5G mobile communication technology can meet people's requirements on fast-growing mobile communication services such as high speed, large capacity, high reliability, and low latency. The advent of the 5G era indicates that the Internet of Things (IoT) and wireless sensor networks have become important basic equipment. In 2019, Chinese Huawei, ZTE and foreign companies such as Qualcomm and Samsung are promoting 5G technology on a large scale. So far, although 5G technology has not been commercially available on a large scale, it has begun to be deployed in large and medium-sized cities in the United States, Japan, Europe and China. For example, Shanghai, Shenzhen, Hangzhou, etc., have begun to deploy 5G base stations on a large scale to provide 5G communication transmission services. 5G base stations use multiple input and multiple output, high-frequency communication, ultra-dense networking and other technologies, which increase the difficulty of installing the antenna feeder system and increase the number of base stations. Therefore, environmental assessment and evaluation in the construction of 5G base stations becomes an important Content.
In China, the three major telecom operators, China Mobile, China Unicom, and China Telecom, choose to deploy 5G networks in first-tier cities. It is expected that by 2020, the construction of 5G base stations will be rapidly carried out nationwide. China Mobile, China Telecom and China Unicom have announced their respective 5G commercial plans and are the first to deploy 5G networks in Shenzhen and Xiongan new districts, further accelerating the commercial development of 5G. More and more countries are accelerating the deployment of 5G technology, in order to accelerate the pace of 5G commercial applications, escort the 5G era, and real-time monitoring and rapid response of 5G base stations with the arrival of the 5G era.
With the comprehensive advancement of 5G network construction, millions of signal base stations have been built. Base stations are an important part of the communication link. Most base stations are scattered in remote areas. Unmanned management of base stations has become an important consideration for base station construction. The remote monitoring of many equipment and environments in the base station is necessary to promote the safely operation of the base station and improve the efficiency of the operation and maintenance management of the base station.
The base station dynamic environment monitoring system is designed for the communication base station, and the involved components are matched with each other. The base station dynamic environment monitoring system can monitor and manage the temperature and humidity, gas, electricity, security, video, and access control in the computer room for 24 hours; the base station dynamic environment monitoring equipment solves the problem of single information islands in the past, greatly reduces the labor cost of operation and maintenance, and can realize early warning of potential failures, and fully guarantee the safety of equipment and communication.
Among them, the data host is a high-performance monitoring and alarm computer that is applied to the base station dynamic environment monitoring system. It adopts a high-performance industrial fanless computer to communicate and collect data. The collection can realize on-site monitoring, data collection, and data storage without any interface conversion equipment, protocol conversion, intelligent alarm function, reducing intermediate links and failure points, using standard integrated wiring to build the system, the system is simple and easy to maintain.
As a solution provider and manufacturer of industrial computing hardware products, TAICENN provides customers with high-performance, high-reliability, and ultra-low power consumption industrial fanless computers on the 5G base station monitoring system, guaranteeing 7x24 operating hours for 5G base stations. TBOX-2310 is specially designed for industrial automation applications, modular manufactured, and can support environmental applications from -20 to +70 degrees; in terms of processing performance, this fanless embedded box computer uses Intel Baytrail low-power J1900 processor, and optional more higher level performance 6/7/8th generation Core i3/i5/i7 processors; Rich input and output (IOs) interfaces, the industrial computer provides 2 Intel I211AT ethernet, 6 USB, 6~8 serial ports, so as to ensure the connection and sufficient computing power for the data collection of the 5G base station dynamic ring monitoring system.
● Rugged and compact sealed aluminum box design;
● Intel Baytrail J1900 2.0Ghz low-power processor, optional other rich Intel Celeron, Core processors;
● DC 9~24V input, with overcurrent and overvoltage protection functions;
● Industrial operating temperature -20~ + 70C;
● Size: 236.5 x 150 x 60 (mm);
● Scalable 3G/4G /LTE, Wifi/BT, industrial modules;
● I/O interface: 6 USB, 2 GLAN, 6 COM, 1 HDMI, 1 VGA, audio.
At the end:
Now, more and more countries are accelerating the deployment of 5G technology to accelerate the pace of 5G commercial applications and escort the 5G era. The demand for 5G base station dynamic environment monitoring system is in a surge phase, which is also an opportunity for industrial computer hardware products required by the dynamic environment monitoring system. For this reason, TAICENN is also actively deploying, following up the market, using own advantages to provide more professional and complete embedded computer hardware solutions for 5G base station dynamic monitoring systems, helping smart driving, smart medical, unmanned factories, and the Internet of Things, smart city, smart vehicle… new technologies to our lives.