For ordinary users, the demand for the delay is mainly reflected in the entertainment interactive experience such as playing games. At present, the delay of 4G network can basically meet the delay requirements of players for ordinary games. But industrial applications, like autonomous driving and remote control, require very high latency, which is where 5G is valuable.
For example, during the operation of automatic driving, real-time and low-latency of data transmission should be ensured at all times, and timely communication with the data center is required. Due to the high bandwidth and low delay characteristics of 5G, the massive information generated by various sensors on the car can be synchronized to the cloud data center in real-time, so as to control the vehicle more accurately. Data transmission of this magnitude is difficult to achieve under 3G or 4G networks. There are now autonomous driving projects based on E-Lins' 5G cellular router H900f networking to test. You can consult us if you are interested.
Another indicator of 5G's superiority over 4G is the number of terminal devices connected. Under 4G, the maximum number of connected devices per square kilometer is 100,000. With 5G, that number could reach 1 million. But for us average users, this is a weak indicator of perception. So, what's 5G's upgrade in this metric going to do? The answer is simple: the Internet of Things. The upgrade of the 5G network at this point actually meets the communication needs between things. It is oriented to the application scenarios of smart cities, environmental monitoring, smart factories, smart agriculture, forest fire prevention, and so on, aiming at sensors and data collection. Theoretically speaking, every entity around us can be connected to the network through, 5G technology, forming the Internet of everything. For more information visit E-Lins Technology.
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