
Zebra Boingtech BT577 RFID Inlay
Compact RFID Label for Asset Tracking
Zebra Boingtech BT577 -
Specially tailored for on-metal applications is the Boingtech BT577 inlay. The Boingtech BT577 inlay enables you to exploit the advantages of RFID for the identification of metal assets because it has been tested for optimum performance with Zebra printers and RFID readers.


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$465.49
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Zebra Boingtech BT577 RFID Inlay Model Overview
The Boingtech BT577 is a specialty Zebra-Certified RFID inlay designed for use on metal assets, offering read ranges of up to 12m. RFID inlays are critical to achieve the real-time visibility needed to streamline operations, minimize errors in asset-related data, as well as track, identify and maximize asset utilization. Zebra Certified Inlays deliver excellent performance, so you can rest assured that they will efficiently and effectively encode and read, leading to a higher application ROI, and best in-class user experience. The specialty Boingtech BT577 inlay is specially tuned for on-metal applications. Tested for optimal performance with Zebra printers and RFID readers, the Boingtech BT577 inlay enables you to maximize the benefits of RFID for the identification of metal assets.
Key Features:
- Designed for use on metal assets
- Zebra Certified for consistently exceptional performance
- Unmatched expertise in RFID
- Zebra ZipShip — on the shelf and ready to ship
Markets and Applications:
Retail
- Small metal item labeling
Healthcare
- Asset labeling
Government
- Field asset labeling
Manufacturing
- Component/part labeling
Zebra ZipShip — on the shelf and ready to ship
Need an RFID on-metal labeling solution in a hurry? This inlay is in-stock and ready for immediate dispatch as part of our ZipShip program. You get fast shipment and the minimum order is just one box.
Zebra Certified for consistently exceptional performance
Zebra is ISO 9001 certified and use quality processes to reduce instances of unsuccessful encoding. We pre-test labels with Zebra readers and printers to ensure industry-leading performance. And, we use the same label material from order-to-order to safeguard consistency and quality.
Unmatched expertise in RFID
Zebra is your trusted expert in all things RFID. We offer end-to-end RFID solutions – including pre-tested RFID supplies made with the right materials and adhesives, along with the highest-performing inlays and chips – customized for your application. We have played a central role in pioneering RFID technologies and defining global standards since the mid-1990’s, when smart-label technology first appeared. We were recognized as the #1 RFID brand by the 2018 RFID Journal’s Brand Report. And we hold more than 575 RFID patents and numerous industry firsts in RFID.
Specialty Zebra-Certified RFID inlay
RFID inlays are critical to achieve the real-time visibility needed to streamline operations, the Boingtech BT577 inlay enables you to maximize the benefits of RFID for the identification of metal assets.
Designed for use on metal assets
The Boingtech BT577 was designed specifically for use on metal assets and offers read ranges of up to 12m.
Testing and Compliance
All inlays certified by Zebra have been pre-tested with Zebra printers and readers.
Chip
Monza MR6-P
EPC Memory
128-bit
User Memory
32-bit
TID
96 bit factory locked (48 bit unique)
Read Sensitivity
-21.1 dBm
Write Sensitivity
-18 dBm
RFID Standards
EPC Gen2v2
Read Range
Up to 12m on metal
Theoretical Read Range: ETSI (865-868 MHz)
Metal 9m
Theoretical Read Range: FCC (902-928 MHz)
Metal 12m
Material Testing in End Application
The information contained in this document is to be used for guidance only and is not intended for use in setting specifications. All purchasers of Zebra products shall be solely responsible for independently determining if the product conforms to all requirements of their unique application.
Radiation Pattern
Read range drops to 12% of maximum when inlay is perpendicular (90º and 270º) to reading antenna. To learn more about radiation pattern, visit zebra.com/rfidlabels
Footnotes
*Theoretical read range data is meant to be directional. Actual performance will depend on your application and environment. Testing is recommend.