My Cart
Toggle Nav
Search
Advanced Search
Language
en
Menu
Account
Settings
Language
en
Configure your RFID Key Fob

Complete Chip Guide

close

Complete Chip Guide

Download the complete table

LF_frequency 125 KHz

CHIP DESCRIPTION
EM4100 or GK4100

Memory: 0 bytes - UID: 8 bytes
EM4102

Memory: 0 bytes - UID: 8 bytes
EM4200

Memory: 0 bytes - UID: 8 bytes
Standard ISO: ISO 11784 / 11785
EM4550 or TITAN

Memory: 128 bytes - UID: 8 bytes
Standard ISO: ISO 11784 / 11785
EM4305

Memory: 64 bytes - UID: 4 bytes
Standard ISO: ISO 11784 / 11785
ATA5577 or T5567

Memory: 36 bytes - UID: 8 bytes
Standard ISO: ISO 11784 / 11785
Q5 or 5555

Memory: 33 bytes - UID: 8 bytes
Standard ISO: ISO 11784 / 11785
HITAG1

Memory: 256 bytes

HITAG2

Memory: 32 bytes
Standard ISO: ISO 11784 / 11785
HITAG S 2048

Memory: 256 bytes - UID: 4 bytes
Standard ISO: ISO 11784 / 11785
HITAG S 256

Memory: 32 bytes - UID: 4 bytes
Standard ISO: ISO 11784 / 11785
SIC279

Memory: 16 bytes/ 24 bytes
Standard ISO: ISO 11784 / 11785
S5777

Memory: Total 330-bit EEPROM: 10 blocks of (32 bits+ 1 lock bit), 1 × 32 bit configuration, 7× 32 bits user memory
Standard ISO: 64-bit unique ID based on ISO15963, supported protocols 11784-85
Resistence: > 100,000 Times
Retention: > 10 years

 

HF_frequency 13.56 MHz

CHIP DESCRIPTION
RF81

Memory: 1024 bytes - UID: 4 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
FM11RF08

Memory: 1024 bytes - UID: 4 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
RF005

Memory: 64 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
RF32

Memory: 4096 bytes - UID: 4 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
MIFARE CLASSIC 1K EV1 S50

Memory: 1024 bytes - UID: 4 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
MIFARE CLASSIC 1K EV1 S50 - 7 bytes

Memory: 1024 bytes - UID: 4 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
MIFARE CLASSIC 4K EV1 S70

Memory: 4096 bytes - UID: 4 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 2 - compliant with the tag
MIFARE ULTRALIGHT EV1-1

Memory: 48 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 2 - compliant with the tag
MIFARE ULTRALIGHT EV1-2

Memory: 128 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 2 - compliant with the tag
MIFARE ULTRALIGHT C

Memory: 144 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 2 - compliant with the tag
MIFARE DESFIRE EV1 2K

Memory: 8192 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 4 - compliant with the tag
MIFARE DESFIRE EV1 4K

Memory: 8192 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 4 - compliant with the tag
MIFARE DESFIRE EV1 8K

Memory: 8192 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 4 - compliant with the tag
MIFARE DESFIRE EV2 2K

Memory: 2048 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 4 - compliant with the tag
MIFARE DESFIRE EV2 4K

Memory: 2048 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 4 - compliant with the tag
MIFARE DESFIRE EV2 8K

Memory: 2048 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 4 - compliant with the tag
MIFARE DESFIRE EV3 2K

Memory: 2048 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 4 - compliant with the tag
MIFARE DESFIRE EV3 4K

Memory: 4096 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 4 - compliant with the tag
MIFARE DESFIRE EV3 8K

Memory: 8192 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 4 - compliant with the tag
MIFARE DESFIRE LIGHT

Memory: 640 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 4 - compliant with the tag
MIFARE PLUS SE

Memory: 1024 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
MIFARE PLUS 2K

Memory: 2048 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
MIFARE PLUS 4K

Memory: 4096 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
MIFARE PLUS X 2K

Memory: 2048 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
MIFARE PLUS X 4K

Memory: 4096 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
MIFARE PLUS EV2 2K

