7dBi UHF RFID Narrow Beam Smart Cabinet Antenna – 200x75x10mm

A UHF RFID narrow beam antenna is designed to concentrate radio frequency energy within a relatively focused area. In RFID systems, it helps direct the reading zone toward specific locations, such as conveyor lanes, access points, or designated tracking areas. This makes it useful for applications where controlled coverage and reduced reads from surrounding areas are important.

A narrow beam RFID antenna provides more focused coverage than a wider-beam antenna, helping limit the reading zone to a specific area. This can reduce unwanted reads from nearby tags and improve control over where RFID identification takes place. It is particularly useful in applications that require precise zone coverage, such as item tracking on production lines, targeted inventory checks, and controlled passage monitoring.

The read range depends on the RFID reader’s output power, tag sensitivity, tag orientation, antenna placement, and surrounding materials. A 7 dBi antenna provides directional gain, but the actual reading distance should be tested in the intended installation environment.

Yes. A lightweight PCB antenna can be useful in equipment designs where installation space and antenna weight are important considerations. This model measures 200 × 75 × 10 mm and weighs 0.06 kg, making it an option for compatible RFID devices and reader assemblies. The mounting method and surrounding materials should be evaluated during integration.

Yes. The antenna is listed for smart retail applications and can be integrated into compatible RFID systems for tasks such as inventory checks, merchandise tracking, and stock visibility. Actual performance depends on tag placement, product materials, reader configuration, and the layout of the reading area.

This antenna has a specified operating temperature range of -20°C to 60°C. It may be considered for freezer management applications when the installation temperature stays within this range. Condensation, moisture exposure, tag performance, and the antenna’s mounting location should also be evaluated before deployment.