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Overview of MIFARE technology for contactless RFID smart card systems.
Details on MIFARE/DESFire products and their expanded capabilities for encrypted RS-485 networks.
Explains the Secured MIFARE card format, balancing security and cost with AES256 encryption.
Details MIFARE DESFire EV1 as a solution for multi-application smart cards in transport and e-government.
Step-by-step guide for physically installing the card reader, including placement and securing.
Illustrates the connection of a single RS-485 reader for entry-only mode.
Shows the connection of two RS-485 readers for both entry and exit configurations.
Specifies the baud rate requirements for tSec Readers to communicate with OSDP Servers.
Details how to use the Protege Config App for secure, convenient, and flexible reader programming.
Steps to create a configuration for enabling OSDP communication protocol on tSec Readers.
Procedure to set ISO14443 gain to 6 for reading DESFire EV2 tags.
Instructions to change tSec Reader configuration for dual LED mode in Wiegand connections.
Procedure to reconfigure the reader for Wiegand output after RS-485 use.
Steps to enable Card Serial Number (CSN) reading for lower security sites or third-party cards.
Details the ICT Encoder Client software for encoding credentials and creating config cards.
Steps to create a config card enabling OSDP communication protocol on tSec Readers.
Procedure to create a config card for setting ISO14443 gain to 6 for DESFire EV2 tags.
Steps to create a config card for dual LED operation in Wiegand configuration.
Steps to create a config card for setting the reader to Wiegand output mode.
Steps to create a config card for enabling Card Serial Number (CSN) reading.
Overview of MIFARE technology for contactless RFID smart card systems.
Details on MIFARE/DESFire products and their expanded capabilities for encrypted RS-485 networks.
Explains the Secured MIFARE card format, balancing security and cost with AES256 encryption.
Details MIFARE DESFire EV1 as a solution for multi-application smart cards in transport and e-government.
Step-by-step guide for physically installing the card reader, including placement and securing.
Illustrates the connection of a single RS-485 reader for entry-only mode.
Shows the connection of two RS-485 readers for both entry and exit configurations.
Specifies the baud rate requirements for tSec Readers to communicate with OSDP Servers.
Details how to use the Protege Config App for secure, convenient, and flexible reader programming.
Steps to create a configuration for enabling OSDP communication protocol on tSec Readers.
Procedure to set ISO14443 gain to 6 for reading DESFire EV2 tags.
Instructions to change tSec Reader configuration for dual LED mode in Wiegand connections.
Procedure to reconfigure the reader for Wiegand output after RS-485 use.
Steps to enable Card Serial Number (CSN) reading for lower security sites or third-party cards.
Details the ICT Encoder Client software for encoding credentials and creating config cards.
Steps to create a config card enabling OSDP communication protocol on tSec Readers.
Procedure to create a config card for setting ISO14443 gain to 6 for DESFire EV2 tags.
Steps to create a config card for dual LED operation in Wiegand configuration.
Steps to create a config card for setting the reader to Wiegand output mode.
Steps to create a config card for enabling Card Serial Number (CSN) reading.
General| Brand | ICT |
|---|---|
| Model | PRX-TSEC |
| Category | Card Reader |
| Language | English |
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