Memory: 2048 bytes - UID: 7 bytes
Standard ISO: 14443 A
Standard NFC: Not supported by most NFC devices
MIFARE PLUS EV2 4K

Memory: 4096 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
ATC1024-MV110

Memory: 944 bytes - UID: 8 bytes
Standard ISO: ISO 15693
Standard NFC: Not supported by most NFC devices
ATC256-MV410

Memory: 224 bytes - UID: 8 bytes
Standard ISO: ISO 15693
Standard NFC: Not supported by most NFC devices
ATC4096-MP311

Memory: 4096 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
CTC4096-MP410

Memory: 2984 bytes (advant) / 1002 bytes (prime) - UID: 4/7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
CTC4096-MM410

Memory: 2984 bytes (advant) / 1002 bytes (prime) - UID: 4/7 bytes
Standard ISO: ISO 15693 - ISO 14443 A
Standard NFC: Not supported by most NFC devices
EM4233

Memory: 256 bytes - UID: 8 bytes
Standard ISO: ISO 15693
Standard NFC: Not supported by most NFC devices
ICODE SLI-S

Memory: 256 bytes - UID: 8 bytes
Standard ISO: ISO 15693
Standard NFC: Type 5 - compliant with the tag
ICODE SLIX

Memory: 128 bytes - UID: 8 bytes
Standard ISO: ISO 15693
Standard NFC: Type 5 - compliant with the tag
ICODE SLIX2

Memory: 316 bytes - UID: 8 bytes
Standard ISO: ISO 15693
Standard NFC: Not supported by most NFC devices
ICODE SLIX-S

Memory: 160 bytes - UID: 8 bytes
Standard ISO: ISO 15693
Standard NFC: Type 5 - compliant with the tag
ICODE DNA

Memory: 252 bytes - UID: 8 bytes
Standard ISO: ISO 15693
Standard NFC: Type 5 - compliant with the tag
MIM1024/PRIME

Memory: 1024 bytes
Standard ISO: 14443 A
Standard NFC: Not supported by most NFC devices
MIM256/PRIME

Memory: 256 bytes
Standard ISO: 14443 A
Standard NFC: Not supported by most NFC devices
NTAG210

Memory: 48 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 2 - compliant with the tag
NTAG212

Memory: 128 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Tipo 2 - compliant with the tag
NTAG213

Memory: 144 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 2 - complaint with the tag
NTAG215

Memory: 504 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 2 - compliant with the tag
NTAG216

Memory: 888 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 2 - compliant with the tag
NTAG213 TT TAG TAMPER

Memory: 144 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 2 - compliant with the tag
NTAG413 DNA

Memory: 32/128 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 4 - compliant with the tag
NTAG424 DNA

Memory: 216 bytes - UID: 7 bytes
Standard ISO: ISO 14443 A
Standard NFC: Type 4 - compliant with the tag
ST25TV02K

Memory: 64 bytes - UID: 8 bytes
Standard ISO: ISO 14443 B
Standard NFC: Tipo 4 - compliant with the tag
ST25TB512

Memory: 64 bytes - UID: 8 bytes
Standard ISO: ISO 14443 B
Standard NFC: Type 4 - compliant with the tag
ST25TB04K

Memory: 512 bytes - UID: 8 bytes
Standard ISO: ISO 14443 B
Standard NFC: Type 4 - compliant with the tag
ST25TB02K

Memory: 256 bytes - UID: 8 bytes
Standard ISO: ISO 14443 B
Standard NFC: Type 4 - compliant with the tag
TAG-IT 256

Memory: 32 bytes - UID: 8 bytes
Standard ISO: ISO 15693
Standard NFC: Type 5 - compliant with the tag
TAG-IT 2K

Memory: 256 bytes - UID: 8 bytes
Standard ISO: ISO 15693
Standard NFC: Type 5 - compliant with the tag
MB89R118

Memory: 2000 bytes - UID: 8 bytes
Standard ISO: ISO 15693
Standard NFC: Not supported by most NFC devices

 

