Mobile communications technology is now a fundamental part of our lives, which has come a long way since its inception. From the first generation (1G) of wireless communication to the recent generation technology, the evolution of mobile communication has been outstanding. So, now let us see the evolution of mobile communication from 1G to 3G along with User-friendly 5g tester, 5G test equipment, 5g network tester tools and User-friendly 4G Testing RF drive test software, Cellular LTE RF drive test tools & equipment in detail.
The aim of wireless communication or mobile communication is to provide high quality, reliable communication and each new generation of services represents a big step (a leap rather) in that direction. Since then, all generations of cellular networks are providing a variety of significant improvements – from the initial analogue 1G networks to the 3G networks, each advance in technology has made the internet connection faster.
This blog will provide a comprehensive overview of the evolution of wireless communication from 1G to 3G, each generation of network technology built upon the research and development which happened since the last generation.
First-Generation Mobile Communication Technology (1G)
First-generation (1G) mobile communications technology was a major revolution in the world of communication – it refers to the original analog voice standard for mobile phones that was the first step in connecting people across the globe. 1G, or first generation, wireless technology was introduced in the 1980s and designed to support only voice transmission and is limited by network capacity. 1G technology provided analogue cellular service, and allowed users to make mobile phone calls, sending and receiving a signal via radio frequencies.
Features –
- It allowed for two-way communication.
- Ability to make calls from any location, hence, it has become popular for both personal and business use.
- It offered a great deal of convenience for people who travelled to stay connected on the go.
- The transmission speeds were quite low, usually increase at 9.6 kbps.
Second-Generation Mobile Communication Technology (2G)
2G, or the Second Generation of wireless technology greatly improve the efficiency of the phone to find the network, the mobile phone is slowly becoming more popular among mobile phone users. 2G technology was introduced in the early 1990s, allowed users to make voice calls and send text messages and data transfer speeds up to 64 Kbit/s.
Features –
- 2G also made it possible to track the exact location of a user and allowed roaming between different networks.
- Allowed for the mobile internet enhanced.
- 2G network is more reliable than the more modern networks.
Third Generation Mobile Communication (3G) Technology
Third-generation mobile communication technology (3G) is a cellular mobile communication technology which was released in the late 1990s. It is an improved version of wireless communication technology for high-speed data transmission. 3G combines wireless communication with internet-like multimedia communication that can transmit voice and data simultaneously at a speed of several hundred KBPS.
Features –
- Allows users to access high-speed data services, such as streaming audio, video and making video calls.
- Offers improved coverage to the users even where 2G service may be poor.
- Allows for higher data transfer speeds and longer battery life, making it ideal for accessing the Internet, downloading large files, and streaming multimedia content.
Conclusion
Wireless network technology has come a long way since the introduction of the first generation (1G) – allow us to stay connected no matter where we are, at home, at work, or on the go. Each generation from 1G to 3G has requirements that specify things such as throughput, delay, etc. that can be met and maintainined if we measure network testing continuously. Compared to traditional way of network testing, several customers are choosing non-traditional method such as RantCell tool (an Android phone-based tool). With RantCell, you can not only monitor and measure multiple networks but also get the results in real time through its web-based dashboard.
