As a technology, NFC sticker is very flexible. It can run only within a short distance, it is a low-friction connection. Whenever you have two embedded NFC chips terminals together, they will connect to each other. Do not need to enter a password or make setting, you just need to two NFC tags close to each other. NFC chips can be embedded into the two terminals, white NFC tag information will be Stored pages or contact information.
NFC sticker which could be also call NFC mobile tag, RFID market is emerging as a mobile NFC payment tag, compared to the RFID cards and RFID tags, NFC sticker is more portable and easy to carry. It can be attached to the mobile phone case or inside the phone. It is widely used in member points, identification system and NFC payment.
NFC sticker is a passive device that can be used to communicate with the active NFC device (active NFC reader). NFC tags can be used within the application of, for example, posters, and other small amounts of data stored and transmitted to the active NFC device applications. In the poster, the operative parts of the contact points can be used for the active device.
NFC stickers contain the stored data may be in any form, but is generally used to store address (URL) for NFC devices find further information. Small amount of data required, you can use NFC tags.
NFC tag types as following:
Type 1:Type 1 Tag is founded on ISO/IEC 14443A. This tag type is read and re-write capable. The memory of the tags could be written protected. Memory size might be between 96 bytes and two Kbytes. Communication Speed with the tag is 106 kbit/sec. Example: Innovision Topaz
Type 2: Type 2 Tag is depended on ISO/IEC 14443A. This tag type is read and re-write capable. The memory from the tags could be written protected. Memory size can be between 48 bytes and a pair of Kbytes. Communication Speed together with the tag is 106 kbit/sec. Example: NXP MIFARE Ultralight and NXP MIFARE Ultralight C
Type 3:Type 3 Tag is depended on the Japanese Industrial Standard (JIS) X 6319-4. This tag type is pre-configured at manufacture being either read and re-writable, or read-only. Memory size can be up to 1 Mbyte. Communication Speed with the tag is 212 kbit/sec. Example: Sony Felica
Type 4:Type 4 is fully appropriate for the ISO/IEC 14443 (A & B) standard series. This tag type is pre-configured at manufacture to become either read and re-writable, or read-only. Memory size can depend on 32 KBytes For the communication with tags APDUs based on ISO 7816-4 may be used. Communication speed with the tag is 106 kbit/sec. Example: NXP DESfire, NXP SmartMX with JCOP.)
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