Panasonic Near Field Communication Tags
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NFC which stands for Near Field Communication has become the dominant short-range wireless communication technology in recent years. It facilitates data communication over a range of 4 inches without any configuration, unlike WIFI or Bluetooth. Hence NFC is virtually effort-free, merely requiring a tap. Furthermore, the NFC-tag itself is a passive device, it uses magnetic induction from the initiator device in order to read and write data.
Panasonic has commercialized the MN63Y1208 and the MN63Y1210A as the industry’s first LSI NFC-tag with built-in serial interface based on both JISX6319-4 (Felica) and ISO/IEC 14443 Type B standards with the following benefits:
1. Designed with Panasonic’s fast, low-power FeRAM[3] that allows stable communication
Over 600 million FeRAM chips have been shipped for public IC card or other fields. The endurance is rated at 100,000,000 times with 10 years data retention.
2. High-security with access restriction by encrypted communication path and authentication
Industry's first AES encryption that prevents data leak in NFC communication. Authenticating the device with which you are communicating during NFC communication prevents access from spoofed device.
3. Supports Tunnel communication mode, enabling fast high-capacity data communication.
Easily implements handover during high-capacity data communication.
Enables access to a crowd server from the microcontroller of application through NFC communication.
4. Automatic NFC communication standard switching to meet worldwide market demand
Compatible with both JISX6319-4 (FeliCa) and ISO/IEC14443 TypeB for the first time in the industry and automatically switchable communication protocol between these standards, allowing a single application to be sold worldwide.
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They are 3 basics communication modes: RF, serial, and tunnel mode. One of the special feature of Panasonic’s NFC Tag is the ability to communicate between initiator device and host MCU via Serial Interface. This enables transfer large data exceeds FeRAM capacity to MCUs directly. Finally, there is a Handover function, where WIFI/Bluetooth pairing can be established by merely tapping the devices. There will be no need of manual device configuration. In addition, Panasonic also offers NFC Tag Modules with antennas which are compliant to the NFC forum specification. You can quickly build an RF system by augmenting these NFC Modules into your application.
In conclusion, Panasonic is offering a battery-less RF communication which features secure high-speed writing, low-power consumption and high endurance. Furthermore, it is compliant to both JISX6319-4 (FeliCa) and ISO/IEC14443 TypeB standards. To view the product list of Panasonic NFC Tags or to purchase these tags for your application, visit our website at www.FutureElectronics.com.