RFID Card ISO with Mifare Ultralight Chip
Advantages:
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Enchanced security protection, 100% cloning protection |
Technical specification:
Chip type: Mifare Ultralight
Operating Frequency: 13,56 Mhz
Card Type: Read / Write
Print ID: no
Material: PVC
Color: white
Color printing: yes
Operating temperature: -30 ° C … +75 ° C
Storage temperature: -40 ° C … +85 ° C
Dimensions (mm):86x54x0.76
Examples:
Card ISO (for printing on a printer) with Mifare Ultralight Chip.
| Dimensions | 86 × 54 × 0.76 mm |
|---|
RFID Bracelet EM Marine 125 Khz
Advantages:
|
Possible to apply personalization (the locker room, etc.) |
|
Moisture protected |
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Flexible and durable |
|
Possible to open casing. |
The bracelet is made of silicone. Three sizes strap male D74mm, female D65mm, children D54mm. Flexible and durable material. Lack latch makes this model bracelet durable even in the most "Spartan" conditions. Moisture and dust-protected enclosure that allows for bracelet in water parks and swimming pools.
RFID card EM Marine ISO 125Khz
Technical specification:
Chip type: EM-Marine
Operating Frequency: 125KHz
Card Type: Read only
Print ID: yes, the format xxx, xxxxx
Material: PVC
Color: white
Color printing: yes
Operating temperature: -30 ° C ... +75 ° C
Storage temperature: -40 ° C ... +85 ° C
Dimensions (mm):86х54х0.76
Examples:
Card ISO (for printing on a printer) standard EM Marine. The map shows the code, which greatly simplifies the entry in the database with no readers.
RFID Card T5557 Clamshell 125Khz
Technical specification:
Chip type: T5557
Operating Frequency: 125KHz
Card Type: Read / Write
Print ID: no
Material: ABS
Color: white, green, gray, blue
Capability of printing: yes
Operating temperature: -30 ° C ... +55 ° C
Storage temperature: -40 ° C ... +75 ° C
Dimensions (mm):86х54х1.6
Examples:
This thick proximity card Clamshell with slot under the lace chip T5557. It is used for recording or copying a unique number. (Can simulate EM Marine, HID Prox II and other standards operating at a frequency of 100-150Khz). And as for the creation of systems using encryption algorithms in the map. (Hotels, temporary absences, etc.).
