The Zebra UWB Vision Reader provides robust presence detection for inventory and personnel access control. Utilizing patented, short-pulse, Ultra-wideband (UWB) technology, the UWB Vision Reader offers a detection level that exceeds the capabilities of other Radio Frequency Identification (RFID) technologies. It is offered with three standard integrated antenna models (High-Gain, Mid-Gain, and Omni) to optimize the footprint of the presence detection region. Each UWB Vision Reader can simultaneously receive thousands of signals emitted by Zebra's active UWBTags with a read range up to 200m (650ft) with the High-Gain model.
In addition, Zebra's UWB Vision Reader is the world's first UWB Reader that is compliant with the new International Ultrawideband Standard, IEEE 802.15.4.f, as well as the ISO 24730-61 International Standard. Compliance to international standards secures your infrastructure investment by making it compatible not only with Zebra, but also other standardscompliant UWB Tags.
The UWB Vision Reader can be used either as a stand-alone solution or as the perfect complement to Zebra MotionWorks Location Solution. The UWB Vision Reader is able to detect Zebra's UWB Tags in high multi-path, dense metallic environments, making it an ideal presence detector.
The UWB Vision Reader is fully weatherproof (IP67 rating) with an operational temperature range of -40OC to +55OC, suitable for demanding indoor and outdoor industrial environments.
The UWB Vision Reader is powered by standard IEEE 802.3af Power-over-Ethernet (PoE). The UWB Vision Reader supports the transport of the received UWB Tag messages via Ethernet or via its integrated 802.11b/g Wi-Fi Client Adapter (Wi-Fi antennas sold separately). This presence data is delivered in an easy to use format for further integration into RFID edgeware solutions available from Zebra and a variety of vendors.
The UWB Vision Reader offers unique features that allow you to deploy and implement a robust RFID solution. The UWB Vision Reader provides software controlled attenuation, allowing the creation of localized presence zones by dialing in the read range from centimeters to hundreds of meters.
