Faread Technology Co.,LTd.

    RFID ISO Card UHF or UHF / MIFARE

    • MODELRFID ISO Card UHF or UHF / MIFARE
    • BRANDFAREAD

    Base Model Number  UHF, UHF + MIFARE DESFire EV1 4KUHF + MIFARE Classic EV1 1KDimensionsISO card: 3.4 x 2.1 × 0.03 in (85.6 x 54 × 0.76 mm)Material  PVC (default, others on request

    1. Detailed information

    Base Model Number  

    UHF, UHF + MIFARE DESFire EV1 4K

    UHF + MIFARE Classic EV1 1K

    Dimensions

    ISO card: 3.4 x 2.1 × 0.03 in (85.6 x 54 × 0.76 mm)

    Material  

    PVC (default, others on request)

    Color  

    White

    Chip Type  

    Monza 4QT + (optional MIFARE DESFire EV1 4K or MIFARE EV1 1K)

    Memory  

    UHF: 128 bit EPC, 512 bit user memory, 96 bit TID

    MIFARE DESFire: 4KB (optional: 256B, 2KB, 8KB), MIFARE EV1 1KB (optional: 4KB)

    Operating Frequency  

    860-960 MHz (Worldwide) + 13.56 MHz (MIFARE)

     

    Standards  

    UHF: EPC Class 1 Gen 2, ISO 18000-6C

    MIFARE DESFire: ISO 14443 / NFC Tag Type 4 (if NDEF formatted); ISO 10373, ISO 7816-1

    Anti Collision 

    Yes

    Water  

    IP68,68° F / 20° C (1m, 24h)

     

    Resistances 

    Acetic acid water, artificial perspiration, carbonated sodium water, ethylene glocol, fuel B, salt mist, salt water, sugared water; humidity 95% at 122° F (50° C) 24 h

    Storage Temperature

    -31° to +122° F (-35° to +50° C)

    Operating Temperature

    -31° to +122° F (-35° to +50° C)

     

    Shock / Fatigue Temperature

    -31° to +176° F (-35° to +80° C),

    50 cycles, 5 min soaking time, 20 sec transition

    Force

    Dynamic bending and torsion, 4 × 250 bends

    Reading Distance  

    UHF up to 39 ft / 12 m (2W reader ERP, free space)


    Options

    Artwork; encoding; laser engraving; magnetic stripe;

    other contactless-, contact- or memory-chips; signature panel and optical security features ;

    UHF only cards support an optional horizontal punch slot

    Prelaminates

    For card manufacturers this technology is

    alternatively available in form of 410 μm (16 mil) prelaminates


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