UHF RFID (Ultra-High Frequency Radio Frequency Identification) operates at 860-960 MHz, enabling extended read ranges of 7-15 meters for passive tags – a game-changing advantage over LF (125 kHz) and HF (13.56 MHz) systems limited to <1.5m. This spectrum powers rapid, bulk scanning of hundreds of items simultaneously, making it indispensable for large-scale logistics and manufacturing.*
1. Core Technical Mechanics
Frequency Physics
UHF radio waves:
Travel farther and faster than lower frequencies
Penetrate non-metallic materials (wood, plastic)
Experience signal reflection with metals/liquids (requires specialized tags)
RFID systems are rapidly replacing traditional barcode-based inventory control. This article explores five key applications of RFID in warehouse and logistics management, helping wholesalers and enterprises achieve efficient, low-error operations.
I’m sharing my hard-earned experience installing and tuning RFID access systems—everything from card read delays and signal interference to power tweaks. From datasheets to the real world, here’s how to avoid the mistakes I made.
Discover what affects passive RFID tag range (LF/HF/UHF), real-world read distances, and how to optimize performance for inventory, assets & access control.