Outdoor Compact RFID Reader
XPass D2 is an outdoor compact RFID reader based on Suprema’s state-of-the-art RFID technology and multi-hardware platform, optimized for centralized access control systems such as Suprema’s CoreStation.
Using multi-form factor technology, mullion-type, gangbox-type and gangbox keypad-type are all supported. With dual-frequency (125kHz / 13.56MHz) RFID technology, XPass D2 also supports mobile cards using NFC and BLE, the latest mobile communication technologies. Packed in a rugged IP65/IP67 rated dust & waterproof performance as well as IK08 rated vandal-proof structure, suitable for tough environments and outdoor installations.
Dual Frequency, Multi-Smartcard Reader
Featuring dual-frequency RFID card technology, XPass D2 supports both LF(125KHz) and HF(13.56MHz) RFID including all RFID card standards. On top of fingerprint credential, XPass D2 supports most types of RFID card standards with a single device including EM, MIFARE, MIFARE Plus, DESFire/EV1, FeliCa, NFC and BLE.
Communicates with Smartphones
With BioStar 2 Mobile card, as a credential, your smartphone is a key to access.
Open Supervised Device Protocol (OSDP) Combined with Suprema’s intelligent biometric controller, the CoreStation, XPass D2 completes biometrics-driven access control system with enhanced simplicity and level of security of centralized system topology.
|Memory||256 KB Flash + 64 KB RAM|
|Operating temperature||-35°C ~ 65°C|
|Storage temperature||-40°C ~ 70°C|
|Operating humidity||0% ~ 95%, non-condensing|
|Storage humidity||0% ~ 95%, non-condensing|
|Dimension (W x H x D)||48 mm x 144.7 mm x 27 mm|
Bracket: 30g (Including washer and bolt)
|Electrical||Power||Voltage: DC 12 V, Current: Max. 400 mA
* Use 12 VDC, 1.5A power supply.
|Switch input VIH||Min. 3 V
Max. 5 V
|Switch input VIL||Max. 1 V|
|Switch Pull-up resistance||4.7 kΩ (The input ports are pulled up with 4.7 kΩ.)|
|Wiegand output VOH||More than 4.8 V|
|Wiegand output VOL||Less than 0.2 V|
|Wiegand output Pull-up resistance||Internally pulled up with 1 kΩ|
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