M24LR64E-R：64-Kbit Dynamic NFC/RFID tag with password protection, energy harvesting and RF status functions

The M24LR64E-R device is a Dynamic NFC/RFID tag IC with a dual-interface, electrically erasable programmable memory (EEPROM). It features an I2C interface and can be operated from a VCCpower supply. It is also a contactless memory powered by the received carrier electromagnetic wave. The M24LR64E-R is organized as 8192 × 8 bits in the I2C mode and as 2048 × 32 bits in the ISO 15693 and ISO 18000-3 mode 1 RF mode.

The M24LR64E-R also features an energy harvesting analog output, as well as a user-configurable digital output pin toggling during either RF write in progress or RF busy mode.

Key Features

  • Belonging to ST25 family, which includes all NFC/RF ID tag and reader products from ST
  • I2 C interface
    • 1.8 V to 5.5 V
    • Single supply voltage:
      • 1.8 V to 5.5 V
    • Byte and Page Write (up to 4 bytes)
    • Random and Sequential read modes
    • Self-timed programming cycle
    • Automatic address incrementing
    • Enhanced ESD/latch-up protection
    • I²C timeout
  • Contactless interface
    • ISO 15693 and ISO 18000-3 mode 1 compatible
    • 13.56 MHz ± 7 kHz carrier frequency
    • To tag: 10% or 100% ASK modulation using 1/4 (26 Kbit/s) or 1/256 (1.6 Kbit/s) pulse position coding
    • From tag: load modulation using Manchester coding with 423 kHz and 484 kHz subcarriers in low (6.6 kbit/s) or high (26 kbit/s) data rate mode. Supports the 53 kbit/s data rate with Fast commands
    • Internal tuning capacitance: 27.5 pF
    • 64-bit unique identifier (UID)
    • Read Block & Write (32-bit blocks)
  • Digital output pin
    • User configurable pin: RF write in progress or RF busy mode
  • Energy harvesting
    • Analog pin for energy harvesting
    • Four sink current configurable ranges
  • Temperature range
    • From –40 to 85 °C
  • Memory
    • SO8 (ECOPACK2®)
    • TSSOP8 (ECOPACK2®)
    • UFDFPN8 (ECOPACK2®)
    • More than 40-year data retention
    • Multiple password protection in RF mode
    • Single password protection in I2 C mode
    • Package
      • SO8 (ECOPACK2®)
      • TSSOP8 (ECOPACK2®)
      • UFDFPN8 (ECOPACK2®)
      • More than 40-year data retention
      • Multiple password protection in RF mode
      • Single password protection in I2 C mode
Product Specifications
DescriptionVersionSize
DS8854: Dynamic NFC/RFID tag IC with 64-Kbit EEPROM, energy harvesting, I²C bus and ISO 15693 RF interface10.03 MB
Application Notes
DescriptionVersionSize
AN3375: CR95HF library for ISO15693 and Dual Interface EEPROM products1.2689 KB
AN4054: Comparison of RF addressing modes of low-density and high-density ISO/IEC 15693 devices4.0273 KB
AN3163: Configuring your ISO 15693 reader to support the M24LRxx-R and M24LRxxE-R devices2.1226 KB
AN3002: Description of the M24LRxx-R and M24LRxxE-R dual interface memory’s password protection mechanism2.1318 KB
AN4430: Designing an NFC Android Application for M24SR and M24LR devices1.0865 KB
AN4430: Designing an NFC Android Application for M24SR and M24LR devices1.1864 KB
AN3355: Designing an application board compatible with either standard M24LRxx-R or energy-harvesting M24LRxxE-R devices2.297 KB
AN3224: Developing an application allowing PR101-USB and MR101-USB FEIG readers to communicate with M24LRXX transponders2.2421 KB
AN2972: How to design an antenna for dynamic NFC tags7.02 MB
AN4125: How to manage simultaneous I²C and RF data transfers with the M24LRxxE-R1.2391 KB
AN4326: Increasing the M24LRXXE-R family ESD robustness on antenna using an external ESD protection1.1511 KB
AN3249: M24LR series internal capacitance considerations for antenna tuning2.1211 KB
AN4421: Migrating from M24LR to M24SR series1.0167 KB
AN3408: Using LRIxx, LRISxx, M24LRxx-R and M24LRxxE-R products as NFC vicinity tags4.1962 KB
AN3178: Using a surface-mount inductor as an M24LRxx antenna2.3305 KB
AN3985: Using the CR95HF library with STM8L microcontrollers2.21 MB
AN4409: Using the same antenna for M24LRXXE-R and M24SRXX-Y Dual Interface EEPROM families1.1202 KB
AN1471: What happens to the M24xxx I²C EEPROM if the I²C bus communication is stopped?4.373 KB
Errata Sheets
DescriptionVersionSize
ES0195: M24LR04E-R, M24LR16E-R and M24LR64E-R device limitations2.158 KB
Presentations
DescriptionVersionSize
M24LR training material1.01 MB
Flyers
DescriptionVersionSize
FLM24LR6402161.01 MB
Brochures
DescriptionVersionSize
Products and solutions for solar energy1.01 MB
Semiconductor solutions for healthcare applications1.0665 KB
Smart grid distribution and smart meters - Energy-efficient solutions2.01 MB
