4G vs 5G: Is there A Big Difference

Connectivity in the 21st century is better than it has ever been. The launch of 4G broadband connectivity affected Internet speed immensely and brought about a revolution of ideas such as the use of Uber and Lyft which may have not been possible without fast connectivity. The thought would be one of the high points of the century but technological innovation continues to grow with the passing of each day as the telecoms industry in 2018 experienced one of the newest innovations into the telecoms sphere, the 5G, there were conspiracy theories about the 5G network and how it emits materials that would lead to cancer. But this has since been debunked by the creators and scientists who have performed experiments to counter those opinions. The 5G is already being used in some major cities around and across the globe. Reading Telecom service reviews could keep you abreast of all the breakthroughs and changes in the telecommunications industry. 4G vs 5G has been at the centre of many debates as to the difference and whether 5G is a massive upgrade from what’s obtainable using 4G. There are different opinions on this matter, nevertheless, taking an objective look into some of the perks of the network could provide one with more answers.

The Difference Between 4G and 5G

The development of ridesharing apps like Uber and Lyft was made possible by 4G. With 5G, ridesharing cars could one day navigate themselves with no human drives required (self-driving cars). Self-driving cars are one potential of the 5G connectivity. The 5G network is already in use in most states in the US and other countries around the globe. Whether or not the 5G route is worth taking, there has already been good news with the use of the 5G connectivity as its use includes smart cities, remote surgeries, and automated factories. If you need customer opinion about their experience using 4G and 5G networks in the UK, then you could consider visiting BritainReviews.


Speed is one element of the next-generation network. This cannot be overemphasized. 5G is expected to be nearly 100 times faster than 4G network. Yes! Nearly 100 times faster. With speeds of that magnitude, it’s easier to download a two-hour movie in fewer than 10 seconds, which would take you about seven minutes using a 4G network, massive, isn’t it? That’s just a tip of what you could do with it. This fast speed has consumer applications, such as movie streaming, and app downloads, but they are also important for a ton of other settings. With the 5G technology, factories can have video cameras all around the factory functioning at amazing speeds. This would be used for gathering and analysing massive amounts of footage to monitor product quality in real-time. Why and how is this even possible? 5G networks are built on high-frequency airwaves also known as high-band spectrum. This implies high frequencies transmit much more data, than on 4G networks. But issues have been raised such as signal travelling on high-band spectrum, not travelling very far and having a hard time getting past walls, windows, lampposts and other hard surfaces. This would immensely affect the convenience of tiny computers. To cover for these challenges, wireless carriers building high-band 5G networks are installing tons of small sites to light poles, walls or towers, often close to one another. This is the reason 5G connectivity is often deployed from city to city for the network to work.


Have you tried seeing an Instagram video or opening a Web page in a small area with lots of people- stadiums, concerts or even at the airport and it is taking longer to load, this could be a frustrating experience. Too many devices trying to connect to the same network is almost always the issue. This implies the network infrastructure is facing challenges trying to serve every user on the network, thereby leading to slower data speeds and longer lag for downloads. 5G network is expected to solve this issue, 5G has more capacity than 4G so it can handle tons of people trying to connect to the same network infrastructure. This implies a better connection for every phone on the same network.


There’s a thin line between speed and latency, which is the time it takes for devices to communicate with each other or with the server that’s sending them information. Speed is described as the amount of time it takes for one’s phone to download contents of the webpage. Latency is the time between when you send a text to a friend’s friend phone and when the phone registers that it has received a new message. Latency is measured in milliseconds; they add up to a packet of information. 4G is known to have low latency while 5G has virtually a non-existent latency. This would immensely help real-time gaming- with these people all over the world can be using a wireless Internet-connected to play one game and be on the same page at the same time.

The 5G network has passed the test phase in most countries and is now in the production phase. The difference between both networks is massive and it only gets better from here.