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Integrated Circuit/Chips (IC's) for RFID tags available for our transponders/tags

At a minimum the RFID IC chip choice determines the Carrier Wave Frequency, Maximum Read Distance, Memory Size, Function, Encoding Scheme, Security, and sometimes the Air Interface.

Convertors are companies who take the RFID inlay (raw integrated circuit and antenna) and convert/encapsulate/package it into the finished tag. 

Packaging/converting these chips to an RFID tag/transponder determines the final maximum read range as antenna size and packaging materials play a big role. Actual final read range depends not only on tag final packaging or form factor, but also the individual reader and antenna wave strength plus the environment surrounding the reader and tag.

The following tables show some of the IC's that we use for a final tag form factor.  We decided to table the RFID Chips (IC's) rather than show individual finished tags since that would be simply too many pictures and repetitive details. When RFID began there were very few form factors and also each frequency had specific form factors.  Now in today's world the final form factor can have almost any wave frequency (final size dependant) and in many cases the form factor can contain multiple frequencies to address multiple applications within a single tag. 

Please note that each RFID Chip is unique in some specific property.  Knowledge of these RFID IC's is required by our experts in order to select the right chip and form factor/packaging/ecapsulation for your specific application requirements. The RFID chips charts below are for RFID Passive Tags.  Active Tags often use proprietary chips.

LF IC      HF IC      UHF IC


To view some of our finished RFID Tags Click Here.  For specific applications select from the tag sub menu on the left of the screen. To inquire about any of our tags Click Here. To read about RFID Tag Inlays, RFID Tag Design or RFID Tag Read Distances just click on the link to go to the page or simply select your choice from the menu on the left of the screen.

 

Maximum read range 30 cm - Special Antenna and Tags - 2 meters

   IC

   Memory

   Function

  EM4100

  64 bits

  Read Only

  EM4102

  64 bits

  Read Only

  EM4450

  1K byte

  Read Write

  T5557

  330 bits

  Read Write

  Hitag1

  2048 bits

  Read Write

  Hitag2

  256 bits

  Read Write

  HitagS2048

  2048 Bits

  Read Write

 

 Maximum read range 1.5 M  - Special Antenna and Tags - 3 meters

  IC

  Memory

  Function

  ISO Standard

  EM4006

  64 bit

  Read Only

 

  EM4034

  448 bit

  Read Write

  15693

  EM4035

  3.2K bit

  Read Write

  15693

  EM4135

  2.4K bit

  Read Write

  15693

  Mifare1 S50

  1K byte

  Read Write

  14443A

  Mifare1 S70

  4K byte

  Read Write

  14443A

  Mifare Desfire

  4K byte

  Read Write

  14443A

  Mifare ultralight

  512 bits

  Read Write

  14443A

  I Code SLI SL2

  1024 bits

  Read Write

  15693

  I Code SLI-SY

  2048 bits

  Read Write

  15693, 18000-3

  I Code 1

  512 bits

  Read Write

  ICODE 1

  TI2048

  2048 bits

  Read Write

  15693

  TI256

  256 bits

 Read Write

  15693

  INSIDE 2K

  2K bits

  Read Write

  15693/14443B

  SR 176

  176 bits

  Read Write

  14443B

  Legicmim256

  256 bits

  Read Write

 

  Legicmim1024

  1024 byte

  Read Write

 

  LegicADVANT

  1024 byte

  Read Write

  15693

  LegicADVANT

  2048 byte

  Read Write

  15693/14443A

  JWL872

  768 bits

  Read Write

  14443A

 

 Maximum read range 9 - 14 meters - Monza3, Monza4 & Higgs3 - 15 meters or more

 IC

  Memory

  Function

  ISO Standard

  ATA5590

  1024 bits

  Read Write

  ISO 18000 - 6C

  HIGGS2

  192 bits

  Read Write

  ISO 18000 - 6C

  HIGGS3

  512 bits user

  Read Write

  ISO 18000 - 6C

  UCODE HSL 

  2048 bits

  Read Write

  ISO 18000 - 6C

  UCODE EPCGEN2

  512 bits

  Read Write

  ISO 18000 - 6C

  UCODE G2XM

  512 bits

  Read Write

  ISO 18000 - 6C

  UCODE G2XL

  512 bits

  Read Write

  ISO 18000 - 6C

  MONZA

  192 bits

  Read Write

  ISO 18000 - 6C

  MONZA/ID

  192 bits+64 UID

  Read Write

  ISO 18000 - 6C

  MONACO/64

  256 bits 

  Read Write

  ISO 18000 - 6C

  MONZA3

  192 bits

  Read Write

  ISO 18000 - 6C

  MONZA4D

  32 bits user

  Read Write

  ISO 18000 - 6C

  MONZA4E

  128 bits user

  Read Write

  ISO 18000 - 6C

  MONZA4U

  512 bits user

  Read Write

  ISO 18000 - 6C

  MONZA4QT

  512 bits user

  Read Write

  ISO 18000 - 6C

  TI Gen 2

  192 bits

  Read Write

  ISO 18000 - 6C

  XRA GEN2

  432 bits

  Read Write

  ISO 18000 - 6C

  XRA00

  128 bits

  Read Write

  ISO 18000 - 6B

  V740

  96 bits

  Read Write

  ISO 18000 - 6B

  V750

  96 bits

  Read Write

  ISO 18000 - 6C

  SL-EPC

  96 ~ 256 bits

  Read Write

  ISO 18000 - 6C

  Rafsec

  96 ~ 244 bits

  Read Write

  ISO 18000 - 6C

 

 

We provide custom tags/inlays using LF, HF and UHF IC's available from Alien, Atmel, Avery Dennison, Impinj, NXP,  Omron, Philips, Rafsec, RSI, SmartCode, STM, Symbol, Texas Instruments, and other top manufacturers for a very wide variety of applications through our global converter alliances.  


 

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