I will design high speed pcb for usb c, ddr5, ddr4 and pcie gen5
Embedded Systems and IoT Hardware Engineer PCB and RF Design
About this Gig
Need a reliable high speed PCB designed for demanding USB-C, DDR4, DDR5 or PCIe Gen5 applications? Im David, an Embedded Hardware Engineer specializing in high speed digital PCB design and signal integrity.
I can design and optimize high speed boards with careful attention to controlled impedance, differential pairs, trace length matching, stackup requirements, power distribution, and signal integrity.
My services include:
- USB-C high-speed PCB design
- DDR4/DDR5 PCB layout
- PCIe Gen5 PCB design
- High speed schematic and PCB layout
- Signal integrity analysis and optimization
- Component selection and footprints
- BOM and 3D PCB modeling
- Fabrication ready Gerber files
Whether you're developing a prototype or preparing a production board, I focus on clean, reliable, and manufacturable designs.
Message me before ordering so I can review your requirements and recommend the right package.
FAQ
Can you design high-speed PCBs for USB-C, DDR4, DDR5 and PCIe Gen5?
Yes. I can design and optimize high-speed PCB layouts for USB-C, DDR4, DDR5 and PCIe Gen5, with attention to routing, impedance, differential pairs, length matching and signal integrity.
Can you work with my existing schematic or PCB layout?
Yes. I can create a PCB from your schematic or review, modify and optimize an existing PCB layout according to your high speed design requirements.
Do you handle signal integrity and high speed routing?
Yes. I can optimize high speed routing with controlled impedance, differential-pair routing, trace length matching, layer/stackup considerations, return paths, and other SI-focused design practices.
What files do you provide after completing the PCB design?
Depending on the package, I can provide the schematic, PCB source files, Gerber files, BOM, 3D model and other manufacturing documentation required for fabrication.
What do you need from me before starting?
Please provide your schematic or block diagram, component list, PCB dimensions, required interfaces, layer count/stackup if known, manufacturer requirements, and any signal-integrity constraints. If you only have project requirements, contact me and we can define the design requirements first.
