Plastic Anti Metal NFC Tags IS014443A Standard with Ntag203 Chip LD- Anti Metal NFC Tags manufacturer from China Shenzhen Leadercolor Smart Card Co., Ltd.

Place of Origin:

Zhejiang, China (Mainland)

Product Detail

Model No.: LD- Anti Metal NFC Tags

Plastic Anti Metal NFC Tags IS014443A Standard with Ntag203 Chip

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Plastic Anti Metal NFC Tags IS014443A Standard with Ntag203 Chip

What is NFC?

NFC (near field communication) is a wireless technology which allows for the transfer of data

sush as text or numbers between two NFC enabled devices.

The term NFC tag is commonly used for a passive NFC tag. Examples of passive NFC tags are NFC

inlays, NFC stickers, NFC wristbands and other converted NFC products.

NFC tags are very similar to a USB stick, except that they don’t have to be

plugged into a PC to transfer data. There is no battery inside of NFC tags.

Description:

Size	Customized
Material	paper /pvc /epoxy/PET( high temperature resistance )
Optional crafts or Persons	- Logo - barcode, QR code - UID printing - Serial Number - Laser Number or chip UID - Chip Encoding - Anti-metal layer(for metal environment like smart phone or computer - 3M adhesive layer
Printing	CMYK offset printing & silk screen printing ( Note: can be printable for RFID printer )
Application	- Access & Time Attendency - Mobile interactive application - Consumer electronics - Event Management - Information collection and exchange - Loyalty and coupons - Cashless Payments - Transport - Promotion

Key Features:

Chip	Ntag203
Memory	168Bytes
Protocol	ISO14443A
Frequency	13.56MHz
Operating temperature	-20~85°C
Reading time	1~2ms
Reading range	2.5~10cm
Communication Speed	106KBound
Operating distance	up to 100 mm(depending on antenna geometry) to allow convenient and fast transaction
Data rentention	10 years
Write endurance	100,000cycles
Anticollision	The ability to handle more than card in the field at the same time
Multi-application memory	* 168Byte EEPROM memory,no battery * Organised in securely separated 16 sectors supporting multi-application use * Each sector consist of 16 blocks * A block is the smallest part to be addressed and consists of 16 bytes * Each sector has its own secret file for a set of keys for systems using key hierarchies * Access to memory zones are flexible user definable by a variety of access conditions