On December 4, 2020, the 7th China IoT Conference in 2020, organized by the global professional electronic technology media, came to a successful conclusion in Shenzhen, from Huawei, Qualcomm, Advantest, PI, Baidu, Imagination, Silicon Labs, China Mobile Experts and leaders from well-known enterprises such as IOT, Shanghai Ruiside Electronics and Seeed attended the meeting and brought wonderful sharing.
Picture: The audience at the China IoT Conference was full
This year is the Year of Gengzi, which is quite special. The whole way is full of big stories, and there are big news all over the world almost every day. Things that have not been seen in decades have all encountered this year. Zhang Yinghui, general manager of electronic enthusiasts, said in his speech, “Fortunately, we Chinese people have the hardest beginning of the Boxer Year, and everything will be fine by the end of the year, which is largely due to the good policy of “new infrastructure” set by the country. Doing mining The machine business has the best history. Making domestic chips is also the best in the past few decades. By the end of the year, there was a huge shortage, and almost all domestic chips could be replaced. Good things will be piled up until the end of the year.”
Picture: Zhang Yinghui, general manager of electronic enthusiasts
The theme of this conference is “New Infrastructure, Intelligent IoT”. Zhang Yinghui pointed out, “The new infrastructure has brought many benefits to the Internet of Things, and the guests will give a very detailed interpretation. Zhiwulian represents the Chinese abbreviation of AIOT, and the smarter Internet of Things technology helps us control the epidemic and give us Bring a safer public security and social environment. After the advent of 5G, we will have faster and faster networking technology than ever before, which can realize the Internet of Vehicles, achieve higher-definition VR, AR and ultra-high-definition video, and achieve better Industrial IoT technology.”
Huawei: HarmonyOS creates a new era of Internet of Everything
At the summit, Ou Jianshen, Director of Open Source and Ecosystem Operations of Huawei’s Consumer Business Software, gave a keynote speech on “HarmonyOS Creates a New Era of Internet of Everything”.
Figure: Ou Jianshen, Director of Open Source and Ecosystem Operations, Huawei Consumer Business Software
Huawei HarmonyOS is a distributed OS for all scenarios, Ou Jianshen said, “Our design philosophy is to integrate various smart devices to form a hyperterminal from the user’s perspective, that is, hardware and hardware are naturally connected together, and the physical two It is an integrated new device for upper-layer application developers, and the ability to flexibly invoke new devices according to business needs.”
No matter what kind of technology it is, it will ultimately create value for consumers, Ou Jianshen said, “The super terminal we define includes several parts, the first is application scenarios, including smart home, smart travel, mobile office, educational scenarios, audio-visual entertainment, For sports health and social shopping, Huawei provides HarmonyOS technology, and works with partners to focus on core devices in application scenarios to meet the needs of consumers in scenarios.”
What value can Huawei HarmonyOS bring to the industry? Taking home appliances as an example, current smart home appliance manufacturers generally face three major problems: first, the low networking rate of stock devices; second, limited interaction scenarios between devices and users; Service customer experience needs to be improved. If Huawei HarmonyOS innovative solution is used, one-click network configuration can be achieved; screenless devices become screened; users can directly access the device page on the mobile phone in a new meta-program way; scene-based collaboration of multiple devices.
Qualcomm: To jointly build a new ecology of industrial Internet under the empowerment of 5G
At the summit, Qualcomm Product Marketing Director Ma Jinwu delivered a keynote speech on “Opening, Integrating and Collaborating to Build a New Ecology of Industrial Internet Empowered by 5G”. From the beginning of 2019 to the present, the 5G network has been built for more than a year, and the speed of network construction and the construction of the entire ecosystem is very fast. As of now, there are about 80 operators in the world whose 5G networks have been put into commercial operation. 5G network users Hundreds of millions, and most of them are in China.
Figure: Ma Jinwu, Director of Product Marketing, Qualcomm
Qualcomm has been committed to the development of wireless communication technology for about 35 years since its establishment. Ma Jinwu said, “After Qualcomm completed the standard design of R15 and R16, the network has gradually become more and more mature, and the coverage is getting better and better, we need terminals, mobile phones, various of 5G terminals are operating on the 5G network.”
