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Customized RFID Card NFC Mifare Ultralight ® EV1
SKU
CR02C46
Custom RFID cards. Printed proximity badge and identification cards (contactless radio-frequency smart-card). Customized with offset color printing with numbering, barcodes and signature panel. ISO 7810 laminated plastic cards in PVC or PET. NFC Mifare Ultralight ® EV1 RFID chip NFC read and write HF 13,56 MHz ISO 14443A / NFC Type 2.
- 500 pz to € 0.581 each 14% discount
- 1000 pz to € 0.525 each 22% discount
- 2000 pz to € 0.482 each 29% discount
- 3000 pz to € 0.461 each 32% discount
Color printed offset cards with customization in PVC ISO 7810 ID-1 standard format with size 85.60 53.98 mm (3.370 2.125 in) and rounded corners with a radius of 2.88-3.48 mm. Originally used for bank cards today it is also used in many countries for driving licenses and identity cards and in many commercial sectors for loyalty cards, identification and business cards. NFC Mifare Ultralight ® EV1 RFID chip NFC read and write HF 13,56 MHz ISO 14443A / NFC Type 2 original NXP.
APPLICATIONS
- Personal identification
- Fidelity card / Loyalty cards
- Gift cards
- Electronic money
- Holiday parks
- Camping / Campsites
- Access control
- Attendance
- Holtel and hotel doors
- Energy saving switches
APPLICATIONS
- Personal identification
- Fidelity card / Loyalty cards
- Gift cards
- Electronic money
- Holiday parks
- Camping / Campsites
- Access control
- Attendance
- Holtel and hotel doors
- Energy saving switches
| Chip RFID | MIFARE Ultralight ® EV1 |
|---|---|
| Chip Frequency | HF 13,56 MHz |
| Standard protocol | ISO 14443A / NFC Type 2 |
| Compatibility NFC | Type 2 Tag |
| Chip Manufacturer | NXP |
| Material | PVC |
| Dimension | 85,60 × 54 × 0,9 mm |
| Weight | 6,9 g |
| Chip functions | NXP Semiconductors has developed the MIFARE Classic EV1 contactless IC to be used in a contactless smart card according to ISO/IEC 14443 Type A. The target applications include single trip or limited use tickets in public transportation networks. The chip has 640 Bit memory, organized in 64 block of 16 bytes each, of which 384 bits (12 pages) are user read/write memory |
