UHF RFID hard tag Alien H9 Higgs 9

SKU
TR17C63
RFID UHF rigid adhesive tag for installation even on metal surfaces Alien H9 Higgs 9 RFID chip read and write UHF 868 MHz EPC Class1 Gen2. ISO 18000-6C.
  • 500 pz to € 2.479 each 3% discount
  • 1000 pz to € 2.231 each 13% discount
  • 2000 pz to € 2.014 each 21% discount
The RFID Sticker Tag is made of plastic and can also be applied on metal surfaces where other types of tags do not work. The fixing is done by screws placed in the side holes. Alien H9 Higgs 9 RFID chip read and write UHF 868 MHz EPC Class1 Gen2. ISO 18000-6C memory User 688 bits EPC 96/496 bits original Alien.

APPLICATIONS
- Product identification
- Factory automation
- Anti-falsification of products
- Anti-counterfeiting of brands
- Warranty and maintenance
More Information
Chip RFID Alien H9 Higgs 9
Chip Frequency UHF 868 MHz
Standard protocol EPC Class1 Gen2. ISO 18000-6C
Compatibility NFC NO
Chip Manufacturer Alien
Material Plastic
Dimension 80,5 x 20 x 11 mm
Weight 10,3 g
Chip functions Featuring the groundbreaking Sentinel MemoryTM bit error correction, world-class sensitivity, expandable EPC memory, and extensive User Memory, Higgs 9 offers cutting-edge performance and data storage capabilities suitable for today's ever-evolving and demanding application base. Ideal for the high memory requirements of aviation part tagging/tracking and any application requiring data storage at tag and asset levels. In addition, applications requiring asset data and/or longer serialization in the EPC memory area may utilize Higgs 9's configurable EPC memory. Up to 496 bits (124 hexadecimal characters) may be written to the EPC memory area. This allows increased flexibility to store data such as extended serial numbers, product SKU#, service hours, dates, history, etc. Like all Alien ICs, Higgs 9 is fully backward compatible with the entire Alien IC and Reader portfolio feature set. Alien's mass-encoding capabilities (QuickWrite™ and BlastWrite™) and Alien's anti-cloning technology (Dynamic Authentication™) are supported.