Compared to previous generations of mobile networks, the capabilities of 5G networks will evolve by leaps and bounds. For example, downlink peak data rates could reach 20 Gbps, while uplink peak data rates could exceed 10 Gbps. In addition, 5G will significantly reduce latency and improve overall network efficiency. Simplified network architecture will provide less than five milliseconds of end-to-end latency.

Then 5G brings us transmission speed beyond fiber (Mobile Beyond Giga), real-time capability beyond industrial buses (RealTime World), and all-space connectivity (All-Online Everywhere), 5G will open up an era of opportunity.

1, VR/AR’s demand for bandwidth is much. With high-quality VR/AR content processing going to the cloud. It is to meet growing user experience requirements while reducing device prices. VR/AR will become the most promising high-traffic service for mobile networks. While the average throughput of existing 4G networks can reach 100Mbps, some higher-order VR/AR applications require higher speeds and lower latency.

2, Internet of Vehicles: The key technologies driving automotive transformation – autonomous driving, fleet driving, vehicle life cycle maintenance, and sensor data crowdsourcing – all require secure, reliable, low-latency, and high-bandwidth connectivity, that are critical on highways and in dense cities, and only 5G can meet both requirements.

3, Intelligent Manufacturing: Although wireless solutions such as Wifi, Bluetooth, and wireless heart have been in use on manufacturing floors in recent years, these solutions have limitations in terms of bandwidth, reliability, and security. For the latest and most sophisticated smart manufacturing, flexible, mobile, high-bandwidth, low-latency and high-reliability communications are the basic requirements, and 5G can better meet these requirements.

4, Teleconsultation: 5G can also be found in the medical industry. 5G high-speed network channels can support higher-definition real-time video communication, which will have promising applications in medical services such as teleconsultation and remote image diagnosis. The 4K/8K display of the ultra-high-definition teleconsultation system allows medical personnel to see the specific lesion of the patient in real-time with 5G signal transmission.

5, UAV: 5G also has significant advantages in the field of UAV flight management applications. Among other things, 5G’s ultra-low latency makes it possible to have millimeter-level transmission delays. It will allow UAVs to respond to ground commands faster and operators or systems to control them more accurately. At the same time, 5G can provide centimeter-level positioning accuracy, far beyond the LTE ten-meter level and GPS meter-level positioning accuracy. In this way, it can fully meet the flight in complex terrain environments such as urban areas. On the other hand, the 5G network can be used to collect and transmit massive amounts of data quickly and accurately.

6, 5G smart agriculture: is through 5G network, cloud computing, edge computing, Internet of Things, big data and artificial intelligence, and other primary technologies. It is combined with traditional agricultural market demand, agricultural production process, and equipment control. To achieve agricultural production process monitoring, agricultural production safety monitoring, agricultural epidemic disease, and pest monitoring, agricultural production automation operations. To promote the automation, information, and wisdom of agricultural production level The company will also develop the automation, information, and wisdom of agricultural production.

 What’s the 5G antenna?

Make it possible to have multiple input and multiple outputs if provide you with 5G antennas. They consist of a large number of antenna elements in order to send and receive a large amount of data simultaneously. 5G antennas must be able to cover many frequencies. In this way, it becomes possible for you to achieve faster download speeds. Moreover, it creates more capacity and connectivity for different devices. More bandwidth makes more data able to get through. With 5G antennas, your communication flows more easily.