Genuine NXP chip technology
NXP chip cards & key fobs
The major lock and access-control brands build their credentials on NXP chips — and so do we. Security ID Systems supplies cards, key fobs and credentials using genuine NXP silicon, encoded by specification for the system you run, at a fraction of OEM pricing. We are independent and not affiliated with NXP.
NXP chip formats (29)
Hitag2 / Hitag1 / Hitag S (LF crypto)
Built on genuine NXP chips
- Chip
- Genuine NXP HITAG 2 / T5577
- Format
- Hitag2 = 48-bit crypto (Crypto1-like) / pass…
Hitag family (Hitag1 / Hitag2 / Hitag S) - base crypto LF
Built on genuine NXP - used by Cotag, Nedap, Paxton chips
- Chip
- Genuine NXP HITAG 2 / T5577
- Format
- Hitag2 48-bit crypto/password; Hitag S 256/2…
NTAG424 DNA
Built on genuine NXP chips
- Chip
- Genuine NXP NTAG424
- Format
- ISO 14443A / NFC Forum Type 4; AES-128 SUN m…
Hitag family (Hitag1 / Hitag2 / Hitag S); base crypto LF
Built on genuine NXP - used by Cotag, Nedap, Paxton chips
- Chip
- Genuine NXP HITAG 2 / T5577
- Format
- Hitag2 48-bit crypto/password; Hitag S 256/2…
NXP Icode SLIX2 (ISO 15693)
Built on genuine NXP chips
- Chip
- Genuine NXP MIFARE / DESFire
- Format
- ISO 15693 vicinity; password-protected; 2560…
MIFARE Ultralight AES
Built on genuine NXP; VingCard newest guest credential, secure disposable chips
- Chip
- Genuine NXP MIFARE Ultralight AES
- Format
- ISO 14443A; AES-128 mutual auth; successor t…
NXP DESFire EV1
Built on genuine NXP; transit, enterprise access, Salto chips
- Chip
- Genuine NXP MIFARE DESFire EV1
- Format
- ISO 14443-4; AES-128 / 2K3DES / 3K3DES per-a…
MIFARE Ultralight C (3DES)
Built on genuine NXP; Dormakaba chips
- Chip
- Genuine NXP MIFARE Ultralight C
- Format
- ISO 14443A; 7-byte UID; 3DES authentication;…
MIFARE Plus SL3 (AES secure)
Built on genuine NXP; secure transit chips
- Chip
- Genuine NXP MIFARE Plus
- Format
- ISO 14443A; AES-128 mutual auth per sector; …
NXP DESFire EV3
Built on genuine NXP chips
- Chip
- Genuine NXP MIFARE DESFire EV3
- Format
- ISO 14443A; AES-128 + SUN/secure dynamic mes…
NXP DESFire EV2
Built on genuine NXP chips
- Chip
- Genuine NXP MIFARE DESFire EV2
- Format
- ISO 14443A; AES-128; MAC'd secure messaging;…
NXP SmartMX / JavaCard (high-end access)
Built on genuine NXP JCOP chips
- Chip
- SmartMX / JCOP secure element
- Format
- JavaCard / GlobalPlatform applets; AES/secur…
NXP DESFire Light
Built on genuine NXP chips
- Chip
- Genuine NXP MIFARE DESFire
- Format
- ISO 14443A; AES-128; single-application ligh…
NXP Icode SLI-S
Built on genuine NXP; library chips
- Chip
- Genuine NXP MIFARE / DESFire
- Format
- ISO 15693 vicinity; SLI-S variant; ~2560-bit…
MifareFlex (Mifare-Classic-compatible flex module)
Built on genuine NXP chips
- Chip
- Genuine NXP MIFARE Classic
- Format
- MifareFlex Classic-compatible HF (Crypto-1 s…
MIFARE Plus (S/X/SE/EV1/EV2) SL1 mode
Built on genuine NXP; transit, access control 'Classic-compatible upgrade', STID chips
- Chip
- Genuine NXP MIFARE Plus
- Format
- ISO 14443A; SL1 (Crypto-1 backward-compat) /…
NXP Icode SLIX (ISO 15693)
Built on genuine NXP; library chips
- Chip
- Genuine NXP MIFARE / DESFire
- Format
- ISO 15693 vicinity; password protection (pri…
MIFARE Mini
Built on genuine NXP chips
- Chip
- Genuine NXP MIFARE Classic
- Format
- ISO 14443A; 320 bytes; 5 sectors; Crypto-1
