Detailed Description:
Unlock the power of high-frequency wireless identification with the RFID White Tag, a standard 13.56MHz RFID Card. This versatile card is the ideal companion for popular RFID reader modules like the MFRC522 and is a cornerstone for building a wide range of advanced projects, from secure access control systems and attendance trackers to smart vending machines and more. Unlike simple, low-frequency ID-only tags, this high-frequency card offers a significant advantage: it supports both reading and writing data.
The RFID card is a passive transponder based on the ISO/IEC 14443 Type A protocol. It operates without an internal battery, drawing power from the electromagnetic field of a compatible reader. It typically contains a MIFARE Classic 1K chip, providing a substantial 1K byte (1024 bytes) of EEPROM memory. This memory is organized into 16 sectors and can be modified, allowing you to not only read a unique ID but also store small amounts of data, such as user credentials, balance information, or unique project data, which can be updated as needed.
With its durable, standard credit-card-sized white PVC design, the card is perfect for daily use. Every card contains a unique, unalterable 4- or 7-byte UID that is factory-programmed, ensuring unique identification for every card. When used with a compatible RFID reader and a microcontroller like an Arduino or ESP32, this card allows you to create robust and sophisticated identification and data management systems. Its reusability and durable build make it a cost-effective and reliable choice for developers and hobbyists in Pune, Maharashtra, India, and around the world, enabling a new level of interactive project design.
The RFID White Tag (13.56MHz) is a passive, contactless smart card designed for use with RFID readers like MFRC522. It is built using the ISO14443A protocol and contains a small chip and antenna inside the durable plastic body.
These tags are ideal for identification, authentication, security systems, and IoT applications where wireless tagging is required. The card contains a unique 4/7-byte UID, which can be read using compatible readers, allowing each card to be uniquely identified in your project.
It is a reusable, blank tag that can be written to (if supported by your system), and is durable enough for daily use in offices, schools, hotels, libraries, and more.
Key Features:
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Operates at 13.56 MHz (HF RFID frequency)
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Passive tag – no battery required
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Based on ISO14443A standard
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Compatible with MFRC522 RFID modules
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Unique UID for identification
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Rewritable memory (depending on reader/writer support)
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Durable PVC white card design (credit card size)
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Plug-and-play with Arduino, ESP8266, ESP32, STM32
Technical Specifications:
Parameter |
Specification |
Operating Frequency |
13.56 MHz |
Communication |
ISO14443A |
Memory Type |
EEPROM (typically 1KB for Mifare cards) |
UID Type |
4/7 Byte Unique Serial Number |
Operating Distance |
0 – 5 cm (depends on reader) |
Dimensions |
85.6mm x 54mm x 0.76mm (standard card) |
Material |
White PVC |
Compatibility |
MFRC522, PN532, RC522, etc. |
How to Use:
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Use an MFRC522 RFID reader module connected to your Arduino or microcontroller.
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Place the RFID card near the reader.
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Read UID using libraries like MFRC522.h
in Arduino IDE.
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Use UID for access, attendance, or data logging logic.
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Optionally, write data (if using writable sectors on the tag).
Applications:
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RFID-based access control systems
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Attendance management (student/staff)
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Hotel room key cards
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IoT-based identity projects
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Library systems and asset tracking
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Cashless payment system demos
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DIY security projects and RFID door locks
Package Includes: