I will expert fpga hardware engineer for rf, pcb, high speed layout and ethernet design
PCB Design, Embedded System IOT and Firmware Development
About this Gig
HELLO AND WELCOME!!!
High performance FPGA hardware demands more than schematic capture, it requires disciplined signal integrity, power architecture, RF-aware layout, and reliable high-speed connectivity from concept through fabrication.
I provide FPGA hardware engineering for RF, high-speed PCB, Ethernet, and embedded digital systems, with designs structured for performance, manufacturability, and dependable real-world operation.
WHAT I WILL PROVIDE:
- FPGA hardware architecture and schematic design
- High-speed PCB layout with controlled impedance
- RF circuitry, routing, matching, and interface integration
- Ethernet hardware design and PHY integration
- Power distribution, decoupling, PDN and thermal considerations
- PCB manufacturing files, BOM, fabrication and design documentation
WHY CLIENTS CHOOSE ME?
- Hardware-first engineering approach
- High-speed and signal-integrity focused design
- RF and digital systems integration
- Fabrication-ready documentation and outputs
- Clear technical communication and structured delivery
Have an FPGA, RF, Ethernet, or high-speed PCB project? Message me with your requirements and let's define the right hardware architecture before you order.
FAQ
Do you provide RF PCB design?
Yes. RF routing, matching networks, impedance-controlled traces, grounding and RF component integration can be included.
What FPGA platforms can you work with?
I can work with Xilinx/AMD, Intel/Altera, Lattice, Microchip and other FPGA platforms based on your system requirements.
Can you design the complete FPGA PCB?
Yes. I can handle architecture, schematic, component selection, high-speed layout, power design, Ethernet/RF interfaces and manufacturing outputs.
What files will I receive?
Depending on the package, deliverables can include schematics, PCB files, BOM, Gerbers, drill files, pick-and-place data and design documentation.
Can you handle high-speed interfaces?
Yes. I can work with DDR, LVDS, SerDes, PCIe, Ethernet and other high-speed interfaces with controlled-impedance routing and SI considerations.

