We all know that 5G will completely transform our lives. We have only had cellular data from telecom data providers up to this point (up to 4G LTE). However, 5G will alter the game. 5G networks will provide us with mobile broadband data. In comparison to the 4G network, 5G will provide significantly more bandwidth. Although 5G is still being used in many countries at frequencies ranging from 3.5 to 4.5 GHz, it will soon be used in the millimeter wave band. In a few countries, 5G is already using carrier frequency bands of 28 GHz and 39 GHz.
5G will have extremely low latency due to its extremely high frequency band or high bandwidth. You are aware that latency is an important factor in any network communication. A network with lower latency transmits data more quickly. It is anticipated that 5G will provide 1 ms (on the air) latency, which will be sufficient for real-time monitoring. With the help of 5G, industrial automation, self-driving cars, virtual reality (VR), augmented reality, telemedicine, and other technologies will become a part of our daily lives.
Now we'll discuss network slicing in 5G networks. We already know that 5G will provide massive bandwidth, enough to connect thousands of devices per square kilometre. Some bandwidth may now be set aside for extremely useful and emergency services. For example, some bandwidth may be set aside for vehicular networks or telemedicine, among other things. Because, after allocating some fixed bandwidth to emergency services, 5G will have adequate bandwidth.
