What are NFC tags

NXP's NTAG series chips include NTAG210, NTAG212, NTAG213, NTAG215, NTAG216, NTAG213TT, NTAG424, and others. They all adhere to the NFC Forum Type 2 Tag and the ISO/IEC14443 Type A specifications. NTG213, NTAG215, and NTAG216 are the most commonly used NFC chips, and their functions and applications are very similar. So, how do you decide? What are the distinctions between them? Fewer people understand it, but this article will help you understand.

How Does NFC Function?

Near-Field Communication (NFC) is a set of communication protocols that allows two electronic devices to communicate over a distance of 4 cm (112 in).

NFC provides a low-speed connection with simple setup that can be used to launch more capable wireless connections.

Many businesses have used NFC technology to simplify daily operations such as payment checkout. Knowing more about the various varieties will assist you in deciding which one to use for your business.

Because of NFC tags, which simplify how things work. NFC, like Bluetooth and Wi-Fi, is based on wireless technology. When you tap your smartphone on an NFC sticker, certain operations are triggered that fulfill actions based on what is written inside the program. NFC, on the other hand, is faster than Bluetooth and Wi-Fi.

Questions Answered: What Is the Difference Between Ntag213, Ntag215, And Ntag216?

Two factors must be considered when distinguishing between different NFC tag varieties. These are the different types of chops and tags. Continue reading to learn more about the distinctions between Ntag213, Ntag215, and Ntag216.

Ntag213

The Ntag213 chip is the successor to the Ntag203 chip. It has superior functionality and performance. It improves reading speed and range. It is a better option because it has a larger memory of 144 bytes. It should be noted that Ntag2013 has already been superseded by Ntag213. Nonetheless, the Ntag213 chip can be used in older applications without issue.

Ntag215

If you want more memory, the Ntag215 is a more affordable option. It has 504 bytes of memory and can be encoded with V-cards. Its distinguishing feature is password protection. IT is a very good NFC chip that is slightly less expensive than Ntag216.

Ntag216

Ntag216 has the most memory (888 bytes). Because it can store large amounts of data, it is ideal for use in business cards. Because it is so quick, many businesses prefer it. However, it is also very expensive.

The main distinction between the three types of NFC tags is their memory. The more memory available, the more URLs can be stored. Despite this, they have the same features as Counter ASCII mirrors, as well as a 32-bit password. They can also be locked.

Let’s Take A Look At Some Of Their Basic Differences

Features

Specifications

User Features

Technical Specifications

Applications

Factors Influencing Your Choice of NFC Tags

Is the distinction between Ntag213, Ntag215, and Ntag216 significant?

Of course, making sound business decisions necessitates knowledge of these topics. Nonetheless, there are numerous other factors that could influence your decision.

Tag Positioning

Many businesses have reported problems with NFC tags when they are used with metals. That is why you can now see anti-metal or on-metal tags.

If you intend to place NFC tags on metal surfaces, you may need to find an anti-metal NFC. This type of tag is useful for tagging and tracking metal assets. Typically, the manufacturing and logistics industries require this technology.

Because most machines have metallic surfaces, they require an anti-metal tag to be tracked. When using, do not conceal the metal tag behind a metal sheet. Place it on the side with no metal.

Size and Reading Distance

Size is only important in NFC tags when determining the reading range. Larger NFC tags have a greater reading range. If your application necessitates a large antenna, we recommend that you use NFC tags with a large antenna. This could include hiding NFC tags behind a panel or a glass.

On-metal tags have a shorter reading distance. Even if you get a larger size, it usually has a short distance.

hostile environments

NFC chips can function in temperatures ranging from -20°C to +70°C. However, even though they are waterproof, they require additional protection to withstand external agents.

If your application requires washing or blasting finance, your NFC tags must be designed for specific functions. Check with your service provider to see if they can provide additional protection.

Tag Use

Finally, you must decide how you will use your NFC tag. NFC tags have four main applications.

Stickers

NFC tags are most commonly used as labels. Some tags are equipped with glue to withstand harsh weather conditions.

Perforated

Perforated NFC tags are available for use in harsh environments. These tags have holes in them so they can be nailed or screwed to surfaces.

Cable

Using cables is the best alternative to glue and holes. NFC chips can be embedded in cable ties, allowing you to tighten them around their support.

Supports

NFC tags can be embedded in a variety of special supports, including rings, bracelets, ID badges, and many others. This enables you to use these items on a daily basis to automate processes. NFC ID badges, for example, can be used to gain access to VIP rooms. It eliminates the need for time-consuming security checks while also making entry easier.

Ntag213, Ntag215, Or Ntag216: Which Is Better?

As previously stated, the primary distinction between these three types of NFC tags is their memory sizes. To make the best decision, first consider what your application would be.

Determine how much information you need to store as well as the weather conditions in your environment. Then, based on your memory requirements and budget, make the best decision.

Keep in mind that NFC has numerous applications. Examine your company to see if there are any processes where you have struggled. Would NFC technology assist you in resolving these issues? If you answered yes, it is time to take the plunge and experiment with this technology.