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I will design uhf rfid reader, antenna, long range rf pcb and embedded firmware
pcb design embedded system and firmware development
Hi, I'm Smithgold, a PCB Design, Embedded Systems, and Firmware Development Engineer. I specialize in custom PCB design, schematic capture, embedded C/C++, STM32, ESP32, ARM Cortex, FreeRTOS, and IoT ...
About this Gig
Hello and Welcome!
Long-range RFID performance is not achieved by simply connecting an RFID IC to an antenna. RF impedance, antenna matching, PCB stack-up, grounding, coupling, receiver sensitivity, transmit power, and firmware timing all influence the final read range and reliability.
I will design UHF RFID reader electronics, RF antenna interfaces, long-range RF PCBs, and embedded firmware with the complete RF signal path in mind.
What I Will Provide:
- UHF RFID reader PCB design
- Long-range RF PCB architecture
- RFID antenna design and integration
- RF impedance-controlled routing
- Antenna matching network
- UHF RFID transceiver integration
- RF power and signal-chain design
- MCU and peripheral integration
- Embedded C/C++ firmware
- RFID tag detection and communication
Why Choose Me:
- RF-focused PCB design
- UHF RFID expertise
- Antenna integration
- Long-range wireless design
- Impedance-controlled routing
- Embedded firmware
- RF signal-chain optimization
- Low-power engineering
- Manufacturing-ready PCB
Have an UHF RFID reader concept, antenna requirement, existing prototype, schematic, or technical specification? message now and let's get started!!!
FAQ
What is UHF RFID?
UHF RFID uses ultra-high-frequency radio communication to identify and track RFID tags, commonly used for inventory, logistics, asset tracking, and automation.
Can you design the complete UHF RFID reader PCB?
Yes. I can design the RF section, RFID transceiver interface, MCU, power management, antenna interface, PCB layout, and supporting electronics.
Can you design the RFID antenna?
Yes. I can design or integrate a suitable UHF RFID antenna and develop the required matching/interface network based on your frequency and application.
Can you design long-range RFID systems?
Yes. I can optimize the RF signal path, antenna interface, impedance-controlled routing, grounding, and power architecture for your target application.
Which UHF RFID chips can you work with?
I can work with suitable UHF RFID reader ICs/modules based on your requirements, availability, frequency band, interface, power, and desired performance.
Do you provide embedded firmware?
Yes. I can develop embedded C/C++ firmware for MCU control, RFID communication, tag detection, data processing, configuration, and external interfaces.
