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I will design high performance uhf rfid pcb with rf circuit and antenna
pcb design, embedded system and firmware developmrnt
Hi, I’m Mark, an Electronics Engineer specializing in PCB design, embedded systems, and firmware development. I design production-ready circuit boards with strong focus on signal integrity, power mana...
About this Gig
Hello and Welcome!
Are you developing a UHF RFID product that requires reliable RF performance, optimized antenna design, and professional high-frequency PCB layout? I will design your high-performance UHF RFID PCB, including RF circuit development and custom antenna engineering, optimized for 860960 MHz operation.
What I Deliver:
- UHF (860960 MHz) RF circuit design
- Custom RFID antenna design (dipole, loop, compact, meandered)
- Impedance matching network optimization
- High-frequency PCB layout best practices
- Controlled impedance routing
- Signal integrity and grounding optimization
- DFM-ready Gerber files
- BOM & fabrication documentation
Why Choose Me?
- Strong RF and high-frequency PCB expertise
- Performance-driven antenna and matching design
- Clean, manufacturable PCB layouts
- Focus on real-world read range optimization
- Complete technical documentation
If youre serious about building a robust, high-performance RFID solution, message me before placing an order to discuss your specifications and performance targets.
Message now and Lets engineer your RFID system the right way!!!
Other Electronics Engineering Services I Offer
FAQ
What frequency range do you design for?
I design UHF RFID systems operating in the 860–960 MHz band, optimized for US, EU, and global standards.
Do you design both RFID tags and readers?
Yes. I can design passive/active tag PCBs and RFID reader RF front-end hardware.
Do you design custom RFID antennas?
Yes. I design dipole, loop, compact, and meandered antennas tailored to size and read range requirements.
Do you handle impedance matching?
Yes. I design and optimize matching networks to ensure proper antenna-to-chip impedance alignment.
What makes this “high-performance”?
I apply high-frequency PCB best practices, controlled impedance routing, proper grounding, and RF optimization.
Can you optimize for maximum read range?
Yes. Antenna design, matching network tuning, and layout optimization are focused on improving read performance.
