NXP RFID Chip – High Performance, Suitable for Many Applications, Outstanding Durability

NXP RFID Chips are considered suitable for many different RFID applications, highly customizable, often used in access control, contactless payments, etc. So what are the NXP RFID Chip lines? What are the applications of NXP RFID Chips?… The following article by IT Nam Viet will help you answer the above questions in the most detailed way, follow along!

Chip RFID NXP
Chip RFID NXP

About NXP Semiconductors

NXP Semiconductors is a Dutch global semiconductor manufacturer headquartered in Eindhoven, the Netherlands. NXP Semiconductors has approximately 45,000 employees in more than 35 countries, including 11,200 engineers in 23 countries. According to research, NXP was the fifth largest non-memory semiconductor supplier in 2016 and is a leading semiconductor supplier in the secure identification, automotive, and digital networking industries.

NXP Semiconductors
NXP Semiconductors

Decoding the Reasons Why NXP RFID Chips Are Trusted Worldwide

Currently, NXP RFID chips have been trusted globally for the following advantages:

NXP RFID chips are manufactured and integrated with multi-layered security layers, anti-copy and anti-counterfeiting mechanisms that have been proven over many years, ensuring the most effective system operation. Commonly used NXP Semiconductors RFID IC lines include: MIFARE Chip, UCODE GEN2, ICODE SLIX,…

Rfid Chip Nxp

NXP RFID chips have high performance, providing fast reading and writing speeds and optimal communication distance. In addition, NXP RFID chips are capable of operating effectively in a variety of harsh environments, from cold storage management RFID to high-temperature workshops, factories, production lines, etc.

RFID IC NXP provides a wide range of products, all RFID frequencies, from low-frequency RFID, high-frequency RFID to ultra-high-frequency RFID, meeting all the needs of global users. NXP builds a global ecosystem, ensuring that customers will receive comprehensive technical support, quickly and effectively.

HF RFID Tag/ NXP HF RFID Chip (13.56MHz)

NXP RFID chips are based on two ISO standards: ISO15693 and ISO14443. ISO15693 is considered “borderline” because it guarantees a read distance of up to 1.5 meters, while ISO14443 is considered “nearby” because it has a lower read distance of only 12cm. The second difference is represented by the user memory encoding, which is present in most ISO14443 chips.

Specifically, the chips are divided according to the following standards:

ISO 15693 Chip

  • NXP I-Code SLI2 (-X): The most widely used chip with up to 1024-bit memory
  • NXP I-Code SLI-S: Chip with 2048-bit memory and separate memory management and locking functions
  • STM LRi2K: Chip with 2048-bit memory

ISO 14443 Chip

  • NXP Mifare Ultralight: Low memory chip (384 bits) without encryption, this is the cheapest and simplest type with a UID series made up of 14 hexadecimal characters.
  • NXP Mifare Ultralight C: 1152bit user memory chip with 3-DES encryption.
  • NXP Mifare Classic 1K (4K): Low memory chip, 1024 Bytes (1KB) or 4096 Bytes (4KB) with encryption. The encryption protocol was hacked in 2008 by some students at a Virginia university. However, this chip is still used today, because of its universality and because it is no longer easy to hack.
  • NXP Mifare Plus 2K (4K): Chip with 2048 Bytes (2KB) or 4096 Bytes (4KB) memory with AES encryption. The chip was designed to replace the Mifare Classic chip, but did not achieve the expected success. NXP Mifare Desfire 2K, 4K, 8K: Chips with 2048 Bytes (2KB) or 4096 Bytes (4KB) memory up to 8192 Bytes (8K) and 3Des encryption.

As mentioned, the commonly used NXP RFID chip lines include: UCODE GEN2, ICODE SLIX,…

RFID ICODE SLIX Chip: This is a RFID chip commonly used in RFID applications for library management, goods tracking and RFID logistics management, etc. With good reading ability in the high frequency range, this RFID chip allows users to inventory goods quickly and accurately, optimize time and significantly reduce operating costs.

