8dBi ETSI UHF Integrated RFID Reader Antenna

The 865–868MHz frequency band is commonly used for UHF RFID applications in Europe and other markets that adopt this frequency range. It supports applications such as inventory management, asset tracking, logistics, access control, and automatic identification. Before selecting an RFID antenna, check that its frequency range matches the local regulations, RFID reader, and tags used in the system.

No. An 865–868MHz RFID antenna is designed to operate within a specific frequency range, so it must be matched with a reader that supports the same band. You should also check the antenna impedance, connector, cable, and maximum input power. The RFID tags must operate within the reader’s supported frequency range as well. Always confirm compatibility using the specifications of all three components.

Yes. RFID can record the movement of tagged pallets as they pass through receiving, staging, and dispatch areas. When antennas and readers are installed at suitable checkpoints, the system can capture identification data and update logistics records. Pallet materials, tag placement, and nearby metal structures should be considered during installation and testing.

RFID can support goods handover by recording tagged items when they move between departments, storage locations, or logistics partners. Comparing these records with order and shipment data helps identify missing, misplaced, or incorrectly transferred items. The RFID system must be connected to the relevant inventory or logistics software to support this process.

Metal shelving can affect RF signal propagation and change the antenna’s performance in the installation area. Before deployment, check the antenna’s position relative to the shelves, the location of RFID tags, and the surrounding metal structures. On-site testing with actual products is recommended to identify suitable mounting positions and reduce inconsistent reads.

Start by testing representative tagged items in the actual operating environment. Check whether tags can be identified at the required checkpoints, whether unwanted reads occur in nearby areas, and whether the collected data reaches the warehouse management system correctly. Testing should include different item positions, tag orientations, and normal warehouse traffic conditions.