Difference Between GSM and 3G

Mobile communication technologies have evolved with GSM (Global System for Mobile Communication) and 3G (3rd Generation mobile technology). The use of multiple access technologies makes GSM and 3G devices capable of accessing the network, which has altered the nature of the web. Even though GSM and 3G have some similarities, they differ significantly in many ways. 

GSM vs 3G 

The main difference between GSM and 3G is that they provide different data rates. The data rate or bandwidth provided by 3G technology is much higher and they also use packet-switched data for technology. On the other hand, the data rate or bandwidth provided by GSM is much lower than 3G and it uses circuit switched data for technology. 

GSM has dominated global mobile phone technology. Despite competition from other technologies, GSM has not budged in its dominance. With the help of this technology, mobile phones came with many possibilities, such as text messaging and even low-speed internet access. The next step was the introduction of GPRS and EDGE, which enhanced the capabilities of GSM networks.

As a replacement for the ageing GSM technology, 3G is a whole new technology. 3G has many advantages over GSM in almost every respect. Starting at 384kbps, mobile internet speeds for 3G networks are within the range of DSL speeds. They also use packet-switched data for technology. The highest rate of 3G is HSDPA, which can reach speeds of 7.2mbps, much faster than GSM.  Comparing different architectures, 3G introduced a Node-B node along with an RNC module in place of the existing BTSs and BSCs.

Comparison Table Between GSM and 3G 

What is GSM? 

GSM has dominated global mobile phone technology. Despite competition from other technologies, GSM has not budged in its dominance. GSM, called 2nd Generation (2G) mobile technology, is based on digital cellular technology. Among other technologies introduced in the 1990s, GSM was the most popular 2G technology, compared to IS-95 in North America and PDC (Personal Digital Communication) in Japan.   

With ETSI or European Telecommunication Standard Institute in 1989, the technology became the most popular technical standard in most countries. GSM air interface uses separate frequency channels for each user to reduce interference between two users accessing the network simultaneously.   

In non-concentric cells, GSM reuses the same frequency channels to minimise inter-cell interference between neighbouring cells. It supports a circuit-switched data rate of 14.4 kbps. With the help of this technology, mobile phones came with many possibilities, such as text messaging and even low-speed internet access. The next step was the introduction of GPRS and EDGE, which enhanced the capabilities of GSM networks. 

What is 3G? 

As a replacement for the ageing GSM technology, 3G is a whole new technology. 3G has many advantages over GSM in almost every respect. The IMT-2000 (International Mobile Telecommunication) specifications published by the International Telecommunication Union are the basis for 3G technology. Other continents developed their own 3G technology.  

TD-SCDMA (Time Division – Synchronous CDMA) is used in China, while W-CDMA (Wideband – Code Division Multiple Access) is the standard in Europe. While ECDMA and TD-SCDMA use frequency division duplexing, WCDMA and CDMA2000 use time division duplexing. As per the IMT-2000 standard, the maximum data transmission rate should be 200kbps, whereas the maximum speed should be 384kbps according to the 3GPP R99 standard.  

They also use packet-switched data for technology. The highest rate of 3G is HSDPA, which can reach speeds of 7.2mbps, much faster than GSM. Comparing different architectures, 3G introduced a Node-B node along with an RNC (Radio Network Controller) module in place of the existing BTSs (Base Transceiver Stations) and BSCs (Base Station Controllers). 

Main Differences Between GSM and 3G 

Conclusion 

Mobile communication technologies have evolved with GSM (Global System for Mobile Communication) and 3G (3rd Generation mobile technology). The use of multiple access technologies makes GSM and 3G devices capable of accessing the network, which has altered the nature of the web. Even though GSM and 3G have some similarities, they differ significantly in many ways. 

GSM, called 2nd Generation (2G) mobile technology, is based on digital cellular technology. Among other technologies introduced in the 1990s, GSM was the most popular 2G technology, compared to IS-95 in North America and PDC (Personal Digital Communication) in Japan. It supports a circuit-switched data rate of 14.4 kbps. With the help of this technology, mobile phones came with many possibilities, such as text messaging and even low-speed internet access. 

3G has many advantages over GSM in almost every respect. The IMT-2000 (International Mobile Telecommunication) specifications published by the International Telecommunication Union are the basis for 3G technology. They also use packet-switched data for technology. The highest rate of 3G is HSDPA, which can reach speeds of 7.2mbps, much faster than GSM. 

References 

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