The Internet of Things is undoubtedly the most popular new technology at present, and it is booming, allowing all things in the world to be more closely linked and easier to communicate. The Internet of Things has always been considered the “next industrial revolution†because it is about to change the way people live, work, play and travel, and even change the interaction between governments and businesses around the world. By studying the development trend of the Internet of Things, we found that all opportunities in the implementation of the Internet of Things will come in the next 20 years. The changes will cover all walks of life, and each relatively independent economy will reach a new one. The grafting model, the trend of demarcation will intensify.
According to BI Intelligence's forecast data, 34 billion devices will be connected to the Internet by 2020, and only 10 billion devices will be connected to the Internet in 2015. IoT devices will account for 24 billion units, and the remaining 10 billion devices will be traditional computer devices (such as smart phones, tablets, smart watches, etc.). We can also see the following points;
1. In the next five years, nearly 6 trillion US dollars of funds will be invested in the development of Internet of Things solutions;
2. The enterprise is the largest application entity of the Internet of Things solution. The Internet of Things can improve corporate profits in three ways: 1) reduce operating costs; 2) increase productivity; and 3) develop new markets or develop new products;
3. The government has also begun to focus on improving production efficiency, reducing costs and improving the quality of life of residents. I believe that the future government will become the second largest application entity of the Internet of Things ecosystem. In the Internet of Things application, although consumers lag behind enterprises and governments. But they will still buy a lot of IoT devices and invest heavily in the IoT ecosystem;
We can see that the Internet of Things revolution has quietly begun. Many things that have stayed in the concept before, only appear in science fiction movies, scenes are emerging in real life, maybe you can feel it now, you can be in the office. Using your mobile phone to remotely control your home's lights and air conditioners, you can see your home through a security camera thousands of miles away.
But the potential of the Internet of Things is much more than that. Just like the future concept of human intelligence community described by Toshiba, it integrates semiconductors, health management, networks, software, cloud computing and big data technologies to create a smarter living environment. Building such a smart community is inseparable from wireless transmission technology. It is the main link of the Internet of Things. At this stage, various wireless transmission technologies such as BLE Mesh, Zigbee, and Wifi are highly competitive.
In this regard, Liu Wenxin, deputy senior manager of the technical department of Toshiba Electronics (China) Co., Ltd. believes that the above wireless standard technologies have their own characteristics, and the market and application are not nearly the same. It is difficult to define which technology will win or be eliminated. However, the scope of application and market acceptance will vary. As for the development prospect of Bluetooth in the Internet of Things, we believe that Bluetooth technology has natural advantages and pertinence. In particular, SIG recently launched the Bluetooth 4.2 version protocol for the Internet of Things. Among them, new features such as big data transmission, multi-connection and support for IPv6 will greatly optimize and expand the support of Bluetooth technology for the Internet of Things. Moreover, the Bluetooth 5.0 version of the protocol, which is scheduled to be launched by the end of this year, will have a breakthrough technological innovation for Bluetooth long-distance communication, which will also be a boost.
There are many applications in the field of IoT, and many areas have low power requirements, which is consistent with Toshiba's focus on "Bluetooth". Manager Liu Wenxin believes that those "M2M" applications that require low power consumption and high accessibility are more suitable for Bluetooth. For example, Toshiba is currently tracking services such as smart wearables, smart homes, mobile healthcare, and mobile payments. These applications have realistic requirements and challenges for the overall power consumption and compatibility of the system. Especially in terms of compatibility, Bluetooth vendors and system developers need to constantly adapt to the new release of mobile devices and operating systems to ensure that their products continue to provide users with a good experience.
In line with many semiconductor manufacturers, Toshiba is also very optimistic about the automotive electronics market, especially the rise of the Internet of Vehicles, highlighting many emerging market opportunities. Toshiba has been providing high-reliability in-vehicle Bluetooth products, and now more and more in-vehicle systems will be built through Bluetooth to build in-vehicle wireless data networks and car networking, while the reliability requirements of in-vehicle products are much higher. For civilian and industrial products, Toshiba has been continuously making efforts to better meet the needs of the market.
Toshiba offers a low-power Bluetooth® Smart IC for the Internet of Things. The product portfolio includes the already-produced TC35667/TC35670 (integrated NFC tag) and the upcoming release of the next-generation ultra-low-power product TC35679/TC35678 (Flash version). In particular, the TC35679/TC35678, which supports Bluetooth version 4.2, will have a peak power consumption as low as 3 mA, which will greatly increase the battery life of IoT products. In addition to providing Bluetooth-enabled IC products, Toshiba also offers original Bluetooth communication protocols and configuration files. Customers can develop a Scatter net or Mesh network through Toshiba's original application protocol to achieve a more flexible and stable implementation of the Internet of Things Bluetooth networking.
When the network is ubiquitous and smart sensors can be embedded in any device, the shape of the city will be changed. Big data, artificial intelligence and the Internet of Things will combine, and the human living environment will have the ability to perceive, which may be the ultimate form of the Internet of Things. As Liu Wenxin, deputy senior manager of the technology department of Toshiba Electronics (China) Co., Ltd. said, "There is no doubt that the Internet of Things is constantly changing our lives. We believe that with the support of Bluetooth technology, the Internet of Things will be linked to big data in the near future. A number of new technologies, such as cloud computing and artificial intelligence, provide strong support for the future society. Just like Toshiba Group's business management strategy - to create a human intelligent community, let us live in a safe, secure and comfortable society!"
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