ICODE DNA

ICODE Active / In Production

Premium ISO 15693 tag with AES-128 mutual authentication and 2,016 bytes of user memory. ICODE DNA provides the highest security level in the ICODE family, enabling authenticated supply chain tracking, brand protection, and industrial asset management where tag cloning must be prevented.

NXP Semiconductors | NFC Forum Type 5 | Dirilis 2016

Quick Specs

ICODE
Memory 2016 bytes (user: 2016 B)
Frequency 13.56 MHz
Price Range $0.250 – $0.500
Read Range 1-15 cm
Data Retention 10 years
Write Endurance 100,000 cycles

Spesifikasi Lengkap

Memori

Total Memori2016 byte
Memori Pengguna2016 byte
Ukuran Blok4 byte
Blok504

Keamanan

Perlindungan Kata Sandi Ya
Enkripsi AES Ya
Tanda Tangan Keaslian Ya
Autentikasi Mutual Ya
Algoritma Kripto AES-128

Performa

Jangkauan Baca1–15 cm
Retensi Data10 tahun
Ketahanan Tulis100000 siklus
Kecepatan Baca26,0 kbps
Kecepatan Tulis26,0 kbps

Kompatibilitas

NFC Forum Sesuai
ISO 14443 Tidak
ISO 15693 Sesuai
Android Kompatibel
iOS Kompatibel (iOS 13+)
Frekuensi 13,56 MHz

Pertanyaan yang Sering Diajukan

Consider four key factors: memory size (how much data you need to store), security requirements (password protection vs AES encryption), read range (how close the user needs to be), and cost per unit at your expected volume. For simple URL tags, NTAG213 is the most cost-effective. For product authentication, NTAG 424 DNA offers secure dynamic URLs. For multi-application smart cards, MIFARE DESFire EV3 provides the highest security.

Most NFC Forum-compliant chips (NTAG 21x, MIFARE Ultralight, DESFire) work with both platforms. Android has supported NFC since version 4.0 (2011). iPhones support NFC tag reading from iPhone 7 (iOS 11) with background reading from iPhone XS (iOS 12). NFC tag writing requires iPhone 7 or later with iOS 13+. Check the compatibility section on each chip page for specific iOS version requirements.

Total memory is the full EEPROM capacity of the NFC chip, including internal configuration bytes, capability containers, lock bits, and manufacturer data. User memory is the portion available for your NDEF records (URLs, text, vCards). For example, NTAG213 has 180 bytes total but only 144 bytes of user-accessible NDEF storage.

Most NFC chips guarantee data retention of 10 years or more, with many specifying 25-50 years under normal conditions. The EEPROM technology used in NFC chips does not require power to retain data. Write endurance is typically 10,000 to 100,000 cycles, meaning you can rewrite the tag thousands of times before the memory cells degrade.

It depends on the chip's security features. Basic tags (NTAG 213/215/216) can be read and duplicated onto blank tags, though the UID is unique and read-only. Chips with originality signatures (NTAG 21x) allow verification of genuine NXP silicon. Advanced chips like NTAG 424 DNA and DESFire EV3 use AES-128 mutual authentication, making cloning computationally infeasible.