According to market research, 5G will bring great improvement to the entire digital economy after it is truly commercialized. Ma Jinwu also believes that after the completion of the 5G network, many interesting applications will be developed, thereby driving the development of the entire industry and the growth of the digital economy. “Qualcomm’s focus is still on smartphones. At present, more than 100 million 5G smartphones using Qualcomm’s Snapdragon solution have been shipped worldwide, and Qualcomm also wants to expand 5G solutions to more areas beyond smartphones.
In the past two years, the application of 5G in the industrial field has been particularly hot. More and more industrial scenarios require wireless connections. Ma Jinwu introduced that, for example, some mobile scenarios in factories need to be controlled wirelessly. Another example is a smart port. Because it is very open, wiring is very difficult. Large containers need multiple cameras to shoot. The movement of the container includes the direction of movement and the angle of movement. If there is a deviation, problems will occur, so there is no way to use wired. With traditional 4G, the uplink will be limited in some scenarios, which requires a 5G network with high bandwidth and high uplink capability.
Advantest: Provide a one-stop test solution for IoT chips
At the summit forum of the Internet of Things Conference, Ge Liang, senior manager of Advantest Japan, analyzed the challenges and one-stop test solutions of the IoT chip test market. It is reported that as a leading supplier of semiconductor chip automated testing equipment, Japan’s Advantest has occupied 50% of the chip testing market in the past three years.
The IoT market has experienced rapid growth since 2016. According to a statistical report from Machine Research, the number of global IoT connections will be close to 14 billion in 2020, and by 2025, the number of global IoT connections is expected to reach 27 billion. China’s semiconductor market ranks first in the world. Although imported chips account for a large amount, local chip companies are on the rise, and the semiconductor testing market is also booming.
Photo: Ge Liang, Senior Manager of Advantest Testing
According to Ge Liang, senior manager of Advantest testing, there are three major challenges in IoT chip testing: 1. IoT chips are compatible with multiple wireless standards, including WiFi, Bluetooth, and NB-IoT. Each standard corresponds to different functional modules in the chip. It means that the test of the radio frequency of the chip is the most complicated. When there are multiple radio functions in a chip, the complexity of the whole test increases exponentially. 2. The integration of IoT chips is getting higher and higher, including wireless radio frequency capabilities, ADC/DAC, power management capabilities, etc. Appropriate test instruments must have high coverage in related fields; 3. IoT chip and module applications Wide range and relatively low price, which means that the requirements for low-cost testing are relatively high.
In response to the needs of IoT chip testing, Advantech has launched a one-stop testing solution. Ge Liang pointed out that providing a one-stop solution includes testing equipment, tested circuit boards and testing procedures. The V93000 platform is the cornerstone of Advantest’s automated testing. The family includes models such as V93000-A, V93000-C, V93000-S and V93000-L. Wave Scale RF is Advantest’s recently launched series of channel cards for the V93000 platform, which can both test low-cost Internet of Things (IoT) devices , can also test high-performance mobile communication equipment. For IoT devices, Wave Scale RF can test communication protocols such as -M, WLAN, , and other communication protocols; for mobile communication devices, it can deal with the latest communication technologies such as LTE-A, MIMO, carrier aggregation, and even communication protocols above CAT 10.
The one-stop IoT test solution launched by Advantech mainly includes three contents: one is the V93000 Wave Scale test product; the other is the IoT test daughter board. Users can use the daughter board to design small boards, reducing the cost of cost. The third is to provide test program guidelines through plug & play IoT, and finally provide suitable IoT test solutions to Chinese customers.
Picture: PI senior FAE Wang Hongkui
He focused on auxiliary solutions for smart wall solutions and charging power solutions for wall sockets and power strips. The realization of the smart switch is to replace the traditional mechanical switch with a relay, and to add sensors, a wireless connection module and an auxiliary power supply of an AC/DC power supply to the smart switch module to supply power to these modules. When the relay is disconnected, The LED light is off. However, at the same time, the sensor, wireless connection module and AC/DC power supply must continue to work to wait for the user’s remote control light-on signal. The current of this part of the circuit will return to the zero line through the LED light to realize the power supply loop.
The LinkSwitch-TN2 series launched by PI can meet the needs of intelligent switching power supply. There are three main advantages: First, the standby power consumption of the chip is low, and it can enter the frequency reduction mode when the load is light. The operating frequency of the intelligent switch is lower than 100HZ, which is very power-saving. Second, the PI has a patented technology that can average the input current. processing to reduce peak current. The third is that the chip can support a variety of topologies, including buck, boost and flyback topologies, which can achieve high precision, high efficiency and excellent no-load performance.
