I will develop 60ghz 77ghz radar electronics, pcb and embedded systems
PCB Design and Electronics Engineering
Über diesen Service
HELLO THERE,
Develop 60GHz/77GHz Radar Electronics, PCB & Embedded Systems
Building a mmWave radar, sensing, presence detection, or tracking device? I can help design the electronics, RF PCB, and embedded system around your radar requirements. I focus on compact, reliable, high frequency designs with careful attention to signal integrity, power management, antenna integration, and manufacturability.
What I Offer:
- 60GHz and 77GHz radar electronics
- mmWave radar PCB design and layout
- RF routing and antenna integration
- BGA fanout and high density routing
- Controlled impedance transmission lines
- Rogers and hybrid PCB stackup planning
- Radar sensor, MCU and peripheral integration
Why Choose Me?
I focus on practical, reliable, and manufacturable designs with clear communication throughout the project. I pay close attention to RF performance, power, signal integrity, component availability, thermal considerations, and production requirements.
Have a radar project in mind? Send me your radar IC, specifications, reference files, and PCB requirements before ordering, and lets discuss the right solution for your project.
FAQ
Can you work with both 60GHz and 77GHz radar systems?
Yes. I can support PCB and embedded electronics development for both 60GHz and 77GHz mmWave radar applications.
Can you design the complete radar PCB?
Yes. Depending on the project, I can handle schematic integration, component placement, RF routing, BGA fanout, stackup planning, PCB layout, and manufacturing documentation.
Can you integrate the radar antenna?
Yes. I can integrate the antenna into the PCB according to the radar IC, antenna requirements, substrate, stackup, and reference design guidelines.
Can you work with Rogers materials?
Yes. Rogers and hybrid material stackups can be incorporated where required by the RF design and manufacturer capabilities.
Can you handle BGA routing?
Yes. I can provide BGA fanout and escape routing with attention to high speed and RF layout constraints.

