RFID 13.56Mhz Numeric Keypad Reader 14443A USB Interface Vue Default Title

RFID 13.56MHz USB Keypad Card Reader – ISO 14443A Plug & Play

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Sale price  $50.99 Regular price $61.99
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RFID 13.56Mhz Numeric Keypad Reader 14443A USB Interface Vue Default Title

RFID 13.56MHz USB Keypad Card Reader – ISO 14443A Plug & Play

Sale price  $50.99 Regular price $61.99
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RFID 13.56MHz USB Numeric Keypad Card Reader – ISO 14443A

Streamline access control, attendance tracking, and card-based authentication with this versatile RFID 13.56MHz USB Numeric Keypad Reader. Supporting the ISO 14443A standard, it reads a wide range of popular contactless IC cards and operates as a true plug-and-play USB HID device — no drivers required. Simply connect via USB and start scanning cards on Windows, Linux, or Android immediately.

Key Features

  • No Driver Needed: USB HID (Human Interface Device) interface — works out of the box on most operating systems.
  • Wide Card Compatibility: Reads M1 Classic S50, S70, FM1108, MF Plus 4-bit, NTAG213, NTAG215, NTAG216, DESFire, Ultralight, and other ISO 14443A-compliant cards.
  • Fast Read Speed: Card read time under 100ms for quick, efficient operation.
  • Numeric Keypad Included: Integrated keypad for PIN entry, combining card and code-based verification in a single compact unit.
  • Broad OS Support: Compatible with Windows XP, WinCE, Windows 7, Windows 10, Linux, and Android.
  • CE Certified: Meets CE certification standards for quality and safety compliance.
  • Compact & Desk-Ready: Slim 135 × 85 × 28 mm form factor fits neatly on any desk or counter.

Technical Specifications

Frequency 13.56 MHz (ISO 14443A)
Supported Card Types M1 S50, S70, NTAG213, NTAG215, NTAG216, DESFire, Ultralight, FM1108, MF Plus 4-bit
Read Distance 0–5 cm
Read Time < 100ms
Interface USB HID (Plug & Play, no driver required)
Working Voltage 5V (USB powered)
Working Current 100 mA
Dimensions 135 × 85 × 28 mm
OS Support Windows XP / WinCE / Win 7 / Win 10, Linux, Android
Certification CE
Country of Origin Made in Mainland China

IC Reader Output Format Reference

Chip Type Serial Number (Example) Reader Output
M1 Classic S50, S70, FM1108, MF Plus 4-bit 87:80:72:99 2574418055 (Decimal) / 99 72 80 87 (Hex)
NTAG213/215/216, DESFire, Ultralight 04:CA:2E:82:5D:5A:80 2184104452 (Decimal) / 82 2E CA 04 (Hex)

Ideal Use Cases

  • Office and building access control systems
  • Employee or student attendance tracking
  • Point-of-sale or loyalty card scanning
  • IT and developer projects requiring USB card input
  • Locker, library, or event check-in management

For more information on RFID technology standards and contactless card security, visit the NIST Guidelines for Securing RFID Systems.

Frequently Asked Questions

Q: Does this RFID USB keypad reader require any special drivers to install?

A: No — this reader uses the USB HID (Human Interface Device) protocol, making it a true plug-and-play device. Simply connect it to a USB port on your computer or Android device and it will be recognized automatically. No additional drivers are needed on Windows XP, Windows 7, Windows 10, Linux, or Android.

Q: What types of RFID cards are compatible with this 13.56MHz reader?

A: This reader supports all ISO 14443A standard contactless cards, including Mifare Classic M1 S50 and S70, FM1108, MF Plus 4-bit, NTAG213, NTAG215, NTAG216, DESFire, and Ultralight chips. It outputs the card's UID both in decimal and hexadecimal format for easy integration with software systems.

Q: What is the maximum card reading distance for this RFID keypad reader?

A: The effective reading distance is 0 to 5 cm. For best results, hold the card within a few centimeters of the reader's scanning area. The read time is under 100ms, ensuring a fast and responsive experience.

Q: Can this RFID reader be used for both card scanning and PIN entry?

A: Yes. The integrated numeric keypad allows users to enter a PIN code in addition to scanning an RFID card, making it suitable for two-factor verification setups where both a card and a numeric code are required for access.

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