As the demand for IoT edge intelligence continues to increase, chip manufacturers are actively developing low-power, low-cost IoT chips to help IoT companies achieve optimal wireless connectivity solutions. In 2018, the microcontroller MCU market will have a new look. We may see a variety of edge devices, including industrial gateways, routers, and sensors with more intelligent and connected products. This is for micro control. In terms of equipment, it is undoubtedly a huge market opportunity. Low-power wireless processors are a great opportunity. Mike Demler, a senior analyst at the American technology market research firm Linley Group, said that the Linley Group's IoT edge device shipments will soar in the next few years, from 600 million units in 2017 to 1 billion units in 2019, and it is expected that 20 billion units will be realized in 2021. The largest market at present is in the industrial field, similar to the application of asset tracking. Opportunities from edge computing According to industry experts' forecasts, the cumulative number of IoT devices will reach several tens of billions in the next few years, and marginal computing will account for a large part of this. Smart homes have edge devices for door locks and appliances. Smart factories use edge calculations to monitor machines and production. Agriculture is also using edge calculations to track soil conditions, crop or animal growth. If there are 3 billion cows on Earth, tracking using the Internet of Things will be a huge potential market, although not all of them need to be tracked. But how does it cost a few dollars per animal to install a tracker, compared to the value of several thousand dollars for this animal, then why not? This may also apply to pigs, sheep, and chickens. Users can use data to show that your poultry is free-range and healthier, not caged. So the amount of demand for this tracking is absolutely amazing. Tracking cows, sheep, and chickens with the Internet of Things may sound funny, but he can create more value, allow consumers to eat foods that are assured, and it will be a super huge market. In addition, there are thousands of factories around the world. From here, we can see that chip manufacturers face enormous opportunities. Many vendors hope to meet the needs of developers through embedded processors, combining connectivity, low cost, and ease of use. For example, there are Bluetooth wireless controllers for musical instruments and there are edge processors specifically designed for automotive maintenance applications. Distributed crack network congestion problem The industry’s interest in edge computing is rising. With more and more IoT nodes, data transmission to the cloud will generate a huge network load. Experts believe that in many cases, it is reasonable to process data locally by installing a cheap microcontroller on the sensor. Complete some data processing on the edge device so that it will not block the network. This strategy is also very suitable for video and audio streaming, as well as various types of operations and analysis. However, this does not mean that cloud computing will disappear, the future will develop in a cloth-like form, and data will be coordinated in many different places such as edge computing and cloud computing. To meet these needs, semiconductor manufacturers will continue to introduce high-capacity, low-cost connectivity processors. Whether Bluetooth, Wi-Fi, ZigBee, or other protocols, they will have a built-in wireless chip that can run software with very low power consumption. less.
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