Applications for the LinkSwitch-TN2 series include home appliances, heating ventilation and air conditioning (HVAC), industrial controls, smart home (IOT) and electricity metering systems. According to Wang Hongkui, the LinkSwitch-TN2 IC is available in three different packages: PDIP-8C, SO-8C and SMD-8C.
Wang Hongkui pointed out that the LNK3202D is suitable for very low standby current, and the input standby current is only 48 microamps when it is completely no-load. He also introduced that PI’s latest product is the InnoSwitch3 series, which has shipped more than 1 billion InnoSwitch series ICs worldwide.
Baidu face & behavior detection software and hardware integrated solution and Kunlun AI chip
In this event, Baidu senior technical manager Wang Xuejun shared Baidu’s software-hardware integrated solution for face & behavior detection. Wang Xuejun said that software-hardware integrated AI products mainly refer to AI products on the end-side and edge-side. These products have the characteristics of better cost, closer to customer needs, and better hardware adaptation indicators.
AI software integration has some advantages, such as differentiated design, which may expand the value of the entire project. Therefore, AI software and hardware integration products are the role of value amplification and value leverage.
Figure: Wang Xuejun, senior technical manager of Baidu
At the same time, Baidu also launched end, edge and cloud products, and finally formed a solution of end, edge and cloud. Wang Xuejun introduced that this scheme has several advantages, one is the most cost-effective, the second is the short deployment period, which is shortened from 6-12 months to 1-3 months, and the third is that it has strong confidentiality and security. Data encryption function.
In addition to the software and hardware integrated solution, Luo Hang, a senior R&D engineer at Baidu, also brought a computing power solution in the Internet of Things era – to apply for Kunlun AI general processor. Luo Hang said that IoT + AI chips are an inevitable choice for the digital industry in the new era, and an inevitable choice for evolution. With the increase of data and more and more devices, it is necessary to have models or algorithms for AI processing to process the data.
Luo Hang believes that data is an element, that is, means of production, and computing power is productivity. The digital industry is an AI chip. This definition can be a general AI chip, or it can be an AI chip on the cloud or end. Data and computing power are complementary and indispensable.
Figure: Luo Hang, a senior R&D engineer at Baidu
The current AI application scenario solutions are mainly concentrated in the three categories of vision, speech and natural language processing, but smell, taste and touch have not yet been achieved, which is the direction of future efforts.
The Baidu Kunlun chip was born in 2011, and the design plan was launched in 2018, and more than 20,000 chips have been deployed so far. At present, Baidu Kunlun AI chip has several characteristics. One is high performance, which is better than NVIDIA Tesla T4; the other is low cost and low power consumption, which is also 25%-45% lower than that of Tesla T4; Flexible and versatile.
At present, Baidu Kunlun chips have been adapted to mainstream domestic operating systems, such as Kirin and Tongxin, and have also been equipped with mainstream domestic CPUs, such as Kunpeng, Feiteng, Haiguang, and Shenwei.
In 2021, the rapid development of the Internet of Things will coexist with price increases and shortages
According to a report released by the GSMA, the total number of global IoT connections reached 12 billion in 2019, and it is expected that by 2025, the total number of global IoT connections will reach 24.6 billion. Data released by Machina shows that the explosive growth of IoT applications in China will exceed 7 billion in 2020, and the number of connections will exceed 10 billion within three years.
Huang Jingjing, executive editor-in-chief of Electronic Enthusiasts Network, shared the “2020 IoT market development status and trends” and said that this year, the Internet of Things has made positive progress in the perception layer, connection layer and platform layer. In the perception layer, the demand for anti-epidemic infrared temperature measurement chips has exploded this year. The connection layer has various connection technologies such as WIFI, Bluetooth, 5G, NB-IOT, cat.1, etc., and has developed to a new stage this year, such as the number of 5G base stations. Reaching 700,000, NB-IOT will exceed 100 million this year, and CAT.1 will attack the medium-speed market of the Internet of Things. At the same time, a large number of module manufacturers have launched new module products, strengthening the connection between new technologies and applications.
After 30 years of scientific research and development, from Beidou-1 to Beidou-3, the last Beidou satellite was launched this year, and China’s Beidou navigation system has made significant progress. The localization rate of the core components of the Beidou-3 satellite navigation system has reached 100%.
