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I will design high speed 4 layer pcb, rf rader, sensor and embedded systems
About this Gig
Develop reliable embedded hardware with a carefully engineered 4-layer PCB layout, high speed signal routing, RF integration, and sensor connectivity.
What I offer:
- High speed 4 layer PCB design and multilayer stackup planning
- Signal integrity aware routing and differential pair layout
- RF circuit and radar sensor integration
- MCU, processor, and embedded system interfaces
- Power distribution, grounding, and return path optimization
- KiCad and Altium Designer PCB development
- Gerber, drill, BOM, and assembly documentation
Why choose me?
I focus on practical hardware engineering, component placement, routing constraints, electrical interfaces, and manufacturability. Each layout is developed around your schematic, component datasheets, fabrication capabilities, and performance targets.
Message me with your schematic, interface requirements, and board specifications to discuss the appropriate design scope before ordering.
File format:
Gerber
•
STEP
•
VRML
•
BRD
•
Software:
Cadence OrCAD
•
Eagle CAD
•
EasyEDA
•
KiCad
•
LTspice
•
AutoCAD
Interface:
I2S
•
USB
•
SPI
•
I2C
•
PCIe
•
Wi-Fi
•
BT
•
Ethernet
FAQ
What types of high-speed PCB can you design?
I can work on embedded controllers, sensor platforms, radar related hardware, communication boards, and digital systems with defined routing requirements.
Can you design a four-layer PCB with controlled impedance?
Yes. I can plan the stackup and route impedance-controlled traces according to the target impedance, dielectric properties, copper thickness, and fabricator specifications.
Do you support RF and radar components?
Yes. RF/radar component placement, transmission line routing, grounding, and antenna feed integration can be included when the component datasheets and design requirements are provided.