Nxp Icode Slix

MIFARE RFID Chip: This type of RFID chip is known as the “king” of smart card applications, used in secure access control, contactless payment RFID, event management RFID, etc.

Chip Rfid Mifare

NTAG Chip: This NXP chip line is used in NFC technology, allowing easy interaction with just one click from a smartphone. This chip line has opened up a number of applications in anti-counterfeiting RFID management, marketing, etc.

UCODE Chip: This type of chip is capable of operating at ultra-high frequency range, allowing reading hundreds of RFID tags at the same time, commonly used in warehouse management, retail, supply chain management, RFID asset management, etc.

Chip Ucode

Types of NXP RFID chips in UHF RFID technology

AbbreviationNumberEPC MemoryUser MemoryTID PrefixTID Memory
imNXP im256-bit512-bitE280 680A96 bits of serialized TID with 48-bit serial number
M5NXP UCODE 5128-bit32-bitE280 110296 bits of serialized TID with 48-bit serial number
R6NXP UCODE 696-bitE280 116096 bits of serialized TID with 48-bit serial number
U7NXP UCODE 7128-bitE280 681096 bits of serialized TID with 48-bit serial number
U7XM+NXP UCODE 7+448-bit2K-bitE280 6D9296 bits of serialized TID with 48-bit serial number
U7XM-1kNXP UCODE 7XM448-bit1K-bitE280 6D1296 bits of serialized TID with 48-bit serial number
U7XM-2kNXP UCODE 7XM448-bit2K-bitE280 6F1296 bits of serialized TID with 48-bit serial number
U8NXP UCODE 8128-bitE280 689496 bits of serialized TID with 48-bit serial number
U9NXP UCODE 996-bitE280 699596 bits of serialized TID with 48-bit serial number
UDNANXP UCODE DNA224-bit3K-bitE2C0 689296 bits of serialized TID with 48-bit serial number
UDNA CNXP UCODE DNA City224-bit1K-bit96 bits of serialized TID
UDNA TNXP UCODE DNA Track448-bit256-bit96 bits of serialized TID
I2CNXP UCODE I2C160-bit3328-bit96 bits of serialized TID with 48-bit serial number
G2iMNXP UCODE G2iM256-bit320/640-bitE200 680A96 bits of serialized TID with 48-bit serial number
G2iM+NXP UCODE G2iM+448-bit512-bit
G2iLNXP UCODE G2il128-bitE200 680664 bits of serialized TID with 32-bit serial number

NXP RFID Chips Used in NFC Technology

AbbreviationNumberStandardUser Memory
NTAG 424 DNANXP NTAG 424 DNA TagTamperISO/IEC 14443-A NFC Forum T4T416-byte
NTAG 424 DNANXP NTAG 424 DNAISO/IEC 14443-A NFC Forum T4T416-byte
NTAG 213NXP NTAG 213 TagTamperISO/IEC 14443A1-3 NFC Forum T2T114-byte
NTAG 213NXP NTAG 213ISO/IEC 14443A1-3 NFC Forum T2T114-byte
NTAG 215NXP NTAG 215ISO/IEC 14443A1-3 NFC Forum T2T504-byte
NTAG 216NXP NTAG 216ISO/IEC 14443A1-3 NFC Forum T2T888-byte
NTAG 210NXP NTAG 210ISO/IEC 14443A1-3 NFC Forum T2T48-byte
NTAG 212NXP NTAG 212ISO/IEC 14443A1-3 NFC Forum T2T128-byte
NTAG 210µNXP NTAG 210 MicroISO/IEC 14443A1-3 NFC Forum T2T48

NXP RFID Chip Applications

Accordingly, NXP RFID chips are widely used in many different fields, typically including: transportation, electronic tickets, contactless payments, access control, RFID supply chain management, RFID applications in retail, paperwork, anti-counterfeiting, automation of management processes, etc.

Above is the basic information about NXP RFID chips that customers should refer to. At IT Nam Viet, we process RFID labels with NXP chips or other brands depending on the requirements of each customer. If you need advice on RFID technology as well as quotes for genuine RFID devices, please contact us via Hotline (+84) 962 888 179!

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