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I will design uhf rfid reader pcb, rf hardware and embedded firmware
About this Gig
HELLO AND WELCOME!
UHF RFID performance is determined long before firmware reads the first tag. RF impedance, transmission-line geometry, antenna matching, grounding, filtering, power integrity, reader IC integration, and PCB stack-up can directly affect read range, sensitivity, stability, and overall system performance.
I design custom UHF RFID reader PCBs, RF hardware, and embedded firmware for tracking, identification, inventory, access control, industrial automation, asset management, and connected IoT applications.
What I Will Provide:
- UHF RFID system architecture
- RFID reader PCB design
- RF schematic design
- RF PCB layout
- RFID reader IC/module integration
Why Choose Me?
- Specialized RF and embedded PCB engineering
- Understanding of UHF RFID hardware architecture
- RF-aware PCB routing and grounding
- Careful 50Ω transmission-line implementation
- Experience integrating MCU and wireless connectivity
Building a UHF RFID reader or RF-enabled product? Send me your frequency, antenna, range and interface requirements, and let's engineer a reliable hardware solution. MESSAGE NOW!!!
Specialization:
Circuit design
•
Schematics
•
Layout
•
Analysis
•
Gerber
File format:
Gerber
•
STEP
•
VRML
•
SCH
•
3DS
Software:
Allegro
•
Altium Designer
•
Eagle CAD
•
EasyEDA
•
KiCad
•
LabVIEW
Other Electronics Engineering Services I Offer
FAQ
What types of UHF RFID products can you design?
I can design electronics for fixed readers, handheld readers, RFID gateways, inventory systems, asset trackers, access-control devices, industrial readers and custom RFID-enabled IoT products.
Which UHF RFID frequencies can you work with?
The hardware can be designed around the target UHF RFID frequency band and regulatory region specified for your product, subject to the selected reader hardware and antenna requirements.
Can you design the RF section of the PCB?
Yes. I can design RF transmission paths, reader interfaces, matching networks, filtering, connectors and grounding based on the selected components and PCB stack-up.
Do you design 50-ohm RF traces?
Yes. Controlled-impedance RF routing can be designed using the PCB stack-up, dielectric properties, copper thickness and fabrication specifications provided or selected for the project.
Can you integrate STM32 or ESP32?
Yes. STM32, ESP32 and other suitable MCUs can be integrated for reader control, data processing, communication, user interfaces and connectivity.
