At present, the application fields, equipment technologies and communication technologies of the Internet of Things have become relatively mature. The optional embedded computing platforms, communication chips and technologies at the bottom have reached the demand of building an application platform and more and more enterprises are introducing IoT applications. Car networking in the future IoT applications will show a high commercial value, automotive car networking IoT program, will generate many additional derivative applications and benefits.
As a number of low-power transmission technologies used in the Internet of Things have matured into commercial applications, IDC boldly predicts that the global Internet of Things market will see a value of 900 billion U.S. dollars by 2017 or even increase market multiples to 1.4 U.S. dollars in three years , Estimated IOT devices can reach more than 300 million units.
According to IDC market research firm forecasts, the global Internet of Things (InternetofThings; IOT) market will show tremendous growth in the next 3 years, the IoT market share will exceed 9,000 billion US dollars, the next three years the amount of data generated by the Internet of Things market applications It will be estimated that the number of IoT devices will increase to 30 billion units. The amount of data generated by IoT end devices will grow by hundreds of ZBs (1 zb equals to 10 9 th terabytes), and according to the growth curve, Estimated that the amount of data generated by the IoT device in 2020 may exceed 600ZB spectrum.
IoT-related technology has been mature enterprise import applications
IoT application fields, equipment technologies and communication technologies are relatively mature. The available embedded computing platforms, communication chips and technologies have reached the requirements of building application platforms and more and more enterprises have introduced IoT applications. However, In addition to the cost of IoT devices, the integration of Netcom technology and the integration of back-end technology, the most important key point in developing the Internet of Things technology market is actually the key point in the information and communication system architecture and the network's maintenance and transportation conditions. In fact, Consumption of Netcom technology options, from 2017 onwards have related low-power Netcom technology into the commercial application market, in addition to mature programs, the cost of imports also continued to be compressed.
Especially in IoT devices, data acquisition and analysis capabilities are becoming more and more powerful. With the observation of IoT application architecture, the Netcom solution based on the Internet of Things (IoT) communication technology needs to achieve high stability and low cost conditions. For different application nodes, The difference in the amount of data produced will require different speeds for the transmission technology solution.
In the field of high-speed transmission applications, such as monitoring, environmental analysis, big data acquisition and other IoT devices, Netcom transmission requirements will be higher, corresponding to the requirements for large data transmission for the Internet of Things program has also made new progress, such as by a number of telecommunications Business-driven NB-Internet of Things is also introduced in 2017 commercial field.
Spotted car networking potential 5G Netcom technology has drawn much attention
Even in the United States, Japan, South Korea and other large telecom service providers also spotted 5G mobile communication network services, and actively involved in the deployment of 5G communication applications, such as base stations, 5G application infrastructure, which is based on 5G mobile data communications IoT devices Said that the equivalent of a substantial expansion of the possibility of Internet of Things terminal equipment applications.
Because 5G mobile data communications performance can be as high as 10 ~ 20Gbps, has been comparable to the actual transmission performance of the network in the 5G communication network application integration also allows networking equipment, networking capabilities, transmission efficiency greatly improved, to meet the needs of high-speed transmission IoT applications, or through the 5G mobile data network as a regional IoT device data transfer integration, so that IoT network deployment costs and performance can meet the application requirements.
In addition to the NB-Internet of Things (IoT) business being launched in 2017, 5G Mobile started commercial tests in many countries. Many communications manufacturers and specifications-making organizations are making every effort to actively promote the commercial market. In particular, 5G mobile network operators are relatively active , As long as 5G communication service providers grab the IoT application service backbone network system architecture application market, for the future into the market size billions of IoT application services will be able to achieve a very substantial profit.
Low-power Netcom technology continued fever Internet of Things applications demand heat
In addition to the communications giant actively grab into the IoT application area, in fact, the application of low-power wireless communication technology in close range is also actively grab food networking applications market, because the IoT application device deployment architecture, not all devices can access For example, the IoT device itself needs to be deployed outdoors, and the device can not access the power supply (or even use battery-driven, solar power generation, etc.). Therefore, the IoT device can be deployed in a more harsh environment. , Can use the Netcom technology must also require the introduction of low-power or low power consumption of Netcom technology solutions.
In terms of low power consumption and extremely low power consumption of China Netcom technology solutions, the recent development in the Internet of Things market is also extremely alarming. For example, the Bluetooth5 short-range wireless communication solution has been released in 2017 and the related applications are gradually being implemented. Relevant solutions can be imported into IoT application architecture according to requirements.
In the same way, technologies such as Halow and LoRa are also applied to the snatch-eating application market. Although different technologies for transmitting power consumption, transmission distance, and application fields each have their own strengths and solutions, in fact, not only are programs related to 2017-18 As the technology matures, the cost of key chips such as technology import and certification will also be reduced due to the increased usage. The technical sparks that emerge from related technologies in the Internet of Things applications are still worth the wait.
Endpoint computing can effectively improve IoT service performance
Communication technology is the focus of recent IoT applications. Edge computing is another focus of current IoT applications. After opening up bottlenecks in IoT devices such as communications and power consumption, in fact, in practical applications , IoT devices that perform front-end analysis, processing, and data optimization will make IoT deployments more flexible and flexible. That is, if the IoT devices can be deployed at the IoT device front end or through Data collection terminal for preliminary analysis and extraction of data, the key value information is only sent to the back-end IoT cloud services for advanced analysis and storage, not only the IoT backend system computing load significantly reduced, but also allows the overall system operation More flexible and efficient.
Especially with the enterprise after the introduction of IoT devices, daily data generated by the amount of data collected may be large back-end analysis system can not be carried, and when more and more key IoT applications have been imported, will enable enterprises Internet of things should be the bottleneck of data processing and analysis, this time if the IoT endpoint or data processing endpoint for initial computing, analysis, to avoid a large number of Internet of Things terminal output data to the back-end system can not handle.
Decentralized data analysis and extraction to deal with stress and endpoint computing solutions will greatly improve IoT deployment and application performance, while more and more complex primary computing, analysis can be dispersed to the front-end IoT device for processing, but also allows IoT applications become smarter and more efficient.