Roger RFT1000 is a biometric reader that operates as a terminal for PR series controllers and is equipped with both a fingerprint scanner and an MIFARE Ultraligth/Classic proximity card reader. The reader can store up to 1900 fingerprint templates and can identify users by comparing their fingerprints with templates stored in either the reader's memory (1:N mode) or on MIFARE Classic cards (1:1 mode).
The RFT1000 reader's initial configuration is performed via Ethernet port using RogerVDM software, while further configuration and use is performed via PR Master software. Communication between the reader and RogerVDM/PR Master software is encrypted with AES-128 CBC standard, and communication between the RFT1000 reader and the controller is performed via RACS Clock & Data interface.
Roger RFT1000 is a biometric reader that operates as a terminal for PR series controllers and is equipped with both a fingerprint scanner and an MIFARE Ultraligth/Classic proximity card reader. The reader can store up to 1900 fingerprint templates and can identify users by comparing their fingerprints with templates stored in either the reader's memory (1:N mode) or on MIFARE Classic cards (1:1 mode).
The RFT1000 reader's initial configuration is performed via Ethernet port using RogerVDM software, while further configuration and use is performed via PR Master software. Communication between the reader and RogerVDM/PR Master software is encrypted with AES-128 CBC standard, and communication between the RFT1000 reader and the controller is performed via RACS Clock & Data interface.
Roger RFT1000 is a biometric reader that operates as a terminal for PR series controllers and is equipped with both a fingerprint scanner and an MIFARE Ultraligth/Classic proximity card reader. The reader can store up to 1900 fingerprint templates and can identify users by comparing their fingerprints with templates stored in either the reader's memory (1:N mode) or on MIFARE Classic cards (1:1 mode).
The RFT1000 reader's initial configuration is performed via Ethernet port using RogerVDM software, while further configuration and use is performed via PR Master software. Communication between the reader and RogerVDM/PR Master software is encrypted with AES-128 CBC standard, and communication between the RFT1000 reader and the controller is performed via RACS Clock & Data interface.
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