FPGA developer specializing in real-time medical video processing

Digital Video * HDMI 2.0 * 12G SDI * DisplayPort * Transceivers * External Memory Interfaces * Intel Cyclone 10 GX / Arria 10 GX * Plaform Designer (QSYS) * Board Bringup * Debugging * High-speed Board Layout * Prototyping * Firmware Development

• Firmware Development
• FPGA1 J.
• Hardware Development
• HDMI 2.0 / 12G SDI / V-by-One HS
• High-speed Board Layout
• High-Speed Serial Interfaces
• Intel Quartus Prime Pro
• Real-time Video Processing
• SystemVerilog

My professional experience involves over 15 years of developing FPGA designs, mostly for real-time medical video processing. I am also able to design the related hardware and firmware. For the last three years I work as a freelance contractor.

Most of my professional experience involves the development of HDL video processing blocks for low latency video processing and design and implementation of standard digital video protocols and interfaces, such as HDMI 2.0, V-by-One HS or 12G SDI using the protocol standard as a basis for implementation. I have deep knowledge of internal architecture of recent FPGA device families from Intel, including Cyclone V SoC, Arria V SoC, Arria 10 GX and Cyclone 10 GX. I have been responsible for the complete delivery of multiple FPGA designs utilizing DDR3 memory controllers and HSSI transceiver blocks from the definition of product features to production and sustaining.

I have deep analytical skills and a very innovative mindset. I am able to find new applications for a given technology or innovate an existing solution.

Real-time Digital Video Processing using FPGAs, High-Speed Serial Interfaces, HDMI 2.0, 12G SDI, V-by-One HS, DisplayPort, External Memory Interfaces, PCI Express, Field Programmable Gate Array, Pinout Definition, Intel Quartus Prime Pro, Intel Cyclone V, Intel Cyclone 10 GX, Intel Arria V SoC, Intel Arria 10 GX, TimeQuest TA, TCL Scripting, Research Project Management, IP Patent Protection and Research, Hardware Design, PCB Layout, Firmware Development