Sticker Label 87x41mm (Inlay 75x15mm) NXP UCODE 9
Sticker Label 87x41mm (Inlay 75x15mm) NXP UCODE 9 — chip design

rfid inlay

UHF RFID Sticker Label 87x41mm (Inlay 75x15mm) NXP UCODE 9

8 - 12+ meters

Reading Distance

860 - 960 MHz (Global)

Frequency

Chip

Format

Inlay Size

Label Size

Label must be larger than the inlay inside

Antenna Size75x15mm
Label Size87x41mm
ChipNXP UCODE 9
ProtocolEPCglobal Gen2v2.1 / ISO 18000-6C
EPC Memory96 bits
User MemoryNone
TID Memory96 bits (incl. 48-bit unique serial)
Read Sensitivity-24 dBm
Write Sensitivity-22 dBm
Data Retention20 years (@ 55°C)
Write Endurance100,000 cycles
Reading Distance8 - 12+ meters
FormatSticker Label
MaterialPET, Aluminum on PET
OriginMade in Vietnam
Frequency860 - 960 MHz (Global)

Applications

Retail & Apparel TaggingInventory ManagementSupply Chain & LogisticsAsset TrackingAccess ControlDocument Tracking
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RESOURCES

RFID Tools & Documentation

Access our SDK, reader connectivity tools, and user guides to integrate and deploy RFID solutions effectively.

Nextwaves NRN Protocol SDK

Our open-source SDKs for TypeScript, Python, and Go provide complete integration with Nextwaves NRN protocol RFID readers. Build inventory applications, asset tracking, and real-time tag monitoring with minimal setup.

View on GitHub

Reader Integration Manual

Comprehensive documentation covering serial communication setup, antenna configuration, tag encoding operations (EPC Gen2 / ISO 18000-6C), and power management. Includes examples for multi-antenna deployments and high-speed inventory scanning.

Read Manual

GS1 EPC Tag Encoding Reference

Detailed reference for SGTIN-96, SSCC-96, GRAI-96 and other GS1 EPC encoding schemes. Includes check-digit calculation, company prefix lookup, and Digital Link URI generation for seamless supply chain integration.

Try EPC Encoder