The RISC-V ecosystem has grown and grown, and the performance of processors based on the RISC-V architecture has been continuously improved. With the increasing number of IoT devices, IoT security has become the focus of manufacturers. This year, the original factory in terms of security chips and technologies There are also many actions. There is also the Internet of Things operating system. All major Internet giants have launched their own operating systems.
Figure: Huang Jingjing, editor-in-chief of Electronic Enthusiasts Network
The non-contact economy related to the epidemic and the demand for long-distance networks have promoted the growth of related applications. Huang Jingjing said that according to the continuous tracking report and analysis of the Internet of Things industry this year, Electronic Enthusiasts Network summarized the ten growth points of the Internet of Things. Shared equipment such as charging piles, shared scales, and the earliest shared charging treasures; intelligent medical care, the networking of medical equipment, and telemedicine, 5G telesurgery will also be truly applied in the future, and so on.
The overall first half of this year was weak, and demand was concentrated in the second half of the year, which also caused significant fluctuations in the supply chain. When the epidemic broke out around the world in the first half of this year, many countries and regions announced the closure of cities, affecting the production and transportation of local semiconductor factories, resulting in a shortage of supply of some components. On the other hand, under the U.S. ban on Chinese semiconductors, the industrial landscape has changed dramatically.
So in these contexts, the price of semiconductor devices has risen across the board. From wafer foundry to packaging and testing, MOSFETs, power ICs, MCUs, crystal oscillators, storage, etc., the information obtained by Electronic Enthusiasts Network from the supply chain can be seen that there are different levels of price increases in each link. Huang Jingjing analyzed that the reasons for the price increase are: first, the retaliatory rebound in demand in the second half of the year; second, Huawei’s early orders squeezed production capacity, and the order backlog of other manufacturers was released; , customers increase stocking, increase order volume, order is enlarged and so on. It is expected that the price increase of components in the first half of next year will continue.
The development of the Internet of Things is supported by advanced technologies and industrial policies. Of course, the supply chain also affects its development. The Internet of Things itself is also facing breakthroughs in many aspects such as sensor technology and security technology. Looking forward to 2021, the pulling effect of 5G and new energy vehicles will continue. Giants will lead the construction of data centers and AI. The opportunities for domestic chips in consumer and industrial sectors will expand, and the development of AIOT will enter a new stage.
SoC IP Enables Smart IoT
Imagination’s senior wireless Bluetooth business development manager, Huang Yin, shared the theme of SoC IP to help realize the smart Internet of Things at the IoT conference, and introduced new opportunities for AI to help the development of AIoT to the audience.
Photo: Huang Yin, Senior Wireless Bluetooth Business Development Manager, Imagination
Imagination is committed to the construction and adoption of AI, automotive, wearable and smart cities, promoting the development of smart IoT and the market, and building smart cities. Huang Yin introduced that there are already many AI application scenarios in smart cities, such as security detection, smart factories, and smart non-sensing temperature sensing.
For these application scenarios, special chips will be designed, but these chips usually lack performance in some applications. For example, the CPU has high flexibility but lacks efficiency, while DSP has high flexibility but its optimization is not good enough. . The GPU + neural network accelerator can maintain both flexibility and compile, which is a good combination for AI chips.
From the data point of view, if the computing power of ordinary mobile CPUs is 1 times, the computing power of the Power VR series neural network accelerators provided by Imagination can reach up to 199 times. At the same time, this set of neural network accelerators has strong compatibility, which can be compatible with common frameworks upwards and different hardware configurations downwards.
Huang Yin said that Imagination has participated in many AIoT co-constructions, and has cooperated with Baidu, TensorFlow, and different RISC-V manufacturers. From the perspective of the development of AI chips from 2017 to 2024, the future will be the computing training chips and the edge computing chips on the end side.
At present, Imagination’s neural network accelerator IP has been applied and promoted in some enterprises. For example, UNISOC’s chip platform T710 adopts Imagination’s solution, which can perform some tasks such as facial recognition, gesture recognition, and judgment of the current state of the driver. application.
5G landed, richer wireless technology solutions empower the IoT industry
The next guest is Liu Jun, senior sales manager of IoT strategy in China from Silicon Labs, who shared the theme of “5G landing, richer wireless technology solutions to empower the IoT industry”. Silicon Labs is a company focused on IoT technology and has been working on perfecting IoT technology over the past decade to become a leader in the industry. IoT products already accounted for 58% of Silicon Labs’ total sales last year.
