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I will design 4 layer radar pcb, mmwave rf, sensor, kicad, altium and embedded firmware
pcb design, embedded system and firmware development
I’m Adam A, an electronics engineer specializing in PCB design, embedded systems, and firmware development. I design reliable electronic products from schematic capture and PCB layout to MCU firmware,...
About this Gig
Hello and Welcome!
A radar PCB is not simply a high-density board with an RF chip placed on it. At mmWave frequencies, antenna placement, controlled impedance, return-current paths, ground continuity, power integrity, thermal behavior, clocking, and component placement directly affect radar performance.
The digital, RF, power, and firmware layers must therefore be engineered together.
What I Will Provide:
- 4-layer radar and mmWave PCB design
- RF-aware component placement and routing
- Controlled-impedance PCB design
- Radar sensor and RF front-end integration
- MCU and embedded processor integration
- PMIC and power distribution design
- Antenna and RF layout considerations
- Thermal and power integrity considerations
- KiCad or Altium schematic and PCB layout
- Embedded C/C++ firmware development
Why Choose Me:
- RF-aware PCB layout
- 4-layer high-density board expertise
- KiCad and Altium development
- Hardware and firmware integration
- Practical mmWave design approach
- Clean signal and power routing
- Manufacturable PCB layouts
- Structured embedded C/C++ firmware
Message now and Lets turn your radar concept into a reliable, testable and manufacturable hardware!!!
FAQ
Can you design a complete 4-layer radar PCB?
Yes. I can handle the schematic, component placement, RF-aware layout, power design, routing, manufacturing files, and firmware integration.
Do you work with mmWave radar sensors?
Yes. I can design carrier and sensor boards around suitable mmWave radar devices and follow their RF, power, grounding, and layout requirements.
Can you work with KiCad and Altium?
Yes. I can develop and review PCB projects in both KiCad and Altium, depending on your project requirements.
Can you design RF and controlled-impedance PCB traces?
Yes. I can apply appropriate stackup, impedance, routing, grounding, and return-path considerations for RF and high-speed signals.
Can you integrate MCU and radar sensors?
Yes. I can integrate MCUs with radar sensors through SPI, I2C, UART, GPIO, CAN, and other required interfaces.
Do you provide embedded firmware?
Yes. I can develop embedded C/C++ firmware for sensor configuration, communication, data acquisition, control, and system integration.
