Introduced in 2019, the NTAG424 DNA chip revolutionized the landscape of authentication technology, succeeding its predecessor, the NTAG413.
Engineered with an array of advanced security features, this second-generation frictionless authentication chip has become the gold standard for a spectrum of applications, notably in anti-counterfeit measures, phygital (physical to digital) experiences, and projects rooted in the Web3 framework.
The user memory architecture of the NTAG424 is distinctive, divided into three 'files,' adding a layer of complexity in understanding the available memory. Typically, the user memory is referred to as 256 bytes, aligning with the size of the primary 'NDEF' storage file.
This measurement dictates the capacity for storing data such as URLs, providing substantial space for a wide array of use cases.
Brand | NXP |
Chip Series | NTAG |
NFC Forum | Type 4 |
Availability | Low |
ScanStrength | High |
Total memory (bytes) | 416 |
User memory (bytes) | 256 |
Max URL (chars) | 249 |
UID (bytes) | 7 |
ECC signature | |
32-bit password | - |
UID ASCII mirror | |
Scan Counter | |
Counter ASCII mirror | |
Lockable |
Chip thickness | 75 µm / 120 µm |
NFC Forum | Type 4 |
Operating Freq. | 13.56Mhz |
Data Trans. Rate | Up to 848 kbit/s |
Input Capacitance | 50 pF |
Fast read | - |
Data retention (years) | 50 |
Write endurance (cycles) | 200000 |
Anticollision | |
Standard | ISO/IEC 14443 A |
Release date | 2019 |