UHF_European frequency (EU) 868 MHz - U.S. frequency (US) 920 MHz

CHIP DESCIZIONE
HIGGS 3

Memory: 64 bytes - TID: 8 bytes - EPC: 60 bytes
Standard ISO: ISO 18000-6C / EPC Class 1 Gen 2
HIGGS 3 US

Memory: 64 bytes - TID: 8 bytes - EPC: 60 bytes
Standard ISO: ISO 18000-6C / EPC Class 1 Gen 2
HIGGS 4

Memory: 16 bytes - TID: 8 bytes - EPC: 16 bytes
Standard ISO: ISO 18000-6C / EPC Class 1 Gen 2
HIGGS 4 US

Memory: 16 bytes - TID: 8 bytes - EPC: 16 bytes
Standard ISO: ISO 18000-6C / EPC Class 1 Gen 2
HIGGS 9

Memory: 86 bytes - TID: 6 bytes - EPC: 62 bytes
Standard ISO: ISO 18000-6C / EPC Class 1 Gen 2
HIGGS 9 US

Memory: 86 bytes - TID: 6 bytes - EPC: 62 bytes
Standard ISO: ISO 18000-6C / EPC Class 1 Gen 2
UCODE 7

Memory: 0 bytes - TID: 12 bytes - EPC: 16 bytes
Standard ISO: EPC Class 1 Gen 2
UCODE 7 US

Memory: 0 bytes - TID: 12 bytes - EPC: 16 bytes
Standard ISO: EPC Class 1 Gen 2
UCODE 8

Memory:0 bytes - TID: 12 bytes - EPC: 16 bytes
Standard ISO: EPC Class 1 Gen 2
UCODE 8 US

Memory:0 bytes - TID: 12 bytes - EPC: 16 bytes
Standard ISO: EPC Class 1 Gen 2
UCODE 8 M

Memory: 4 bytes - TID: 12 bytes - EPC: 12 bytes
Standard ISO:EPC Class 1 Gen 2
UCODE 9

Memory: 0 bytes - TID: 12 bytes - EPC: 12 bytes
Standard ISO: EPC Gen 2 V2
UCODE 9 US

Memory: 0 bytes - TID: 12 bytes - EPC: 12 bytes
Standard ISO: EPC Gen 2 V2
UCODE G2IL

Memory: 0 bytes - TID: 8 bytes - EPC: 16 bytes
Standard ISO: EPC Class 1 Gen 2
UCODE G2IM

Memory: 80 bytes - TID: 12 bytes - EPC: 32 bytes
Standard ISO: EPC Class 1 Gen 2
UCODE DNA

Memory: 3072 bytes - TID: 12 bytes - EPC: 56 bytes
Standard ISO: ISO 29167-10 / EPC Gen 2 V2
UCODE CITY

Memory: 128 bytes - TID: 12 bytes - EPC: 28 bytes
Standard ISO: ISO 29167-10 / EPC Gen 2 V2
UCODE TRACK

Memory: 32 bytes - TID: 12 bytes - EPC: 56 bytes
Standard ISO: ISO 29167-10 / EPC Gen 2 V2
MONZA R5

Memory: 0 bytes - TID: 16 bytes - EPC: 16 bytes
Standard ISO: ISO 18000-6C / EPC Gen 2
MONZA R6

Memory: 0 bytes - TID: 12 bytes - EPC: 12 bytes
Standard ISO: ISO 18000-63 / EPC Gen 2 V2
MONZA R6 US

Memory: 0 bytes - TID: 12 bytes - EPC: 12 bytes
Standard ISO: ISO 18000-63 / EPC Gen 2 V2
MONZA R6A

Memory: 0 bytes - TID: 12 bytes - EPC: 12 bytes
Standard ISO: ISO 18000-63 / EPC Gen 2 V2
MONZA R6B

Memory: 0 bytes - TID: 12 bytes - EPC: 12 bytes
Standard ISO: ISO 18000-63 / EPC Gen 2 V2
MONZA R6P

Memory: 8 bytes - TID: 12 bytes - EPC: 16 bytes
Standard ISO: ISO 18000-63 / EPC Gen 2 V2
MONZA R6P US

