Staying connected is an essential part of modern everyday life. People have become accustomed to receiving calls, sending emails or watching video anytime, anywhere. In the future, human society will usher in an era of more advanced and high-speed Internet connectivity, which may be far beyond our imagination. Industry demand for concurrent and transient connections will continue to grow.
The 5G network standard needs to make progress in what consumers see as "enhanced mobile broadband," the transmission of data at a faster rate in densely populated areas. In addition, these standards require a large number of connectivity points to support the massive Internet of things (IOT), where everything from home appliances to cars to industrial equipment will be connected to the web. Some services and applications will also rely on low latency and ultra-high reliability.
Compared with previous mobile standards, 5G standards have more important requirements and higher requirements. If the wireless network performance is not good, it will bring a lot of inconvenience to the user, for example, it may take a long time to successfully load an application. In the future, the stakes will be even higher. Imagine future self-driving cars trying to avoid accidents as they go; And when doctors perform life-saving operations remotely on medical devices, there's no room for error.
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