icar pet microchip Sale: FRAM RFID multi-dimensional help IoT innovative solutions

　　Fujitsu Luo Jian: FRAM RFID multi-dimensional help IoT innovative solutions

　　What kind of IoT devices are needed in the real digital world

　　With the advent of the new digital world of the Internet of Things and artificial intelligence, everyone's discussion has gradually expanded to the field of learning economy, and for the industry, more people are paying attention to what smart IoT devices users need. Everyone is collecting data from the Internet of Things and using artificial intelligence to learn from the data, creating useful insights and empowering people.

　　President Luo has divided the past, current and future economic development processes into three stages: the network economy that relied on the Internet and PC in the past, the platform economy that relies on mobile communications, cloud computing and big data analysis, and the future depends on The learning economy based on the Internet of Things and artificial intelligence.

　　He also pointed out that regardless of the stage, the core issue is still to emphasize the ability to process information, and the technical means of storing data is very important, which directly affects the overall efficiency of the system in processing data, transmitting data, and analyzing data. .

　　Therefore, users’ future demand for IoT devices will focus on five key factors, namely: strong data processing capabilities,

　　Good data security/integrity, low ecosystem cost, high-speed transmission capability and low power consumption. This will also become a key factor in the successful design of IoT devices.

　　President Luo described the challenges brought by the Internet of Things to memory integrated circuits and the new needs of users for smart Internet of Things devices through the following figure.

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　　The answer to the above challenge is FRAM (Ferroelectric Random Access Memory). FRAM uses ferroelectric materials as data carriers, and has the advantages of random access memory (RAM) and read-only memory (ROM) at the same time, and can be accessed almost unlimited times. FRAM is a non-volatile memory that can save data when there is no power supply for data storage.

　　According to Mr. Luo, the application of FRAM to RFID has the following characteristics. One is radiation resistance, and data can still be stored safely under strong radiation; the other is low power consumption and power supply from external components, in an unstable power supply or passive state. Next, high-reliable reading and writing applications can still be realized; the third is fast reading and writing capabilities, which can increase the read and write throughput of tags and thus improve efficiency. In addition, large capacity can meet the storage needs of large amounts of data, and the same read and write distance has more application advantages. Therefore, FRAM RFID has three significant advantages, namely, radiation resistance, low power consumption and fast writing.

　　Up to now, Fujitsu's FRAM technology solution has served more than 1,000 customers mainly engaged in the field of industrial automation, and has worked closely with the world's leading label/inlay manufacturers in RFID, and shipped customized chips for identity verification applications. The amount is up to 250Mpcs.

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