NFC Tag NTAG213 8x18mm
NFC Tag NTAG213 rectangular label 8 x 18mm
NTAG213 self-adhesive NFC tag
NFC tag in a rectangular shape in the form of an RFID system on a polymer self-adhesive foil. NFC tags are fully compatible with all phones and tablets with an NFC module. The small size of the NFC tag is worth noting:
- system antenna (8x18mm)
- self-adhesive backing (11x21mm)
The use of an extremely thin self-adhesive foil to embed the RFID chip makes it an ideal solution for use in advertising, where it is necessary to hide the NFC tag (e.g. under the layer paper).
Use of NFC tags
TAGS NTAG213 is fully compatible with all NFC phones and tablets. NFC tags are most often used in the advertising industry, at mass events, in identifying people and quickly sharing digital information.
Example applications:
Interactive advertising (smartposter, stands, leaflets)
RFID identifiers
Proximity data sharing
Many more...
NFC TAG NTAG213
NFC tag enables wireless exchange of information (read / write). Just hold your phone close to the NFC tag to start communicating. NTAG213 NFC tags are compatible with the NFC Foum Type 2 standard, which guarantees the ability to write and read tags by all phones equipped with an NFC module, regardless of their operating system: Android, Windows Phone, Black Berry.
NTAG213 NFC tags operate at a frequency of 13.56 MHz. The NFC chip used has 180B of memory, of which 144B are ready to record any data by the user. NFC tags can be protected against re-writing/deleting data. The devices do not have an internal power supply, so there is no need to replace/charge the battery.
NFC
ISO 14443A
NDEF
NFC Forum Type 2 Tag
Quality
We guarantee 100,000 writing operations on the offered NFC Tags.
The data storage period is 10 years.
More about our quality control procedures.
NFC software
You are interested in ordering dedicated software using the technology NFC?
More information about NFC technology can be found on our company's blog.
Do you have an idea for using NFC technology, but you are not sure whether it will be possible?