ntag213 chip

September 16, 2025

ntag213 chip proposal! ntag213 chip official support.GOV,ntag213 chip active! <h1>Understanding the NTAG213 Chip: A Comprehensive Guide</h1>

<h2>Introduction to the NTAG213 Chip</h2&how to get rfid;

The <strong>NTAG213 chip</strong> is a widely used NFC (Near Field Communication) tag IC (Integrated Circuit) developed by NXP Semiconductors. As part of the NTAG21x series, it is designed for applications requiring small memory capacity and cost-effective solutions. The <strong>NTAG213 chip</strong> operates at 13.56 MHz and is compliant with the ISO/IEC 14443 Type A standard, making it ideal for various NFC-based interactions such as smart posters, product authentication, and simple data storage tasks. Its popularity stems from its balance of functionality, affordability, and ease of integration into everyday objects.


<h2>Key Features of the NTAG213 Chip</h2>

<h3>Memory Structure</h3>

The <strong>NTAG213 chip</strong> offers 180 bytes of user memory, which is organized into 45 pages of 4 bytes each. This memory is divided into several sections: the capability container (CC), data area, and configuration pages. The CC defines the tag's properties, such as memory size and access permissions, while the data area stores user-defined information. Additionally, it includes 32-bit password protection to prevent unauthorized writes, enhancing security for sensitive applications.


<h3>Communication and Compatibility</h3>
This chip supports NFC Forum Type 2 Tag operations, ensuring interoperability with a wide range of NFC-enabled devices like smartphones, tablets, and readers. It features a fast data transfer rate and reliable communication within a typical range of a few centimeters. The <strong>NTAG213 chip</strong> also includes anti-collision mechanisms, allowing multiple tags to be read in proximity without interference, which is crucial for inventory management or event access control.

<h3>Durability and Form Factors</h3>
Designed for robustness, the <strong>NTAG213 chip</strong> can endure up to 100,000 write cycles and offers a data retention period of up to 10 years. It is available in various form factors, including stickers, cards, and embedded modules, catering to diverse use cases from retail to IoT (Internet of Things). Its low power consumption, driven by energy harv The Use of RFID for Human Identity Verification