Figure: Liu Jun, Senior Sales Manager of Silicon Labs China IoT Strategy
Silicon Labs serves 7000+ IoT customers worldwide, and more than 2.5 billion IoT products have been sold in the market, entered channels or installed in users’ homes. The Chinese market has ensured that we have still achieved growth despite the global epidemic, especially in the field of smart home and industrial applications in IoT, reaching a compound annual growth rate of 20%-30%.
To be successful in the IoT industry, you need not only excellent products, but also technical support and development tools, development platforms, security technologies, and ecosystem and equipment partners. Silicon Labs builds scaled and simplified platforms and integrated IoT hardware/software platforms that deliver professional wireless performance and mesh networking.
In 2015, Silicon Labs launched the first-generation Wireless Gecko platform, which is the first wireless SoC that includes IoT multi-band and multi-protocol. In 2019, the second-generation Wireless Gecko platform was launched, which not only increased the frequency of the MCU, but also improved the performance of wireless transmission. In order to meet the functional and security requirements of IoT products, Silicon Labs also provides hardware encryption technology, Secure Vault, which protects brands, data and business models with a dedicated security core. After the release of the second-generation chip, the current annual shipment is close to 100 million.
This year, Silicon Labs also launched the BG22 Bluetooth Low Energy SoC, an SoC designed for secure Bluetooth 5.2, which uses Bluetooth 5.2 to do AoA indoor positioning solutions. Silicon Labs also acquired Redpine, a company focusing on low-power Wi-Fi last year. Facing the main theme of Wi-Fi 6 next year, Silicon Labs will also launch Wi-Fi 6 products, focusing on low power consumption.
Empower the industry to innovate and work together to create a new era of Zhilian
Gong Yong, senior operation manager of China Mobile IoT, shared with us the layout of China Mobile’s IoT business, and focused on the development of China Mobile in terminal and chip modules. In 2012, China Mobile invested in a wholly-owned subsidiary China Mobile Internet of Things Co., Ltd. in Chongqing to fully operate the Internet of Things business. Relying on China Mobile’s platform and network, it provides chips, modules, operating systems and solutions, Internet of Things security equal ability.
Picture: Gong Yong, Senior Operation Manager of China Mobile IoT
The communication module is the entrance to the end-side of the Internet of Things, which can be quickly integrated into the market and understand the needs of all walks of life. As the government has issued several guidelines for the development of the mobile Internet of Things, China Mobile has closely followed national policies, improved network quality and achieved deep coverage on the network side. There are currently 3.09 million base stations on the 4G side, and 385,000 base stations on the 5G side are expected to be built this year, all of which support Cat1 scenarios, and the number of NB base stations exceeds 350,000.
In addition to the network side, the development of communication modules is also inseparable from communication chips. China Mobile currently cooperates with chip manufacturers including UNISOC, MTK, Qualcomm and HiSilicon. China Mobile launched the self-developed module brand OneMO in 2013. This module brand has an annual shipment of over 10 million from a small batch in the early stage, with a compound annual growth rate of over 110%.
China Mobile believes that the price of the 5G side will still be lowered. In response to the difficult and long cycle of 5G module development, China Mobile also provides free value-added service projects, providing disaster analysis, production line optimization and other services to help industry partners quickly Realize the development of new 5G products. On the NB IoT side, China Mobile teamed up with industry partners to do some benchmarking projects in 2019 to drive the development of the industry, and even increased the volume at a loss. At present, China Mobile’s NB IoT products have shipped nearly 10 million, and this year, together with Xinyi, they have built the MN316 national chip, the price of which is the same as that of 2G chips.
China Mobile released OneMO’s first sub-meter RTK satellite positioning module MP301 at this conference. The module supports three mainstream positioning systems, Beidou, GPS and GLONASS, and can cooperate with China Mobile’s high-precision positioning system to achieve sub-meter positioning. High-level positioning to empower customers who need location information, such as logistics and sharing industries.
Neutral, open source IoT software platform
At the summit forum of the Internet of Things Conference, Chen Feng, Director of RT-Thread Developer Ecological Operations from Shanghai Ruiside Electronic Technology Co., Ltd. shared the basic situation about RT-Thread, and the theme he shared was “RT-Thread IoT OS” Self-cultivation, build a neutral, open source IoT software platform”.
