Fafeicy ID Card Reader Card Reader USB 125KHZ 0.2S Reading Speed 80mm Range with USB Plug and Play for

[HIGH SPEED & LONG RANGE READER] Experience rapid and reliable card reading with our advanced reader. It boasts an impressive reaction speed of less than 0.2 seconds and supports a reading distance of up to 80mm (3.1 inches). This ensures quick and convenient data without the need for precise card alignment, making your access control or identification processes incredibly efficient and user friendly. [UNIVERSAL PLUG & PLAY COMPATIBILITY] Enjoy seamless integration with your existing systems. This reader features a standard USB interface for plug and play operation and is compatible with , , and platforms without requiring any additional driver installation. Its strong compatibility and , powered by a sophisticated microelectronics RF module, make it a versatile solution for various software and hardware environments. [DURABLE & USER FRIENDLY DESIGN] Built to last in demanding environments. The reader's shell is constructed from robust, anti scratch PVC material with a frosted, spray molded surface for a premium feel. The included 1.4 meter USB cable is reinforced with durable PVC wrapping for higher transmission efficiency and longevity. Thoughtful design elements ensure everyday reliability. [SECURE & STABLE MOUNTING] Achieve a secure and wobble free installation with the included mounting accessories. The bottom of the reader is equipped with four non slip, wear sponge pads that protect surfaces and prevent movement. Internal removable screws provide flexibility for either permanent mounting or temporary placement, adapting to your specific setup needs with ease. [VERSATILE CARD SUPPORT & KEYBOARD EMULATION] This versatile device supports reading and writing of IC cards following the ISO14443 standard at 13.56MHz, including popular cards. Its unique keyboard emulation output allows it to function like a standard keyboard, seamlessly entering card data into any text field, which simplifies integration with most access control, time

• [HIGH SPEED & LONG RANGE READER] Experience rapid and reliable card reading with our advanced reader. It boasts an impressive reaction speed of less than 0.2 seconds and supports a reading distance of up to 80mm (3.1 inches). This ensures quick and convenient data without the need for precise card alignment, making your access control or identification processes incredibly efficient and user friendly.
• [UNIVERSAL PLUG & PLAY COMPATIBILITY] Enjoy seamless integration with your existing systems. This reader features a standard USB interface for plug and play operation and is compatible with , , and platforms without requiring any additional driver installation. Its strong compatibility and , powered by a sophisticated microelectronics RF module, make it a versatile solution for various software and hardware environments.
• [DURABLE & USER FRIENDLY DESIGN] Built to last in demanding environments. The reader's shell is constructed from robust, anti scratch PVC material with a frosted, spray molded surface for a premium feel. The included 1.4 meter USB cable is reinforced with durable PVC wrapping for higher transmission efficiency and longevity. Thoughtful design elements ensure everyday reliability.
• [SECURE & STABLE MOUNTING] Achieve a secure and wobble free installation with the included mounting accessories. The bottom of the reader is equipped with four non slip, wear sponge pads that protect surfaces and prevent movement. Internal removable screws provide flexibility for either permanent mounting or temporary placement, adapting to your specific setup needs with ease.
• [VERSATILE CARD SUPPORT & KEYBOARD EMULATION] This versatile device supports reading and writing of IC cards following the ISO14443 standard at 13.56MHz, including popular cards. Its unique keyboard emulation output allows it to function like a standard keyboard, seamlessly entering card data into any text field, which simplifies integration with most access control, time attendance, and membership software without complex configuration.