The Difference Between Ntag213, Ntag215, and Ntag216: A Comprehensive Comparison

The Difference Between Ntag213, Ntag215, and Ntag216

Near Field Communication (NFC) made it much easier for our gadgets to interact with each other in ”just one tap”. Through NFCs, our phones and other devices can access data from NFC tags.

There are three common NFC tags ICs developed by NXP® Semiconductors to be used in mass market production — Ntag213, Ntag 215, and Ntag216. Though these tags are almost launched simultaneously, they vary in features, specifications, capabilities and potential applications.


This article will compare and contrast these three, giving you a better overview and understanding of how they work.

Understanding NFC Technology and NFC Tags

What is NFC technology?

NFC technology can facilitate short-range wireless communication between devices. It operates using electromagnetic induction and radio frequency identification (RFID) technology.

What are NFC tags?

NFC tags are small devices that store information like contact information, product details, and website URLs. These tags are widely used in marketing, healthcare, manufacturing, and logistics.


The data they hold can then be communicated to other NFC-enabled devices. Nowadays, more and more users prefer to use NFC tags over Bluetooth or Wi-Fi due to their efficient power use, faster connection establishment, and ease of set-up.

Usually, it is a sticker with an antenna, a tiny chip, and a memory. There are a lot of NFC tag variations. However, we will now focus on Ntag213, Ntag125, and Ntag216.


Key Features

Ntag213, Ntag215, and Ntag216 are three commonly used NFC tags, each offering different capabilities and features. Let’s explore their key characteristics:


Ntag213 Ntag215 Ntag216
User Memory 144 Bytes 504 Bytes 888 Bytes
Max URL 136 Characters 488 Characters 872 Characters
Total Memory 180 Bytes 540 Bytes 924 Bytes
Availability High Medium Low
Phone Compatibility Apple/Android Apple/Android Apple/Android
Cost Cheap Medium Expensive



Ntag213 is the new version of Ntag203, as the latter is currently out of production. Its 144 bytes memory capacity allows Ntag13 to store moderate data. This tag variation also has fast read and write speeds that enable quick data transfer between devices.

Regarding security features, Ntag213 only offers basic security features like password protection and data encryption. Despite this tag being the cheapest among Ntag series chips, its versatile compatibility and valuable features are still a win.


Compared to Ntag213, Ntag215 has a bigger memory capacity of 504 bytes. It also provides fast read and write speeds, especially for data transfers.

Regarding its security features, this tag can give you cryptographic authentication making it more enhanced than Ntag213 in this aspect. Ntag215 can also assure you of seamless communications across different platforms.


Ntag216 boasts the highest memory capacity among the three, with 888 bytes available for data storage. This tag offers you fast read and write speeds comparable to Ntag213 and Ntag215. It also provides advanced security features, including a more robust encryption algorithm.

Thus, ensuring data integrity and confidentiality to its users. Like the other two tags, Ntag216 is compatible with a wide array of NFC-enabled devices, ensuring broad applicability.



Pros and Cons

In this section, you will learn the advantage and disadvantages of the three NFC tags.



  • Has sufficient space for basic information
  • Compatible with a wide range of NFC-enabled devices
  • Supports quick and efficient communication between the tag and the NFC device
  • Ensures data integrity and privacy
  • Cost-effective choice for various applications


  • Memory capacity might not be sufficient for specific data-extensive applications
  • Does not have multi-application support
  • Does not have encryption capabilities
  • NFC device must be placed very close to the tag for effective communication
  • May be vulnerable to physical damage
  • Can be susceptible to tampering or security breach




  • Can store more information
  • Compatible with smartphones, tablets, and NFC readers
  • Supports high-speed data transfer rates
  • Ensures smooth user-experiences
  • Can be configured and programmed easily
  • Cost-effective choice for various applications


  • It has a limited storage capacity for an extensive amount of data
  • Has a limited communication range
  • Typically made of materials that are susceptible to physical damage
  • Lack of some advanced features like multi-application support or higher encryption capabilities
  • Can be tampered with or cloned if proper security measures are not observed




  • Has high memory capacity for extensive data storage
  • Ensures widespread usability across different platforms
  • Supports high-speed data transfer rates
  • It comes with built-in security features that prevent unauthorized access
  • Accessible for developers and end-users due to its straightforward programming
  • It has a flexible memory organization
  • Excellent chip for business cards


  • They may have a slightly higher cost due to their larger storage capacity
  • It has a limited number of read/write cycles before its performance begins to degrade
  • Can be susceptible to various security vulnerabilities




Why use NFC Tags?

Most phones today already have a built-in NFC inside. So, it means they can receive and transmit data used for payments. You can also use NFC to connect with some peripherals like headphones.

NFC tags can also acknowledge commands like switching on electronic lights, turning on the music, and changing your phone settings. Here are some of the specific uses of each variation:

Ntag213 Typical Use Cases

  • PLCR
  • Product Information
  • Vouchers
  • Marketing
  • Object Identification
  • Bluetooth Pairing

Ntag215 Typical Use Cases

  • Vouchers
  • Long Tracking URLs
  • Object Identification
  • Storing gaming character information
  • Collectible items like trading card

Ntag216 Typical Use Cases

  • Data storage
  • Object identification
  • vCards

Choosing the Right NFC Tag: Factors to Consider

To choose the most suitable NFC tag for your application, several factors should be considered:

Tag Positioning

It would be best to consider whether the tag will be embedded within an object or placed on the surface. Its position can impact the reading distance and overall performance.

Size and Reading Distance

Next, evaluate the size of the NFC tag and the reading distance required for your application. Smaller tags are preferable for compact objects, while larger tags provide longer reading distances.

Hostile Environments

Assess whether the NFC tags will be exposed to extreme temperatures, moisture, or physical stress. Some titles are designed to withstand harsh conditions better than others.


Determine the level of technical support and documentation provided by the NFC tag manufacturer, as it can significantly assist in implementing the technology effectively.

Tag Application

Understand your application’s specific requirements and objectives to identify which NFC tag best aligns with those needs. Consider factors such as data storage capacity, data transfer speed, compatibility, and cost.

By carefully considering these factors, you can make an informed decision when selecting an NFC tag that suits your requirements.

Key Takeaways

Whether you need a cost-effective solution with basic security features (Ntag213), a tag with larger memory capacity and enhanced security (Ntag215), or the highest memory capacity and advanced encryption (Ntag216), there is an NFC tag available to meet your specific requirements.

NFC tags find applications in various industries, from marketing and healthcare to manufacturing and logistics.

Embracing NFC technology and utilizing the appropriate NFC tag can streamline your businesses or personal processes.

Suppose you’re looking for high-quality tags for item tracking, access control, queueing management, and more. In that case, we invite you to check out our carefully curated selection of recommended NFC tags.

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