About Realtime RF 10 and RF 10M
The Realtime RF 10 and RF 10M are compact RFID slave readers designed to extend access control systems by providing fast and secure card-based authentication at additional entry and exit points. The RF 10 supports 125 kHz Proximity cards, while the RF 10M is designed for 13.5 MHz MiFare cards, allowing organizations to choose the reader that best matches their existing card infrastructure. With a response speed of less than 0.2 seconds and a reading range of up to 15 cm, these readers enable quick and convenient user verification for offices, factories, educational institutions, hospitals, residential complexes, warehouses, and commercial buildings. Built with an integrated antenna, dual-color LED indicators, and an in-built buzzer, both models provide clear visual and audible feedback during authentication.
The Realtime RF 10 and RF 10M communicate using 26/34-bit Wiegand protocol and provide data output in ABA Standard Format, ensuring compatibility with a wide range of access control systems. Designed for reliable operation in temperatures ranging from 0C to 60C, these slave readers offer dependable performance in diverse working environments. Their compact design allows easy installation while expanding secure card-based authentication across multiple access points. As part of an Access Control System, the Realtime RF 10 and RF 10M help organizations improve security, streamline employee access management, and provide fast, contactless RFID verification for modern workplaces.
FAQs
Q1. What is the difference between the RF 10 and RF 10M?
A1. The RF 10 supports 125 kHz Proximity cards, while the RF 10M supports 13.5 MHz MiFare cards.
Q2. What is the card reading range of these devices?
A2. Both the RF 10 and RF 10M provide a card reading range of up to 15 cm with a response speed of less than 0.2 seconds.
Q3. Which communication protocol do the RF 10 and RF 10M support?
A3. Both devices support 26/34-bit Wiegand communication with ABA Standard Format data output for integration with compatible access control systems.