When the Internet of Things terminal business side meets the NB-IoT new technology, the old concept produces new value

The Internet of Things is seen as another wave of information technology revolution after the Internet. According to the latest data survey, China's sensor market will reach 593.7 billion yuan by 2021. In the world of things, Sensing first, as the most basic sensory layer of the Internet of Things, deploying sensors on a large scale has become an inevitable trend. “Fang Zhu mainly develops the perception layer technology of the Internet of Things, which is the wireless terminal product. Currently, it includes energy consumption data collectors, wireless IO data acquisition modules, wireless temperature and humidity sensors, etc.” Zhou said, the basis of the Internet of Things It is the data simulation transformation of the material. With data, there is only connection, only network. Doing a good job of data collection and transmission is particularly critical for the construction of the Internet of Things.

In terms of number transmission, the most popular on the market today is LoRa and NB-IoT communication technology, which is the most widely used wireless transmission technology for the Internet of Things terminals. “What the market is looking for is wireless technology with wide coverage, low power consumption, low cost, and strong linking capabilities to meet the demand for fragmented applications of the Internet of Things. The public’s most familiar wifi cannot solve the underlying problem of the Internet of Things, NB- IOT, LoRa, Sub-1G and other technologies are very applicable. At present, Fangzhu products are basically developed based on the above three technologies to meet the needs of the Chinese market.” Zhou said that when Fang Zhu was founded, he focused on the Internet of Things. The research and development of transmission technology is currently very mature in the application of technologies such as NB-IOT, LoRa, and Sub-1G.

At the 2017 China (Shanghai) Sensor Technology and Application Exhibition, which brought together hundreds of famous sensor exhibitors from home and abroad, Fang Zhu also displayed its latest masterpiece. “NB-IoT's wireless temperature and humidity sensor is a new product we just launched in August this year.” According to Zhou, it can meet the high-precision environment temperature and humidity acquisition, ultra-low power design, battery-powered, designed to use a length of 3 Year, zero project, free installation. "As in the end temperature monitoring of central heating in northern cities of China, we are familiar with sensors using GPRS wireless remote transmission, but the use of battery power can only guarantee a heating season. And this NB-IoT wireless temperature and humidity sensor can be used once. More than three heating seasons.” Zhou said that NB-IoT wireless temperature and humidity sensors can also be used in food, archives management, aquaculture, pharmaceuticals and tobacco industries such as temperature and humidity monitoring.

When data collection is complete, the next step is to summarize the data, which is to generate big data that everyone knows. “We need a gateway to aggregate data access to the cloud. For example, Fangzhu’s IoT smart gateway has two kinds of wireless transmission methods: LoRa and 4G. It supports various wireless io modules and sensor access, and is used to collect energy in buildings. Industry, factory automation, equipment automation, test systems, smart buildings, solar energy systems, pollution source monitoring systems and other fields have a wide range of applications.” Zhou introduced, from the wireless IO module, sensor data collection, to the wireless gateway data summary Transmission, including the transformation of wireless communication before different protocols, Fang Zhu has formed a relatively complete solution for the Internet of Things industry.

At present, smart water, smart agriculture, and smart construction are the first to get in line with the Internet of Things, and many practical applications have received satisfactory market feedback. “The country is currently attaching great importance to the field of energy monitoring. Building a conservation-oriented society requires the support of the Internet of Things technology. Fang Zhu is currently very successful in the application of energy monitoring, and will continue to develop IoT end products in the future to serve energy-saving and emission reduction. “Zhou Zong said that the product development of the Internet of Things is not only limited to this, but in addition to energy data collectors, wireless IO data acquisition modules, wireless sensors, will also be combined with Fangzhu’s remote monitoring service platform to provide enterprises and schools. Energy monitoring systems such as those used in institutions and other places, air-conditioning and lighting energy-saving systems and parking guidance systems, and agricultural internet of things monitoring systems for modern agricultural applications promote innovation and progress in IoT technologies.