Can the Internet’s speed get any faster? Is there a limit?


This question is not new, it often comes to our minds particularly when we see a new bandwidth being introduced. Can the internet still have an upper sped than this i.e. 3G or 4G or 5G now? So is there any further upper limit when it comes to internet speeds? Habitually, we may as well be able to visualize that the future internet speeds to be infinite. So much so that the speed of light might restrict us, owing to latency. Nonetheless, future bandwidths should be able to keep up with the fast speeds as quickly we can’t apprehend them.

However, the only obstacle to contemplate here would be that as the speed of the internet increases, so will the user consumption. We would require higher-resolution media, additional devices that need data to do the job, and certainly, we would need to stream further information at the same time. Until we get to those unfathomable internet speeds, we may be at the level of consumption that grasps this idea better. For now you must check CenturyLink internet prices to compare: 

Initially, it supports comprehending the technological developments that have brought us as far as this, and the contemporary technological capabilities and restrictions that have made 5G conceivable. One big step forward for 5G is the usage of millimeter wave equipment, which enables the broadcast of further info at any certain time. Wireless internet relies on radio waves to transfer signals, similar to conventional radios, however at a dissimilar section of the electromagnetic spectrum. Recent 4G internet uses a range somewhere between 700 MHz – 2,100 MHz (i.e. 2.1 GHz), however, 5G could practice shorter wavelength along with higher frequency broadcasts to expand that by manifold orders of degree.

What is the difference between Latency and bandwidth?

Latency and internet bandwidth are the two things that play a vital role when it comes to internet speed. Let’s discuss these two terms in detail:

Latency signifies delay. It takes time to transfer internet signals from source to destination/receiver. The amount of time it takes to fetch signals is called latency. It is for this reason that the information travels larger distances in the form of signals. The transmission could be wired or wirelessly. In fiber internet, you’ll experience minimum latency as it transmits data at 2/3 the speed of light. However, the transmission through radio signals or other cables will make you experience more latency.

Bandwidth implies the data/information your internet can take to transfer together. You can compare it with a bus. Large-sized busses will carry more passengers to their destination than a small bus or car. Bandwidth is important when you want to send a bulk of data together.

What are the options we have?

Multi-core fiber optic is the best but is very expensive. You can’t use it for residential usage. The speed test in 2014 showed that it can transfer data at a speed of 255 TBPS. This internet can handle the internet load of the whole world on a single cable. This internet has 2550 times more data transfer speed than the fiber internet we use today. It increases the bandwidth and fulfills the need for large businesses and organizations.

The 255 TBPS is already insane, but it’s not the upper limit. You can increase this speed further in two ways. The first way is to use thick cables that are made of quality material. It will help increase the amount of data the cable can transfer together. The second method is boosting the frequencies. Higher frequencies will increase the data transfer rate and the bandwidth. Increasing them above the electromagnetic spectrum will show drastic improvements on the internet.

Conclusive Notes

We have tried to explain some technological developments and terminologies to help our readers understand better how internet speeds work. Understanding the current scenario and how things function enables us to take safe estimations about future developments. Without any official statement, but seeing and witnessing all the technological advancements to date, we can safely say that 5G is not the last fastest internet speed. With time, we will develop the systems, equipment that will support further internet and how it will be consumed will also have several options.

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