I will design 60ghz 77ghz mmwave radar pcb, antenna and rf systems
PCB Design Embedded Systems Engineer
About this Gig
Hello and Welcome!
At 60GHz and 77GHz, millimeter-wave hardware demands far more than conventional PCB routing. RF loss, controlled impedance, antenna geometry, stackup selection, grounding, component placement, and signal integrity all directly affect radar performance.
I specialize in designing 60GHz/77GHz mmWave radar PCBs, RF front-end layouts, antenna structures, and complete RF systems with careful consideration for high-frequency signal paths and manufacturability.
What I Will Provide:
- 60GHz / 77GHz mmWave radar PCB design
- RF and high-frequency PCB layout
- Patch, array, and integrated radar antenna design
- RF transmission lines and controlled impedance routing
- Manufacturing-ready Gerber, drill, BOM, and PCB files
- Design review and engineering documentation
Why Choose Me:
- Specialized approach to high-frequency RF and mmWave PCB design
- Careful control of impedance, RF paths, return currents, and parasitics
- Design decisions based on performance, manufacturability, and component availability
Have a 60GHz or 77GHz radar project? Send your IC datasheet, antenna requirements, PCB constraints, and reference files before ordering, and lets discuss your design!!
Other Electronics Engineering Services I Offer
FAQ
Can you design both 60GHz and 77GHz radar PCBs?
Yes, I can support PCB and RF layout work for both 60GHz and 77GHz mmWave radar applications.
Can you integrate the radar antenna?
Yes. I can integrate the antenna layout based on your radar IC, antenna architecture, PCB material, dimensions, and design requirements.
Do you work with Rogers materials?
Yes. I can work with Rogers and hybrid PCB stackups based on the required RF characteristics and fabrication constraints.
Can you handle BGA routing?
Yes. I can provide BGA fanout, escape routing, via planning, and high density PCB routing.
Do you provide controlled impedance routing?
Yes. RF transmission lines can be designed according to the required impedance and selected PCB stackup.

