I will design77ghz radar pcb, rf circuitry and high speed sensor hardware
About this Gig
Hello, Great Buyers!!!
Develop advanced radar electronics with a custom 77GHz radar PCB layout, RF circuitry integration, and high-speed sensor hardware tailored to your system requirements.
What I offer:
- 77GHz radar PCB layout and component placement
- RF front end and radar transceiver integration
- RF feed routing and impedance planning
- High speed sensor and processor interfaces
- Multilayer stackup and grounding design
- Power distribution and noise conscious layout
- MCU, SPI, LVDS, and other supported interfaces
- KiCad or Altium Designer PCB development
Why choose me?
I focus on RF layout constraints, signal paths, component datasheets, stackup selection, return-current paths, and manufacturability. The design approach is based on your selected radar device, antenna architecture, fabrication capabilities, and interface requirements.
I can support 77GHz automotive radar prototypes, high-speed sensing platforms, and advanced embedded radar electronics.
Message me with your radar IC datasheet, RF schematic, antenna specifications, PCB dimensions, and interface requirements to discuss the appropriate design scope before ordering.
File format:
Gerber
•
STEP
•
VRML
•
3DS
•
Software:
Cadence OrCAD
•
Eagle CAD
•
EasyEDA
•
KiCad
•
LTspice
•
AutoCAD
Interface:
HDMI
•
I2S
•
USB
•
SPI
•
I2C
•
PCIe
•
BLE
•
BT
•
LTE
•
Ethernet
FAQ
Can you design a PCB operating at 77GHz?
I can work on 77GHz radar PCB layouts using the selected device's design guidelines and suitable fabrication constraints. The stackup, materials, trace geometry, and antenna architecture must be defined carefully at this frequency.
Does the service include a custom radar antenna?
Antenna-feed integration can be included in the PCB layout scope. Custom antenna development, electromagnetic simulation, and antenna performance validation should be quoted separately unless explicitly included.
Can you integrate high-speed sensor interfaces?
Yes. Supported interfaces depend on the selected radar IC, processor, and sensor components. I can plan the associated routing, placement, and signal-integrity requirements.
