One of the greatest advances in recent years in the telephony sector is 5G connectivity to surf the Internet at full speed. This is quite a useful property that everyone wants to have on their phone as it allows content to be downloaded in a matter of seconds.
Today it is very easy to get a mobile that boasts this feature, since there are cheap smartphones such as the Redmi Note 11 Pro that allow the use of 5G networks. However, it is important to note that sometimes cheap is expensive and this type of connectivity does not work in the same way in cheap and expensive devices.
Different 5G connections
In this sense, the various types of 5G connection that mobiles can take advantage of come into play, which use different bandwidths to experience higher speeds and coverage. Below we expose each and every one of them so that you know in advance what kind of connectivity the terminal you are going to buy has.
5G NSA connection
Phones that have 5G non-standalone was the first standard to emerge and that is why it does not have all the advantages it offers today. The main drawback it presents is that it requires 4G infrastructure, being a network similar to 4G+.
Its download speed is up to 2 GB and it has a latency of approximately 15 ms. It is less and less common to find smartphones that operate under this connection, although it is the one that incorporates cheap devices .
5G SA connectivity
The difference that this kind of connectivity presents compared to the 5G NSA is that it does not need the 4G infrastructure for it and for this reason a completely new one had to be designed.
The download speed increased considerably to around 20 GB per second, offering the highest speed ever. This, together with the latency of only 1 ms, makes mobiles like the Samsung Galaxy S20 a safe bet to squeeze 5G.
5G Sub-6 connection
The following two are not types of connections as such, but are part of absolutely all phones that have 5G SA. Its purpose is to maintain browsing speed while balancing coverage .
So traveling on the Internet or downloading content will not be a problem for these terminals. Mainly, because they will not have problems due to lack of coverage and will be almost always connected.
5G mmWave connectivity
Within the 5G SA standard we find the 5G mmWave. A network that works above 24 GHz frequencies and that squeezes all the characteristics of the connection, managing to reach the most brutal speeds with practically non-existent latency.
The mobiles that show off this property are cases such as the Apple iPhone 13 or Samsung Galaxy S22 . This example shows that the difference in price is decisive in the speed of the connection, so with a cheap phone you will not be enjoying the full potential that this connectivity can offer.