Shanghai Fudan MicroelectronicsHF 13.56 MHz
FM11RF08
8 Kbit contactless card IC compatible with ISO/IEC 14443 Type A and MIFARE Classic 1K/4K command set.
The RFID & NFC Datasheet Library
Compare RFID and NFC chip specifications across LF, HF, UHF and dual-frequency designs. Explore manufacturer documents, engineering tools and practical selection resources from Roxtron.
RFID and NFC chip datasheets
- HID GlobalHF 13.56 MHz
iCLASS SE Readers
Reader family supporting iCLASS SE, Seos, MIFARE, Prox
- HID GlobalHF 13.56 MHz
iCLASS Seos
Multi-tech credential with Seos secure identity object
- NXPHF 13.56 MHz
ICODE 3
Latest-gen ISO 15693, high speed and security
- NXPHF 13.56 MHz
ICODE DNA
ISO 15693 with AES-128 mutual authentication, brand protection
- NXPHF 13.56 MHz
ICODE ILT
13.56 MHz EPC Class-1 HF tag using ISO/IEC 18000-3 Mode 3. Reader support for Mode 3 is required.
- NXPHF 13.56 MHz
ICODE SLI
ISO 15693 item-level library and retail
- NXPHF 13.56 MHz
ICODE SLI-L
ISO 15693 leaner-command privacy-protected smart label IC
- NXPHF 13.56 MHz
ICODE SLIX
ISO 15693 with privacy protection
- NXPHF 13.56 MHz
ICODE SLIX-L
ISO 15693 reduced-power library tag
- NXPHF 13.56 MHz
ICODE SLIX-S
ISO/IEC 15693 label IC with EAS, AFI, and 64-bit privacy mode for retail library and asset tracking.
- NXPHF 13.56 MHz
ICODE SLIX2
Extended 2528-bit user memory ISO 15693
- NXPHF 13.56 MHz
JCOP 4 P71
Java Card OS on SmartMX3, EMV payment and transit
- LEGICHF 13.56 MHz
LEGIC advant ATC1024 / ATC4096
ISO 14443A/15693 crypto smartcard ICs for multi-app systems
- LEGICHF 13.56 MHz
LEGIC ATC256
Secure multi-protocol HF RFID/NFC chip supporting ISO 14443 and LEGIC proprietary standards for access control and ticketing.
- LEGICHF 13.56 MHz
LEGIC MIM 256/1024
13.56MHz multi-application memory-in-memory IC — LEGIC proprietary RF protocol
- STMicroelectronicsHF 13.56 MHz
M24LR04E-R
Dual-interface I2C + RF 13.56MHz ISO 15693
- STMicroelectronicsHF 13.56 MHz
M24LR16E-R
Dual interface EEPROM with ISO 15693 NFC interface and I2C bus for wireless configuration and data logging
- STMicroelectronicsHF 13.56 MHz
M24LR64E-R
Dual-interface 64-Kbit EEPROM with I²C and ISO/IEC 15693 RF, energy harvesting output for sensor wake-up.
- NXPHF 13.56 MHz
MIFARE Classic 1K (MF1S50)
The original 1KB MIFARE Classic contactless smart card IC; the long-running access-control and transit reference design.
- NXPHF 13.56 MHz
MIFARE Classic 4K (MF1S70)
4KB variant of the original MIFARE Classic with 40 sectors; widely deployed in transit and stadium ticketing.
- NXPHF 13.56 MHz
MIFARE Classic EV1 1K
1KB ISO 14443A, legacy ticketing and access
- NXPHF 13.56 MHz
MIFARE Classic EV1 4K
4KB ISO 14443A, legacy access control
- NXPHF 13.56 MHz
MIFARE DESFire EV1
AES/3DES multi-application, transport and access
- NXPHF 13.56 MHz
MIFARE DESFire EV2
Enhanced EV1 with transaction MAC and proximity check
- NXPHF 13.56 MHz
MIFARE DESFire EV3
Highest-security DESFire, SUN messaging, transport
- NXPHF 13.56 MHz
MIFARE DESFire Light
Entry-level DESFire IC with AES-128, ISO/IEC 14443-4 and ISO/IEC 7816-4 file system for closed-loop apps.
