Zebra BoingTech BT0600 RFID Inlay

• Smallest inlay utilizing NXP UCODE 8 for item-level activities
• Provides robust sensitivity with reading ranges of up to 10m in clear conditions
• Aligns with Auburn University RFID Lab ARC quality benchmarks A, B, C, D, G, M, Q
• Theoretical range capability of up to 10m across different surfaces

This inlay is crafted for item-level applications within the retail, healthcare, and logistics industries. For further inquiries, head to www.zebra.com/supplies

Product Suitability and Performance:

The details shared in this document are for general guidance and should not be used for setting exact specifications. It is the buyer's responsibility to independently verify whether the product meets all the needs of their unique application.

SPECIFICATIONS DETAILS

• General inlay • Usage: Item tracking • Compliant with Auburn ARC Standards: A, B, C, D, G, M, Q

TECH SPECIFICATIONS

• Chip: NXP UCODE 8 o EPC data: 128 bit o User data: N/A o TID: 96 bit factory locked (48 bit unique) o Reading Sensitivity: -23dBm o Writing Sensitivity: -18dBm o EPC Gen2v2 • High sensitivity chip offering read ranges up to 10m in open environments

RADIATION CHARACTERISTICS*

EXPECTED** READ RANGES ON VARIOUS MATERIALS (m)

Material ETSI (865-868 MHz) FCC (902-928 MHz) Air 6 10 Cardboard 6 7 Fiberglass 3 4 Glass 3 2 PTFE 7 7 Polyacetyl 4 5 PVC 4 6 Rubber 3 2 * Read range reduces to 11% of maximum when inlay is perpendicular (90º and 270º) to the reading antenna. **Theoretical read range must be considered as directional. Real-world performance will depend on application and environment. Testing is recommended. All Zebra-authorized inlays have been verified with Zebra printers and reading devices. For more details on ARC specifications, testing, and certification, visit rfid.auburn.edu.

SUGGESTED APPLICATIONS

• Item-level tracking