STM32 Open Development Environment
Part NumberManufacturerDescription
X-NUCLEO-NFC02A1STDynamic NFC tag expansion board based on M24LR for STM32 Nucleo
MCUs Embedded Software
Part NumberManufacturerDescription
STSW-STM8061STISO/IEC 15693 and Dual Interface EEPROM library for STM8L microcontrollers (AN3985)
X-CUBE-NFC2STSTM32Cube expansion software for X-NUCLEO-NFC02A1
ST25 - NFC / RFID Software
Part NumberManufacturerDescription
STSW-95HF001STPC software executable for DEMO-CR95HF-A board (UM1084)
STSW-95HF002STPC software source code example for DEMO-CR95HF-A board (AN3954)
STSW-95HF004CR95HF C++ Library for Linux User
STSW-M24LR002STPC software source code example for FEIG readers to be used with LRI & M24LR products (AN3224)
STSW-M24LR011STM24LR application software associated with RF transceiver board included in M24LR-discovery kit
STSW-M24LR016STFirmware for M24LR board included in the M24LR-DISCOVERY kit
Product Evaluation Tools
Part NumberManufacturerDescription
ANT1-M24LR16EST45 mm x 75 mm antenna reference board for M24LR16E-R, Documentation purpose only
ANT10-M24LR16ESTAntenna reference board for M24LR16E-R with ESD protection, NDocumentation purpose only
ANT2-M24LR16EST20 mm x 40 mm antenna reference board for M24LR16E-R, Documentation purpose only
ANT3-M24LR04ESTSMD-Inductor based antenna reference board for M24LR04E-R
ANT7-M24LR16EST15 mm x 15 mm double layer antenna reference board for the M24LR16E-R Dual Interface EEPROM, Documentation purpose only
ANT7-T-M24LR04EST14 mm x 14 mm double layer antenna reference board for the M24LR04E Dual Interface EEPROM
FLEX-M24LR04EST45 mm x 75 mm flexible antenna reference board for M24LR04E-R Dual Interface EEPROM, Documentation purpose only
M24LR-DISCOVERYSTDiscovery kit for M24LR04E Dual Interface EEPROM with energy harvesting
ROBOT-M24LR16E-ASTDemonstration board for M24LR16E-R, Documentation purpose only
Solution Evaluation Tools
Part NumberManufacturerDescription
STEVAL-IPR002V2Data logger & event logger evaluation system based on the M24LR64E-R EEPROM
Sample & Buy
Part NumberPackagePacking TypeUnit Price (US$) *QuantityECCN (EU)ECCN (US)Country of Origin
M24LR64E-RMN6T/2SO8Tape And Reel0.71000NECEAR99CHINA
M24LR64E-RMC6T/2UFDFPN 8 2x3x0.6Tape And Reel0.751000NECEAR99PHILIPPINES
M24LR64E-RDW6T/2TSSOP8Tape And Reel0.71000NECEAR99CHINA
Quality & Reliability
Part NumberPackageGradeRoHS Compliance GradeMaterial Declaration**
M24LR64E-RMN6T/2SO8IndustrialEcopack2
M24LR64E-RMC6T/2UFDFPN 8 2x3x0.6IndustrialEcopack2
M24LR64E-RDW6T/2TSSOP8IndustrialEcopack2
Dynamic NFC/RFID tag IC with 64-Kbit EEPROM, energy harvesting, I²C bus and ISO 15693 RF interface M24LR64E-R
CR95HF library for ISO15693 and Dual Interface EEPROM products M24LR16E-R
Comparison of RF addressing modes of low-density and high-density ISO/IEC 15693 devices M24LR16E-R
Configuring your ISO 15693 reader to support the M24LRxx-R and M24LRxxE-R devices M24LR16E-R
Description of the M24LRxx-R and M24LRxxE-R dual interface memory’s password protection mechanism M24LR16E-R
Designing an NFC Android Application for M24SR and M24LR devices M24LR16E-R
Designing an application board compatible with either standard M24LRxx-R or energy-harvesting M24LRxxE-R devices M24LR16E-R
Developing an application allowing PR101-USB and MR101-USB FEIG readers to communicate with M24LRXX transponders M24LR16E-R
How to design an antenna for dynamic NFC tags ST25DV16K
How to manage simultaneous I²C and RF data transfers with the M24LRxxE-R M24LR16E-R
Increasing the M24LRXXE-R family ESD robustness on antenna using an external ESD protection M24LR16E-R
M24LR series internal capacitance considerations for antenna tuning M24LR16E-R
Migrating from M24LR to M24SR series M24LR16E-R
Using LRIxx, LRISxx, M24LRxx-R and M24LRxxE-R products as NFC vicinity tags M24LR16E-R
Using a surface-mount inductor as an M24LRxx antenna M24LR16E-R
Using the CR95HF library with STM8L microcontrollers PLUG-CR95HF-B
为 M24LRXXE-R 和 M24SRXX-Y双接口 EEPROM 系列使用相同的天线 M24LR16E-R
What happens to the M24xxx I²C EEPROM if the I²C bus communication is stopped? M24128-A125
M24LR04E-R, M24LR16E-R and M24LR64E-R device limitations M24LR16E-R
M24LR04E-R, M24LR16E-R and M24LR64E-R device limitations M24LR16E-R
20 mm x 40 mm antenna reference board for the M24LR16E-R Dual Interface EEPROM ANT2-M24LR16E
Description of UFDFPN5, UFDFPN8 and WFDFPN8 for STMicroelectronics EEPROMs and recommendations for use M95080-DRE
STM8L101xx device limitations STM8L101G3
STEVAL-ISA062V1: 6 W, wide-range dual and single output SMPS demonstration board based on the VIPer17 STEVAL-ISA062V1
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