Photo: Chen Feng, Director of Developer Ecological Operations, RT-Thread, Shanghai Ruiside Electronic Technology Co., Ltd.
In his speech, he mentioned that the market of the Internet of Things is very large. Although it has been developed for more than ten years, there is still a problem of fragmentation. There are also various terminal applications. The hardware performance including chip technology and modules has been continuously improved, and the price has also been continuously reduced, but the complexity of the software is also increasing, resulting in the software of IoT devices. Development costs have risen sharply.
Figure: The development process of RT-Thread
RT-Thread is a local open source IoT operating system. Its biggest features are:
Easy to use, clear structure, easy to debug, and supports multiple compilation tools;
Cross-chip platform, supports various mainstream architecture chips, and solves the problem of fragmented development of equipment;
The middleware is rich, providing components and software packages to meet different applications, reducing the problem of repeated wheel building;
Highly scalable, easy to cut, easy to expand, suitable for different grades of products, greatly increasing the repeatability of the software.
Currently RT-Thread has Nano minimal version, standard version, and Studio integrated development environment.
More importantly, RT-Thread is an open source IoT operating system that can be used by all enterprises and individuals for free without the consent of Ruiside. Currently this open source software is hosted on Github. According to the statistics of Ruiside, as of the beginning of this year, the installed capacity of RT-Thread has exceeded 600 million.
Of course, an operating system must be ecological, and RT-Thread has also been promoting the development of ecological construction. According to Chen Feng, the number of developers of RT-Thread has exceeded 100,000, and Ruiside holds an annual event. Various offline training activities, developer conferences, continuous enrichment of documents and tutorials, and cooperation with schools to strengthen ecological construction.
At present, there are more than 30 original chip manufacturers equipped with RT-Thread, but the system can support more than 80 original chips.
Chen Feng also admitted that if the open source software is not commercialized, others would not dare to use it, because no one knows when the open source software will stop updating. Therefore, Ruiside has also been exploring the value of business, “At present, our commercialization models mainly include: one is to provide enterprise services, mainly cooperating with original chip manufacturers and large terminal enterprises; the other is software licensing, such as Some companies may need to have their own operating system, which we can authorize; the third is to provide some value-added hardware, such as modules; there are also some new models that are still being explored, such as providing industry solutions, sharing platform channels, and App Store mode and more.”
IoT devices will be increasingly segmented
Zhou Shuyang, global marketing director of Seeed Technology, gave a speech on “Open Technology and Traditional Industry” at the conference. In her speech, she shared a story that they used open source hardware to help tea farmers on Mengding Mountain in Sichuan to better manage and distribute tea.
Photo: Zhou Shuyang, Global Marketing Director of Seeed Technology
And Seeed’s development team did not stop at this project, and then expanded the project, using wireless sensors based on LoRa communication to collect data to help analyze the environmental parameters of the soil to facilitate farming, and the latter system also became Microsoft Promoted products from FarmBeats.
Figure: Tea farming management system developed using open source hardware
Figure: Optimized industrial-grade sensor system
In addition, Zhou Shuyang also listed the more successful open source hardware cases such as solar power control system, secure wireless Dongle, garbage tracker, and Erfang water meter that they have made.
Figure: Zhou Shuyang’s list of open source hardware success stories
In her opinion, in the future, IoT devices will become more and more subdivided and vertical, and they will be more effective in vertical industries.
Finally, in the roundtable discussion session, Qualcomm Product Marketing Director Ma Jinwu, Huawei Consumer Business Software Open Source and Ecological Operation Director Ou Jianshen, Seeed Global Marketing Director Zhou Shuyang, Guanghetong 5G Ecological Chain Business Development Director Tao Xi, and Xinyi Information Technology (Shanghai) ) Co., Ltd. Marketing Director Chen Zhenglei and five guests conducted an in-depth discussion on “New Development Opportunities Brought to the Internet of Things by New Infrastructure in the Post-epidemic Era”. The guests generally believed that the Internet of Things industry in 2020 will first decline and then increase, and they are very optimistic about the development prospects of the Internet of Things next year.
More details about the 7th China IoT Conference and Innovation Awards 2020, please click the official website link: http://www.elecfans.com/activity/iot2020/index.html.