More and more companies are adopting a fixed RFID infrastructure to ensure the traceability of their assets and equipment. To achieve this, you need a reader that performs well even in challenging environments such as transportation, logistics, warehousing, and industrial sectors. The reader must withstand moisture, dirt, and operate across a wide temperature range. Zebra’s ultra-rugged FXR90 fixed RFID reader is designed for extreme conditions, both indoors and outdoors. It meets IP65 and IP67 industrial standards for maximum reliability. Its integrated RFID antenna makes installation easy, even in large spaces. With advanced wireless technologies like Wi-Fi 6, Bluetooth™, 5G, GPS, and CBRS, the FXR90 delivers exceptional connectivity, both now and in the future.
Exceptional Performance
With a reading rate of 1,300 tags per second, the FXR90 reader provides outstanding visibility and real-time data wherever you need it. Its rugged, waterproof M12 connectors and high-sensitivity receiver ensure reliable performance and enhanced accuracy, even in the toughest environments.
Ultra-Rugged Design
Zebra's FXR90 RFID reader is specifically built to withstand extreme weather conditions and frequent cleaning in transportation, warehousing, and industrial settings. It is fully resistant to dust, splashes, and water jets, and operates effectively across a wide temperature range. With its rugged design, the FXR90 ensures reliable asset and equipment tracking, even in the toughest, wettest, or most temperature-challenged environments.
Flexible Network Options
With built-in 5G, GPS, and CBRS options, the FXR90 offers maximum flexibility to create a wireless network tailored to your operations, whether indoors or outdoors. Deploy Wi-Fi and 5G to easily set up in remote or previously unreachable areas without the need for Ethernet cabling. Use GPS data to physically locate items and associate them with specific customers or sites. Connect your reader to your private network using the CBRS option for broader wireless coverage with low latency.
