BioLite N2 Fingerprint Reader
Product Code: BioLiteN2
Key Features
- R1.77" Color TFT LCD
- R1:10000 user Identification in less than 1 second
- RBluetooth Support
- RDual Frequency, Multi-Smartcard Reader
- ROpen Supervised Device Protocol (OSDP)
- RIP67 Rated (Dust & Water Proof)
- R10 000 Fingerprint Users (1:N)
- R10 000 Fingerprint/Card Users (1:1)
- R1 000 000 Event Log
About the product
Suprema BioLite N2 is a Suprema’s 2nd generation outdoor fingerprint terminal that provides comprehensive access control and time attendance features based on Suprema’s latest biometric technology and security platform. BioLite N2 provides class-leading performance and security by featuring Suprema’s latest fingerprint algorithm coupled with world’s best fingerprint sensor. Packed in a rugged IP67 housing, BioLite N2 added flexibility in system design with multi-class RFID reading technology.
Featuring dual-frequency RFID technology, BioLite N2 supports both LF(125kHz) and HF(13.56MHz) RFID including all RFID standards that HID multi CLASS readers support. On top of fingerprint credential, BioLite N2 supports most types of RFID card standards with a single device including 125kHz EM, HID Prox & 13.56MHz MIFARE, MIFARE Plus, DESFire/EV1, FeliCa, iCLASS SE/SR, NFC and 2.4GHz BLE
Installation
The BioLite N2 Fingerprint Reader can be seamlessly connected to our range of top-of-the-line controllers, including the SDC-650 Multiple Door Controller (via OSDP), the SDC-620 Wiegand Door Controller (via Wiegand/OSDP), and the SDC-320 Wiegand Two Door Controller (via Wiegand). In addition, it can be connected to the SEB-722 remote IO expansion board (via Wiegand).
Each reader must be connected to the network (Ethernet) to allow for template management (fingerprint enrolment, editing and removal) using our native SACS interface.
Operation
When a user presents their finger at the reader, the reader transmits the corresponding user identifier number to the door controller for analysis. The controller then determines the access permission, based on predetermined access rules, which is subsequently conveyed to the reader. The reader, in turn, provides the appropriate feedback to the user through the use of its LCD display and buzzer signals, reflecting the determined access permission status.
