Zebra RFID Reader

The Zebra RFD90 Ultra-Rugged UHF RFID Sleds, which build on the RFD40 sleds, feature an ultra-rugged form factor with dual IP65 (spray)/67 (full submersion) sealing and six-foot / 1.8-meter drop specifications that can withstand virtually any environment, breaking the boundaries of traditional RFID use cases. All Zebra RFD90 Sled models include Bluetooth 5.3 for optimal device connectivity and industry-first integrated Wi-Fi 6 for device management over the air (OTA). The RFD9030 has a circular polarized antenna that can read RFID tags up to 22 feet away, while the RFD9090 uses a long-range, linear polarized, yagi-style antenna that can read RFID tags up to 75 feet away. The SE4750MR standard range scan engine or the SE4850 extended range scan engine are available on both the RFD9030 and RFD9090.

Zebra's RFD40 UHF RFID Premium and Premium Plus Sleds have industry-first Wi-Fi 6, allowing for easy over-the-air (OTA) device management. Zebra eConnex-enabled devices, such as the TC21/26, EC50/55, and future models, may be connected to the RFD40 UHF RFID Premium and Premium Plus Sleds in seconds. With an industry-best 1,300+ tag readings per second, optimized read range, tri-function programmable trigger, increased battery capacity, and an amazing ergonomic design, you can cut cycle-counting time in half. Gain the edge and efficiency you need with Zebra's RFD40 UHF RFID Sleds.

When robust and accurate asset visibility is vital to your business, WhereLAN III is your product of choice and Zebra your global partner.

Tracky inventory in the backroom from arrival to departure. Zebra's FX7500 fixed RFID reader and the SR5502 backroom/ warehouse antenna can increase the accuracy and read rates in aisles and corridors. PoE eliminates the need of a power outlet giving you the freedom to place this reader anywhere.

Zebra's FX7500 and the SP5504 POS antenna are designed to log items passing through POS lanes or will call areas in your warehouse or manufacturing facility. With a tight read range, it can cover small areas without risking interference. This can improve accuracy and alerting potential theft.