Mifare Card Reader RF-10M Slave or Master Configuration | Realtime

Mifare Card Reader RF-10M

Mifare Card Reader is a reliable access control system that businesses, educational institutions, and residential properties can use to protect their premises and keep outsiders away. This technology provides multiple security features to ensure top-notch safety and maximum convenience during authentication. Learn more in this article about the advantages of Mifare card readers and what you need to know when installing one.

What is Mifare Card Reader Technology?

Mifare Card Reader technology is a state-of-the-art security system used in many places to provide access control. It is based on the MIFARE Classic 1K, which stores up to 1,024 bytes of contactless data stored on a single microchip. This chip can recognize credentials such as magnetic stripes and RFID cards to grant or deny access within controlled areas, providing users with maximum convenience and peace of mind.

Benefits of Using Mifare Card Readers

Mifare Card Readers offer a range of benefits for businesses and residential properties, including improved security, flexibility, convenience, and cost-effectiveness. With this technology, users can set access restrictions for certain areas and times, making it easy to manage traffic flow. Additionally, because the system is contactless and does not require physical keys or tokens to be issued, it eliminates the need for replacement costs associated with lost or stolen access cards.

Installing and Configuring a Mifare Card Reader

Installing and configuring a Mifare Card Reader is relatively simple and does not require a great deal of technical knowledge. All you need to do is mount the reader in the desired location, program it with access control data, and connect it to your company’s existing card system. Once this process is complete, users will be able to use their current cards or tokens to gain access.

Security Considerations When Using Mifare Card Readers

When you invest in Mifare Card Reader technology, it’s important to consider security best practices. This includes making sure the card reader is in a secure and well-lit location, that access is limited to authorized personnel only, and that data is encrypted to prevent unauthorized access. Finally, it’s essential to configure regular system checks and maintenance tasks to ensure that your access system remains operational.

Troubleshooting Tips for Mifare Card Readers

If you encounter any technical issues, it’s important to troubleshoot correctly to avoid further disruptions. A common problem when using Mifare Card Readers is a malfunctioning card reader due to power supply or connection failures. Make sure to verify that the power supply and cable connections are secure. If problems persist, reset the card reader and reprogram it with the restore settings.

Product Specifications:

Wiegand 26bits / Wiegand34bits / ABA Standard Format Data Output

Less than 0.2-second Response Speed

Less than 0.5 seconds Proximity Time Distance

2–15 cm Proximity Range

Support UEM 4100 ID Card or compatible with it (64 bits, Manchester Code)

-25°C to 75°C Ambient Temperature, 10%–90% Ambient Humidity

Built-in Antenna

Built-in LED (Double Color LED)

Built-in Loud Speaker (Buzzer)

DC 12V Working Voltage, 70mA Working Current

100-meter Meters Communication Distance

Real-Time Data Transfer