Product Description: 13.56 MHz USB Smart Card Reader - Non-Contact Proximity Sensor Enhance your identification and access control systems with our 13.56 MHz USB Smart Card Reader. This advanced non-contact proximity sensor is designed for efficiency and versatility, making it an essential tool for various applications. High-Frequency Performance: Operating at 13.56 MHz, this IC card reader utilizes radio frequency identification (RFID) technology to quickly and accurately read IC cards. Whether for identification or payment processing, you can rely on its fast reading capabilities to streamline your operations. User-Friendly Plug and Play Design: Enjoy hassle-free installation with our plug-and-play feature. Simply connect the card reader to your PC using the included USB cable—no external power supply or driver installation is required. This makes it perfect for users of all technical levels. Versatile Connectivity: The IC card reader can be easily connected to a PC to read RFID tags and update applications. This functionality allows for seamless integration into your existing systems, enhancing your workflow and efficiency. Wide Application Range: This card reader is suitable for a variety of uses, including identification, access control, PC access, customized card applications, payment processing, and anti-counterfeiting measures. Its versatility makes it an ideal choice for businesses, educational institutions, and security systems. Broad Operating System Compatibility: Our card reader is compatible with multiple operating systems, including Windows XP, Windows CE, Windows 7, Windows 10, Linux, Vista, and Android. For Android devices, an additional OTG cable is required, ensuring you can use this device across various platforms without any issues. Upgrade your access control and identification processes with the 13.56 MHz USB Smart Card Reader. Its fast reading capabilities, user-friendly design, and wide compatibility make it a valuable addition to any system, ensuring you stay ahead in efficiency and security.