Rubik NFC 216 Sticker 888 Bytes Tags, Self-adhesive Ntag216 Token Tags, RFID 13.56mhz (5 Tags)

 Rubik NFC 216 Sticker 888 Bytes Tags (Inlay)

 ◈ Overview

Introducing the Rubik NFC 216 Sticker 888 Bytes Tags (Inlay), a top-tier NFC solution for versatile applications. These transparent, self-adhesive Ntag216 token tags are compatible with RFID IC Mifare 13.56MHz TagMo Amiibo. Whether you're looking to streamline access control, enhance mobile payments, or engage in cutting-edge mobile marketing, these tags are designed to deliver exceptional performance and reliability.

 ◈ High-Quality Ntag216 Chip

The Rubik NFC 216 Sticker is powered by the advanced Ntag216 chip, renowned for its superior performance in NFC applications. The Ntag216 chip offers 888 bytes of fully usable memory, providing ample space for various data storage needs. This chip supports 13.56MHz RFID and NFC IC reader/writer functionalities, making it a versatile choice for a wide range of uses.

 ◈ Compatibility and Versatility

One of the standout features of the Rubik NFC 216 Sticker is its universal compatibility. It works seamlessly with all NFC-enabled smartphones worldwide. Android users can easily download NFC software from Google Play, such as NFC Task Launcher and NFC ReTag Pro Security Software, to maximize the tag's functionality. iPhone users can stick the tag behind their phones and program it using compatible devices, turning it into a highly functional tool for a myriad of applications.

 ◈ Wide Range of Applications

The Rubik NFC 216 Sticker is designed to meet diverse needs across various sectors:

➣ Check-in Systems: Streamline attendance and registration processes with quick and efficient NFC check-ins.

➣ Mobile Payments: Facilitate secure and convenient mobile transactions.

➣ Product Information Query: Enhance customer experience by providing instant access to detailed product information.

➣ Mobile Identification: Use for secure and easy mobile identification in various settings.

➣ Mobile Marketing: Engage in dynamic marketing campaigns that leverage the interactive capabilities of NFC technology.

➣ Social Networking: Share business cards and other personal information effortlessly.

➣ Access Control: Implement robust access control systems in offices, events, and other environments.

➣ Membership Management: Manage memberships effectively with NFC-based solutions.

➣ Healthcare: Improve patient management and healthcare services with efficient NFC tagging.

➣Library Services: Facilitate easy book borrowing and inventory management in libraries.

 ◈ Technical Specifications

➣ Operating Frequency: 13.56 MHz

➣ Data Transfer Rate: 106 kb/s

➣ Data Integrity: Ensured by 16-bit CRC, parity, bit encoding, and bit count mechanisms.

➣ Working Distance: Up to 100 mm, depending on parameters such as field strength and antenna geometry.

➣ Serial Number: 7-byte (ISO/IEC 14443-3 cascade level 2)

➣ Security Features: Truly anti-interference, ECC-based original signature for enhanced security.

 ◈ Ease of Use

The transparent, self-adhesive design of the Rubik NFC 216 Sticker ensures easy application on various surfaces. However, it is important to note that these tags are not supported for use on metal surfaces and the tag number cannot be changed once programmed. These tags are ideal for environments where non-metal surfaces are predominant, ensuring consistent performance and reliability.

The Rubik NFC 216 Sticker 888 Bytes Tags (Inlay) offers a robust, high-quality solution for modern NFC applications. With its advanced Ntag216 chip, universal compatibility, and wide range of potential uses, this product is perfect for individuals and businesses looking to leverage NFC technology to its fullest. Whether you are enhancing security, improving customer engagement, or streamlining operations, these tags provide the reliability and performance you need.

Embrace the future of NFC technology with Rubik NFC 216 Sticker 888 Bytes Tags (Inlay) and discover endless possibilities for innovation and efficiency in your personal and professional life.