As a matter of fact, the “G” is clearly “GENERATION.” Although this may be true once connected to the internet, the connection speed relies on the signal strength shown on each mobile device with abbreviations such as 2G, 3G, and 4G, etc. Moreover, every wireless broadband generation is described as a collection of telephone network specifications defining the system’s technical implementation.
Additionally, Wireless connectivity is aimed at providing high-quality, secure communication just like wired communication, and every new generation represents a major leap in that direction. Due to the rapid development of mobile technology, wireless contact has become more popular in recent years. They first need to grasp the key features of all these systems and then make a difference between 2G, 3G, 4G, and 5G.
Second Generation (2G):
2G is the second generation of GSM-based mobile networks. The 1 G network’s radio signals are analog, while 2G networks were digital. 2G technologies have been accomplished by multiplexing allowing multiple users on a single channel. Cellular devices, along with speech, were also used for information during 2G.
Two of 2G’s main advantages were:
- download rates up to 64 kbps Instead of traditional usage of digital signals.
- Tools including SMS and MMS (Multimedia Message) enabled.
- Provided improved voice calls of quality.
- Notably, this used a 30 to 200 kHz range.
Third Generation (3G):
As its core network architecture, the 3G standard uses the Universal Mobile Telecommunications System (UMTS). The initial software has been advanced by using packet switching to enable rates of up to 14 Mbps. Big Band Wireless Network has been used to improve visibility. Of course, it operates at 2100MHz and has a 15-20MHz bandwidth.
Some of the 3G’s main features are:
- up to 2 Mbps speed.
- Increased rates of bandwidth and transfer of data.
- Send/receive large messages of email.
- Large capacity and capacity for broadband.
It operates at a 2100 MHz range and has a 15-20 MHz bandwidth. Some of the 3G’s main features are up to 2 Mbps speed. Increased rates of bandwidth and transfer of data. High email messages are sent/received. Large range and efficiency of broadband.
In fact, many networks were not up to the required 4 G speed even after it was widely available. 4 G LTE is a “long-term evolution of the fourth generation,” capable of providing a very fast and secure Internet connection. Essentially, 4 G is the new norm for connectivity to the mobile network. So that 4 G LTE is the concept for the route to be followed in order to meet certain pre-defined requirements.
Some with 4G LTE’s features are:
- Interactive multimedia support, voice, video support.
- High speed, high capacity, low cost per bit (up to 20 Mbps or more speeds).
- Global mobile networks that are scalable.
- Ad hoc and numerous networks of hops.