MIFARE Ultralight EV1 48-byte
Built on genuine NXP; disposable hotel chips
- Chip
- Genuine NXP MIFARE Ultralight EV1
- Format
- ISO 14443A; 7-byte UID; 48 bytes; 32-bit pas…
MIFARE Ultralight EV1 128-byte
Built on genuine NXP; higher-memory disposable hotel cards chips
- Chip
- Genuine NXP MIFARE Ultralight EV1
- Format
- ISO 14443A; 7-byte UID; 128 bytes; 32-bit pa…
NXP Icode SLI (ISO 15693)
Built on genuine NXP; library chips
- Chip
- Genuine NXP MIFARE / DESFire
- Format
- ISO 15693 vicinity; 1024-bit (896-bit user)
Infineon SECORA / SmartMX
Built on genuine NXP SmartMX chips
- Chip
- SmartMX / JCOP secure element
- Format
- JavaCard / GlobalPlatform applets; governmen…
MIFARE Classic 1K
Built on genuine NXP chips
- Chip
- Genuine NXP MIFARE Classic 1K
- Format
- ISO 14443A; 16 sectors x 4 blocks; Crypto-1;…
NTAG215 (NFC Forum Type 2)
Built on genuine NXP chips
- Chip
- Genuine NXP NTAG215
- Format
- ISO 14443A / NFC Forum Type 2; 7-byte UID; 5…
MIFARE Classic 4K
Built on genuine NXP chips
- Chip
- Genuine NXP MIFARE Classic 4K
- Format
- ISO 14443A; 40 sectors (32x4-block + 8x16-bl…
MIFARE Ultralight (original, no crypto)
Built on genuine NXP; disposable transit chips
- Chip
- Genuine NXP MIFARE Ultralight
- Format
- ISO 14443A; 7-byte UID; 64 bytes; no crypto
NTAG213 (NFC Forum Type 2)
Built on genuine NXP chips
- Chip
- Genuine NXP NTAG213
- Format
- ISO 14443A / NFC Forum Type 2; 7-byte UID; 1…
NTAG216 (NFC Forum Type 2)
Built on genuine NXP chips
- Chip
- Genuine NXP NTAG216
- Format
- ISO 14443A / NFC Forum Type 2; 7-byte UID; 8…
NTAG203 / 210 / 212 (legacy NTAG)
Built on genuine NXP chips
- Chip
- Genuine NXP NTAG203
- Format
- ISO 14443A / NFC Forum Type 2; smaller/legac…
NXP credentials span
NXP and all other brand and product names are trademarks of their respective owners. Security ID Systems is an independent manufacturer and supplier of compatible access-control credentials and is not affiliated with, authorized by, sponsored by, or endorsed by these companies. Brand and format names are used only to identify the systems our products are compatible with. MIFARE and DESFire are registered trademarks of NXP B.V.
NXP chip cards — common questions
Do you use genuine NXP chips?
Yes. We build these credentials on genuine NXP silicon — the same chips the major lock and access-control brands use — and encode them by specification for your system. They are independently manufactured access credentials, not NXP-branded retail products. Security ID Systems is independent and is not affiliated with, authorized by, or endorsed by NXP.
Which NXP-based formats can you supply?
We currently document 29 NXP-based formats, 4 of which are rare formats with no equivalent sold elsewhere online. If the exact NXP-based credential you run isn't listed, send the part number or a sample — we cover more than we publish.
Will these work in my existing system?
Yes, when encoded correctly. We match the chip platform, data structure and — where applicable — your facility code and card-number range, so the credential presents exactly what your readers expect. We confirm compatibility before production.
Request a quote
Need cards built on genuine NXP chips?
Send the part number printed on your card or a photo of the reader. We confirm compatibility before you order — and we cover the specialist formats nobody else lists.