I will design 60ghz 77ghz radar pcb, rf patch antenna rf front end and embedded systems
PCB Design ,Embedded System and firmware development
About this Gig
HELLO AND WELCOME!!
At 60GHz and 77GHz, PCB geometry becomes part of the RF system itself. Trace dimensions, dielectric stackup, antenna transitions, grounding, impedance, and component placement can directly affect radar performance.
What I Will Provide:
- 60GHz / 77GHz mmWave radar PCB design
- RF patch antenna and antenna array layout
- RF front end and transceiver integration
- Controlled impedance RF routing
- RF matching and transmission line structures
Why Choose Me?
- RF focused PCB design rather than generic PCB layout
- Careful attention to controlled impedance and signal integrity
- Practical antenna, grounding and RF isolation considerations
- Manufacturable layouts with realistic fabrication constraints
Send me your requirements, schematic, reference module, datasheet, or system concept, and let's discuss the right RF architecture and PCB approach for your project.
FAQ
Can you design both 60GHz and 77GHz radar PCBs?
Yes. I can work on both 60GHz and 77GHz architectures, including RF routing, antenna structures, front end integration and embedded electronics.
Can you design the RF patch antenna?
Yes. I can design and integrate patch antennas or antenna arrays while considering substrate, dimensions, impedance, spacing and RF routing.
Can you work with Rogers materials?
Yes. I can incorporate high frequency laminates such as Rogers materials into the PCB stackup and RF layout based on the project requirements.
Can you integrate the radar transceiver and MCU?
Yes. I can integrate the RF transceiver with MCU/DSP processing, power management and interfaces such as SPI, UART, I2C and GPIO.
Can you work from an existing radar reference design?
Yes. You can provide a reference design, evaluation board, datasheet or existing schematic, and I can develop the PCB around the required architecture.

