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I will design high speed pcb with signal integrity and impedance control
PCB and Embedded Systems
HELLO AND WELCOME;
I'm Brandon Jenkins, a professional PCB Design and Embedded Systems Engineer specializing in custom circuit design, schematic capture, multilayer PCB layout, microcontroller integra...
About this Gig
HELLO AND WELCOME TO MY GIG!!!
High-speed PCB design, signal integrity optimization, controlled-impedance routing, and multilayer hardware engineering for high-performance electronic systems. Specialized in differential pair routing, stackup planning, return path optimization, and noise-aware PCB layouts for reliable high-speed data transmission.
WHAT I OFFER;
- High-Speed PCB Design & Layout
- Signal Integrity & Impedance Control
- Differential Pair Routing
- Multilayer PCB Stackup Engineering
- High-Speed USB, DDR & PCIe Layouts
- Return Path & Ground Plane Optimization
- Crosstalk Reduction & Routing Optimization
- Component Placement & Layer Planning
- Design Rule Checks (DRC) & DFM Review
- KiCad, Altium Designer & EasyEDA
- Gerber, BOM, Drill & Manufacturing Files
WHY CHOOSE ME;
- Signal integrity-focused layout planning
- Controlled-impedance design considerations
- Organized, manufacturing-ready deliverables
- Attention to routing quality and design constraints
- Clear communication and tailored solutions
Kindly provide your interface specifications, data rates, stackup details, impedance targets, PCB dimensions, reference files, and manufacturing requirements.
MESSAGE ME NOW!!
FAQ
What is high-speed PCB design?
High-speed PCB design focuses on routing signals where transmission-line effects, reflections, crosstalk, and return paths can affect signal quality and system reliability.
What is controlled impedance?
Controlled impedance means designing PCB traces to meet a specified impedance target based on the signal interface and the board's material stackup and geometry.
Can you route differential pairs?
Yes. Differential pairs can be routed with suitable spacing, reference planes, and length constraints based on the interface specifications.
Which high-speed interfaces can you support?
Depending on the project and design scope, these may include USB, DDR memory, PCIe, Ethernet, and other high-speed digital interfaces.
Can you design multilayer high-speed PCBs?
Yes. Layer planning, stackup requirements, routing constraints, and reference planes can be considered for multilayer designs.
