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RFID Labels 54 x 85 mm Alien H10 Higgs 10
SKU
ET25C64
Rectangular paper / PET laminated sticker 54 x 85.60 mm RFID tag labels customizable with color preprinting, numbering and QR Code barcodes Alien H10 Higgs 10 RFID chip read and write UHF 868 MHz EPC Class1 Gen2. ISO 18000-6C.
- 500 pz to € 0.180 each 9% discount
- 1000 pz to € 0.159 each 20% discount
- 2000 pz to € 0.142 each 28% discount
- 3000 pz to € 0.132 each 33% discount
Square adhesive RFID label for object identification. Fully customizable front and back with offset printing also on adhesive side, numbering and barcode. Use in industrial environment, in logistics systems. Application in vehicular entrances and reserved parking lots where the label can be applied to the dashboard or glass windshield of both cars, trucks and vans. Diagonal cuts prevent the sticker from being moved from one vehicle to another without damaging the tag. Alien H10 Higgs 10 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
- Item identification
- Identification of operations
- Factory automation
- Anti-falsification of products
- Safety systems
- RFID stickers
APPLICATIONS
- Item identification
- Identification of operations
- Factory automation
- Anti-falsification of products
- Safety systems
- RFID stickers
| Chip RFID | Alien H10 Higgs 10 |
|---|---|
| Chip Frequency | UHF 868 MHz |
| Standard protocol | EPC Class1 Gen2. ISO 18000-6C |
| Compatibility NFC | NO |
| Chip Manufacturer | Alien |
| Material | Paper/PET/PVC |
| Dimension | 54 x 85,60 mm |
| Weight | 1,8 g |
| Chip functions | The G2XL chip is suitable for passive use in smart tags and labels that comply with the EPCglobal Class 1 Generation 2 UHF RFID standard. It is particularly well-suited for environments where long reading distances are required. Its contactless interface generates current through the antenna circuit using the transmitted energy from the reader, while the system clock is generated by an oscillator integrated into the chip. The data transmitted from the reader to the tag/label is demodulated by the interface, which also modulates the reader's electromagnetic field for data transmission. The tag/label can be used without the need for a battery or visual contact, as long as it is connected to a dedicated antenna. When the tag/label is within the reader's range, the high-speed wireless interface enables data transmission in both directions. |