I will design automotive mmwave radar pcb, rf hardware and embedded firmware
pcb design and firmware developer
Über diesen Service
Hello and Welcome!!
A reliable mmWave radar system is not just an RF sensor connected to a microcontroller. Antenna geometry, RF signal integrity, impedance control, power integrity, clocking, thermal behavior, high-speed interfaces, and embedded processing must be engineered together for predictable radar performance.
I will design automotive mmWave radar PCB, RF hardware, antenna interfaces, and embedded firmware for sensing and detection applications.
What I Will Provide:
- Custom mmWave radar PCB design
- RF and mixed-signal PCB layout
- 24GHz, 60GHz and 77GHz radar hardware
- RF signal routing and impedance-controlled traces
- Radar antenna integration and layout support
- CAN, CAN-FD, SPI, UART, I²C and automotive interfaces
- Embedded firmware development and peripheral drivers
- BOM, Gerbers, drill files and manufacturing outputs
Why Choose Me:
- RF-aware PCB engineering
- Automotive electronics experience
- Production-focused hardware design
- Controlled-impedance routing
- Embedded firmware integration
- Compact multilayer PCB layouts
- Clear technical documentation
Message now and Let's Build Your Radar System!!!!
FAQ
Can you design a complete mmWave radar PCB?
Yes. I can handle the RF architecture, schematic, multilayer PCB layout, power section, interfaces, and manufacturing files.
Which radar frequencies can you work with?
I can work with common mmWave platforms around 24GHz, 60GHz, and 77GHz, depending on the selected radar IC and application.
Can you design the RF section and antenna interface?
Yes. I can handle RF routing, impedance-controlled traces, matching networks, grounding, and antenna integration.
Do you develop embedded firmware for radar systems?
Yes. I can develop firmware for MCU/radar-processor integration, peripheral drivers, communication interfaces, and sensor configuration.
Can you integrate automotive communication interfaces?
Yes. I can integrate interfaces such as CAN, CAN-FD, SPI, UART, and I²C where required.