- NXPHF 13.56 MHz
MIFARE Plus EV1
MIFARE Plus with originality signature and virtual cards
- NXPHF 13.56 MHz
MIFARE Plus EV2
Latest MIFARE Plus, EAL5+ certified, Transaction MAC
- NXPHF 13.56 MHz
MIFARE Plus S / X
AES-128 successor to MIFARE Classic, S and X variants
- NXPHF 13.56 MHz
MIFARE SAM AV2
Secure access module for readers, TDEA/AES/RSA key storage
- NXPHF 13.56 MHz
MIFARE SAM AV3
Latest secure access module, DES/AES/RSA/ECC support
- NXPHF 13.56 MHz
MIFARE Ultralight
Ultra-low-cost 64-byte single-use ticketing
- NXPHF 13.56 MHz
MIFARE Ultralight AES
Limited-use contactless IC with AES authentication for transit tickets, hospitality and access cards.
- NXPHF 13.56 MHz
MIFARE Ultralight C
192-byte ticketing with 3DES authentication
- NXPHF 13.56 MHz
MIFARE Ultralight EV1
Enhanced Ultralight with counters and originality check
- InfineonHF 13.56 MHz
NRG SLE 66R35E7
Intelligent 1 kByte memory chip with ISO/IEC 14443-3 Type A, CRYPTO1 and 7-byte UID.
- NXPHF 13.56 MHz
NXP MIFARE DUOX
Next-generation contactless smart card IC supporting MIFARE and enhanced cryptographic security for transit and access control.
- NXPHF 13.56 MHz
SmartMX2 P60
Dual-interface secure smart card controller, CC EAL6+
- STMicroelectronicsHF 13.56 MHz
ST25TV02K
ISO 15693, 2Kbit, NFC energy harvesting
- STMicroelectronicsHF 13.56 MHz
ST25TV02KC
ISO 15693, 2Kbit with kill command
- STMicroelectronicsHF 13.56 MHz
ST25TV512
ISO/IEC 15693 NFC Type 5 tag with 512-bit EEPROM, tamper detection and 64-bit privacy mode.
- STMicroelectronicsHF 13.56 MHz
ST33TPHF2XI2C
Flash-based TPM 2.0 with NFC + I²C
- Texas InstrumentsHF 13.56 MHz
Tag-it HF-I Plus
ISO 15693/18000-3, 2Kbit, item tracking
- Texas InstrumentsHF 13.56 MHz
Tag-it HF-I Standard
ISO 15693/18000-3, 256-bit standard transponder IC
Free RFID & NFC Tools
Browser calculators built on the same datasheet data. No login.
NDEF Capacity Calculator
Does your URL / vCard / Wi-Fi payload fit on an NTAG / ICODE / ST25?
UHF Read-Range Estimator
Forward-link range from sensitivity, antenna gain and an adjustable loss budget.
EPC SGTIN-96 Encoder / Decoder
24 hex characters ⇄ GTIN-14 + serial, with GS1 check-digit validation.
Chip Memory Map Visualizer
Where UID, lock bytes and user memory live on NTAG, MIFARE, T5577, ICODE.
Embeddable Comparison Widget
Copy-paste iframe of any 2-3 chips, live from our database.
RFID UID Hex and Decimal Converter
Convert RFID identifiers between hexadecimal, decimal and binary. Preserve leading zero bytes and compare normal and reversed byte order without losing precision.
RFID Memory Bits and Bytes Converter
Convert RFID chip memory between bits, bytes, words, pages, blocks, kbit and KiB. Distinguish decimal and binary units before comparing datasheets.
RF Power, EIRP and ERP Calculator
Convert dBm, milliwatts and watts. Calculate EIRP and ERP from transmitter output, antenna gain and cable loss with visible formulas.
GS1 GTIN and SSCC Check Digit Calculator
Validate or calculate the GS1 check digit for GTIN 8, UPC, EAN, GTIN 14 and SSCC. Keep leading zeros and prepare valid identifiers for EPC encoding.