What exactly does the progression of the 1G, 2G, 3G, 4G, 4.5G and 5G figures increase day by day? The best answer to this question can be given by analyzing the situation well at each stage. '' G '' means the generation.
1G that is the first generation of ''analog phone calls'' as a priority service. With 2G, the ''digital phone calls '' development has continued. With 3G, progress in the ''phone calls, messaging and data'' has moved to a higher level with a better internet experience.
With 3.5G, data exchange has come to a higher stage. Later then with 4G, the use of all IP services (including voice and messaging) is at a very good pace. The expectation of 5G is going through two main headings.
These are the "hyperlink vision", which combines the features of 2G, 3G and 4G and also makes it easier to access Wi-Fi links. This vision provide effective connections to the machine from the machine. Also makes Access to new radio technology with less energy.
The second expectation of "5G" is the "next generation radio transportation technology". This method more developed than the traditional "generation- definition" viewpoint. It contains "data rate" and "latency" subheadings. These two approaches are important progresses for the industry. But this means that we will need a number of new service tools. Two progress can be gathered in a single group so that these needs can be made easier. We can evaluate these needs in a set of subheadings:
- To make a 1-10 Gb connection at the terminal end point on the field,
- 1-millisecond end-to-end latency, 1000x bandwidth to unit area,
- 10-100x connectable vehicles,
- 99.99% accessibility,
- 100% coverage,
- 90% reduction in network energy use,
- Up to 10 years battery life for low power machines.
But if we look at the situation from a realistic point of view, it is not possible that all of these 8 needs can be done at the same moment. For example, subheading 5 and 6 do not depend on technical progress. They are more relevant to economic and commercial relations. Subheadings 3 and 4 do not directly require the progress of the new generation. On the other hand the sub-generations need to be supported.
In the end, subheadings 7 and 8 are the ones that do not need the next generation. In these needs, the main aims are to ensure economic and ecological sustainability by minimizing energy use. If we look at this from a wide perspective, we will understand how subheadings 1 and 2 need to be technically progressive. And allow us to use 5G technology when and where we can use them. Considering that the base of the communication network is formed by the internet, we can easily say that there will faster and easier data exchange in 5G.
