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I will custom uwb pcb design for indoor positioning, rtls and secure access devices
Advanced PCB Designer for AI Radar UWB FPGA and High Speed Systems
I design advanced embedded and high performance PCBs for startups engineers and hardware innovators. My expertise includes mmWave radar occupancy sensing UWB positioning systems Edge AI vision boards ...
About this Gig
Unlock precision tracking and secure access with custom UWB PCB design tailored for indoor positioning, RTLS systems, and IoT devices. I specialize in RF PCB layouts, antenna integration, and high-frequency UWB circuits that most designers struggle to deliver. Whether you need a single-layer prototype or a multi-layer professional PCB, I ensure optimized signal integrity, minimal interference, and high-accuracy positioning.
This gig is perfect for smart locks, asset tracking, warehouse RTLS, and secure access solutions. I provide schematic capture, PCB layout, DFM-ready files, and testing recommendations for reliable UWB communication.
With extensive experience in IoT RF design, I guarantee custom UWB PCB solutions that startups and high-ticket clients need. Avoid common pitfalls like antenna mismatch, signal reflection, and noise coupling. Your project will be ready for prototyping, manufacturing, and integration into secure access systems or positioning networks.
kindly contact before ordering, thanks!!
FAQ
Can you design UWB PCBs for indoor positioning systems?
Yes, I design custom UWB PCBs for RTLS, smart locks, and indoor positioning applications.
Do you optimize RF and antenna layout?
Absolutely! All UWB PCB designs include RF signal optimization and antenna integration.
Can this UWB PCB be used for secure access devices?
Yes, my PCBs support secure access systems, including IoT locks and high-accuracy RTLS.
What file formats will I receive?
You’ll get Gerber, BOM, schematic, and DFM-ready UWB PCB files for prototyping or production.
Can you handle multi-layer UWB designs?
Yes, I provide multi-layer PCB layouts with RF performance optimization for high-frequency UWB circuits.