Memory: 8 bytes - TID: 12 bytes - EPC: 16 bytes
Standard ISO: ISO 18000-63 / EPC Gen 2 V2
MONZA 4D

Memory: 4 bytes - TID: 12 bytes - EPC: 16 bytes
Standard ISO: ISO 18000-63 / EPC Class 1 Gen 2
MONZA 4D US

Memory: 4 bytes - TID: 12 bytes - EPC: 16 bytes
Standard ISO: ISO 18000-63 / EPC Class 1 Gen 2
MONZA 4E

Memory: 16 bytes - TID: 12 bytes - EPC: 62 bytes
Standard ISO: ISO 18000-63 / EPC Class 1 Gen 2
MONZA 4QT

Memory: 64 bytes - TID: 12 bytes - EPC: 16 bytes
Standard ISO: ISO 18000-63 / EPC Class 1 Gen 2
MONZA M730

Memory: 0 bytes - TID: 12 bytes - EPC: 16 bytes
Standard ISO: ISO 18000-63 / EPC Gen 2 V2
MONZA M750

Memory: 4 bytes - TID: 12 bytes - EPC: 12 bytes
Standard ISO: ISO 18000-63 / EPC Gen 2 V2
KX2005XG-B

Memory: 164 bytes - UID: 24 bytes - EPC: 30 bytes
ISO standard: ISO 18000-6C / EPC Class 1 Gen 2
HIGGS - EC

Memory: 16 bytes - TID: 6 bytes - EPC: 16 bytes
Standard ISO: ISO 18000-63 / EPC Gen 2 V1.2.0
HIGGS - EC US

Memory: 16 bytes - TID: 6 bytes - EPC: 16 bytes
Standard ISO: ISO 18000-63 / EPC Gen 2 V1.2.0

 

HF+UHF_European frequency (EU) 13.56 MHz + 868 MHz / U.S. frequency (US) 13.56 MHz + 920 MHz

CHIP DESCIZIONE
EM4423

Memory: 256 bytes - UID/TID: 8 bytes (HF) + 12 bytes (UHF) - EPC: 60 bytes (UHF)
Standard ISO: ISO 15693 + ISO 18000-63 / EPC Gen2 V2
Standard NFC: Type 5 - compliant with the tag
EM4423 US

Memory: 256 bytes - UID/TID: 8 bytes (HF) + 12 bytes (UHF) - EPC: 60 bytes (UHF)
Standard ISO: ISO 15693 + ISO 18000-63 / EPC Gen2 V2
Standard NFC: Type 5 - compliant with the tag
MONZA R6P + ICODE SLIX2

Memory: 8 bytes (UHF) + 316 bytes (HF) - UID/TID: 12 bytes (UHF) + 8 bytes (HF) - EPC: 16 bytes (UHF)
Standard ISO: ISO 18000-63 / EPC Gen 2 V2 + ISO 15693
Standard NFC: Not supported by most NFC devices

 

LF+HF_frequency 125 KHz + 13.56 MHz

CHIP DESCIZIONE
MIFARE CLASSIC 1K EV1 S50 + EM4100

Memory: 1024 bytes (HF) + 0 bytes (LF) - UID: 4/7 bytes (HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A
Standard NFC: Not supported by most NFC devices
MIFARE CLASSIC 1K EV1 S50 + EM4200

Memory: 1024 bytes (HF) + 0 bytes (LF) - UID: 4/7 bytes (HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A + ISO 11784 / 11785
Standard NFC: Not supported by most NFC devices
MIFARE CLASSIC 4K EV1 S70 + EM4200

Memory: 4096 bytes (HF) + 0 bytes (LF) - UID: 4 bytes (HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A + ISO 11784 / 11785
Standard NFC: Tipo 2 - compliant with the tag
MIFARE CLASSIC 1K EV1 S50 + T5567

Memory: 1024 bytes (HF) + 36 bytes (LF) - UID: 4/7 bytes (HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A + ISO 11784 / 11785
Standard NFC: Not supported by most NFC devices
MIFARE CLASSIC 4K EV1 S70 + T5567

