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The white NFC card made of PVC offers a high level of security thanks to its integrated NTAG424 DNA chip and thus extends the familiar NTAG functions (UID, UID mirror, etc.) with additional cryptographic mechanisms, which enable the storage of AES-128 protected data, the generation of signatures, encrypted UID or randomized ID, among other things. This type of chip is therefore ideal for lotteries, authenticity certification or use in IoT applications.
Short description
- PVC material, rigid
- Format 85,6 x 54 mm
- Indoor and outdoor use
- Ambient temperature -25 to +70 degrees
- NXP NTAG 424 DNA - 416 bytes (NDEF: 256 bytes)
Product description
NFC product
The white NFC card is made of PVC and has a format of 85.6 x 54 mm with a material thickness of 0.86 mm. It has a glossy, smooth surface and fits easily into standard wallet compartments for cards thanks to its typical credit card format. The PVC material of the card is waterproof and is therefore ideal for both indoor and outdoor use.
NFC chip
The white PVC NFC card is equipped with the NTAG424 DNA, which is the successor to the NTAG413 DNA, adds additional functions and is recommended for use in applications with increased security requirements. The chipset supports AES-secured authentication of content as well as the Secure Unique Message feature (SUN) for generating a unique character string (HASH) based on a secret key. The generated character string can be appended to a stored NDEF URL, for example, and can then be checked on the server side. The basis for this is the previously configured shared secret. The full potential of the chipset can therefore only be exploited with the appropriate infrastructure.
The NTAG424 has a total capacity of 416 bytes, which is divided into two usable memory areas (256 bytes + 128 bytes). The 256 byte memory area offers space for NDEF messages whereas the 128 byte area is intended for encrypted data. Each chip has a unique serial number (UID) consisting of 7 bytes (alphanumeric, 14 characters). The NFC chip can be written to up to 200,000 times and has a data retention period of 50 years. Of course, the NTAG413 also has the standard functions of the NTAG series in the form of the UID ASCII mirror feature, with which the UID of the tag can be appended to the NDEF message, as well as an integrated NFC counter, which increases automatically during readout. Encryption is based on the AES-128 standard. Other features include an encrypted UID, a randomized ID and an ECC signature. The extended functions are not activated by default. The NTAG424 is compatible with all NFC-enabled smartphones and all ISO14443 end devices.
- Total capacity: 416 bytes
- Free memory: 256 bytes + 128 bytes secure memory
- Usable memory NDEF: 249 bytes
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NFC Product | |
Antenna: | Aluminium |
---|---|
Chip standards / ISO Norm: | ISO/IEC 14443A |
Detail colour: | white glossy |
Material: | PVC |
Material thickness: | 0,86 mm (T) |
Operating temperature: | Min -25°C - Max +70°C |
Product form: | rectangular |
Storage temperature: | Min -55°C - Max +125°C |
Type: | Card |
Water resistance: | waterproof (IP67) |
Weight: | 6,1 g |
NFC Chip | |
Chip: | NXP NTAG424 DNA |
---|---|
Chip standards / ISO Norm: | ISO/IEC 14443A |
Frequency: | 13.56 MHz |
Memory: | 416 Byte (NDEF: 256 Byte) |
NFC Forum Type: | NFC Forum type 4 |
Functions | |
Compatibility: | to NFC-enabled smartphones: 100% |
Data retention: | 50 years |
Data transfer rates: | 106 kbit/s |
Number of write operations: | 200.000 times |
Login
NFC tags with NTAG chipset are compatible with all NFC-enabled smartphones. The NFC chips are delivered without content (empty).The use of NFC tags with a chipset of the NXP NTAG series is simple, but depends on the operating system used. The following links aim to give a quick start into that topic.