - Achieved 900MB/s data transfer using XDMA via PCI Express. 2. Big Data Loader Module as Sorting and Searching Accelerator for DRAM using CXL - Designed and implemented an RTL-based accelerator for sorting and searching data in DRAM, integrated into a larger CXL project. - Achieved best case data transfer speeds of 15GB/s via CXL with full module configurability (configurable registers). - Developed embedded application for the data loader which configured and ran a simple sort algorithm. 3. Computational Storage Drive Using Zynq UltraScale+ for Data Manipulation Acceleration - Developed a computational storage device using Zynq UltraScale+, enabling the host computer to offload data manipulation tasks to the FPGA. - Achieved 400MB/s data transfer between Host and NVMe storage and NVMe to NVMe using p2p methods, with custom kernel modules and drivers. 4. Designing CXL Configuration Manger and Developing embedded system for it. - Made the management and modification of the system configurations more efficient and user friendly. - Streamlined the process of handling complex configurations in CXL environments. - Enabled dynamic modification of CXL configurations and configuration registers through the embedded application.