Memory: 4096 bytes (HF) + 36 bytes (LF) - UID: 4 bytes (HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A + ISO 11784 / 11785
Standard NFC: Tipo 2 - compliant with the tag
MIFARE CLASSIC 1K EV1 S50 + 5555

Memory: 1024 bytes (HF) + 33 bytes (LF) - UID: 4/7 bytes (HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A + ISO 11784 / 11785
Standard NFC: Not supported by most NFC devices
MIFARE CLASSIC 4K EV1 S70 + 5555

Memory: 4096 bytes (HF) + 33 bytes (LF) - UID: 4 bytes (HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A + ISO 11784 / 11785
Standard NFC: Typo 2 - compliant with the tag
RF81 + EM4200

Memory: 1024 bytes (HF) + 0 bytes (LF) - UID: 4 bytes (HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A + ISO 11784 / 11785
Standard NFC: Not supported by most NFC devices
RF81 + T5567

Memory: 1024 bytes (HF) + 36 bytes (LF) - UID: 4 bytes(HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A + ISO 11784 / 11785
Standard NFC: Not supported by most NFC devices
RF81 + 5555

Memory: 1024 bytes (HF) + 33 bytes (LF) - UID: 4 bytes (HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A + ISO 11784 / 11785
Standard NFC: Not supported by most NFC devices
MIFARE DESFIRE 4K EV3 + EM4200

Memory: 4096 bytes (HF) + 0 bytes (LF) - UID: 7 bytes (HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A + ISO 11784 / 11785
Standard NFC: Type 4 - compliant with the tag
MIFARE DESFIRE 8K EV3 + EM4200

Memory: 8192 bytes (HF) + 0 bytes (LF) - UID: 7 bytes (HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A + ISO 11784 / 11785
Standard NFC: Type 4 - compliant with the tag
MIFARE DESFIRE 4K EV3 + ATA5577

Memory: 4096 bytes (HF) + 36 bytes (LF) - UID: 7 bytes (HF) + 8 bytes (LF)
Standard ISO: ISO 14443 A + ISO 11784 / 11785
Standard NFC: Type 4 - compliant with the tag

 

Nothing selected
Nothing selected
Nothing selected
Nothing selected
Nothing selected
Nothing selected
Nothing selected
Reset Filter

Your Configuration

RFID key fobs KF011

main product photo

KF011 is a fully waterproof and durable faux leather RFID key fob with a metal ring. With its exclusive and sophisticated rectangular design, it can be customised using pad printing, while serial numbering can be applied using laser technology. KF011 is available in elegant colours: dark purple, dark blue, light blue, red, white, grey and black, in LF (chips: EM4200, EM4550 or TITAN, ATA5577 or T5567, HITAG2), HF (chips: MIFARE CLASSIC 1K EV1 S50, MIFARE CLASSIC 4K EV1 S70,  MIFARE DESFIRE EV2 4K, MIFARE DESFIRE EV3 2K/4K/8K, MIM1024/PRIME, NTAG213) and COMBO LF+HF (chips: MIFARE CLASSIC 1K EV1 S50 + EM4200, MIFARE CLASSIC 1K EV1 S50 + T5567, MIFARE DESFIRE 4K/8K EV3 + EM4200, MIFARE DESFIRE 4K EV3 + ATA5577) frequencies. 

Technical specifications
Material Leatherette
Dimensions 50 mm x 26 mm x 3.7 mm
Weight 12 g
Colours dark purple, dark blue, light blue, red, white, grey, black
Temperature Operation / Storage -25°C ∼ +85°C
Type of printing pad printing
Type of numbering laser technology
Download the product sheet RFID Key Fobs KF011
CompaniesCompanies CampsitesCampsites HotelsHotels GymsGyms VendingVending Electric carsElectric cars

Its IP68 protection rating makes it suitable for warm, damp environments. However, with its ultra chic design, it is ideal when attached to handbags or keys for access control at companies and luxury resorts, ticketing for exclusive events and loyalty programmes. It can also be used as an electronic wallet for electric car charging.