Cellular networks that use 5G technology are the fifth generation.
In this example, your cell phone sends a signal to a cell tower, which sends it to the internet. This is called wireless technology. A network service called 5G is not the same as the 5 GHz band on your Wi-Fi router.
5G has a lot more bandwidth than its predecessor, 4G. It has a lot more bandwidth than 4G. Over and above low and medium frequency waves, 5G adds even more high-frequency waves to encode and carry information. This makes it possible to have more bandwidth.
When it comes to bandwidth, it’s like the width of a road. More lanes and more cars can be on a highway that is bigger. This makes a lot faster and able to handle a lot more things.
If you have a 5G phone, you can get speeds of 50 megabits per second or more. This is how fast you can download a high-definition movie with a gigabit connection: You can do it in less than a minute. Is this good news for people who have bad cell service in crowded places? Increasing the number of lanes on a highway doesn’t always cut down on traffic jams. As more people use the expanded highways, 5G networks are likely to handle a lot more traffic than 4G networks, so you still might not get a good connection sometimes.
A new technology called 5G will also connect many other devices, from photo frames to toasters. This is called the “Internet of Things,” and it’s happening now. It doesn’t matter that 5G can handle up to a million devices per square kilometer, because all that bandwidth could be used up quickly and we’d need even more – a future 5.5G with even more bandwidth. Read also; Elecjet Apollo Ultra: This Graphene Battery pack
Flavors of 5G
5G can use low-, middle-, and high-band frequencies. Each has its own advantages and disadvantages, but all three have their own advantages and disadvantages. Lower-frequency waves can travel farther, but they take longer to do so. Using higher frequency waves means that information can move faster, but these waves can only go so far. Higher-frequency 5G can reach gigabit-per-second speeds, which means that ethernet and other wired connections will be obsolete in the near future. It costs more to use a higher frequency now, so it’s only used in places where it’s most needed: in crowded cities, stadiums, convention centers, airports, and concert halls.
If you need to send a lot of data quickly, you might want to use Ultra-Reliable and Low-Latency Communications, which is a type of 5G service. For example, controlling drones in disaster areas. One day, when the technology is better, it might even be possible to have surgery from afar. Read more; How to Mute a Word or Phrase on Twitter
