5G - The Future of Mobile Wireless Communication Networks

Transcription

1 Advance in Electronic and Electric Engineering. ISSN , Volume 3, Number 5 (2013), pp Research India Publications - The Future of Mobile Wireless Communication Networks Sanskar Jain 1, NehaAgrawal 1 and Mayank Awasthi 2 1 IET, Mangalayatan University 2 ECE Department, IET, Mangalayatan University. Abstract Today wireless services are the most preferred services of the world. The rapid increase in the service is due to the advancement of technology consecutively. The worldwide revolution in mobile and internet technology have changed our way of living life. Every new technology has come to hide the drawbacks of previous technology. In this paper we throw a light on the various generations of mobile wireless technologies (1G to ) and also presents an overview of technology trends in the wireless technology market, a comparative overview of v/s all other previous generation technologies and the major improvements which could be made to technology. Keywords: 1G, 2G, 3G, 4G,, Mobile Communication, Wireless Communication, VOIP. 1. Introduction In this era of communication where we have huge number of devices and a vast technology, we see improvement day by day.in early 1980 s when the wireless communication just started, it started with the zero 0G technology commonly known as radio wireless transmission technology. This technology was wide spread but further it provided facility of voice call only but not data transfer, that was the drawback of 0G technology. Then came 0.5 G with bit more improvement in voice clearity after that there came a grand 1 st generation technology commonly known as 1G, which not only provide the voice call facility but it also provided the data transfer facility with a maximum speed of 10kbps. 1G used the analog signals as its means of data transfer, whereas its successor 2G used digital signals as means of its

2 570 Sanskar Jain et al communication and 2G served as a revolutionary work done if field of wireless communication as it provided a very good voice clearity and even increased the data transfer speed up to 64kbps as the increment in 2G, there came 2. which provided a speed of 144kbps[3]. As the advancement in technology there came 3G which provided facility of video calling as it gave a very high speed of data transfer that is up to 3 mbps and then the advancement moved on to 3. which gave the speed of 14.4 Mbps. Further technology moved to 4G which provided streaming of high definition video and provided a speed of 100 Mbps. Now the technology which will be there in the market and will be a future generation technology will be 5 th generation technology and it provides speed up to 1 gbps. [1][2] will make an important difference and will add more services and benefits to the world over 4G. It will be more advanced that will interconnect the entire world and it will give birth to worldwide wireless web. We can even hook our phone with our laptop for broadband internet access. technology will provide very high band width that the users have never experienced before. The technology has all type of advanced features which makes it a most powerful tool of wireless communications.with pushed over a VOIPenableddevice, people will experience a level of call volume anddata transmission never experienced before. technology willoffer the high quality of services in the field of Product Engineering, Documentation,supporting electronic transactions (e-payments, e-transactions)etc. now a days u can find most of the cell phone having mp3player with huge storage memory and a camera. You can evenuse the new cell technologies to hook your phone to yourlaptop for broadband Internet access. The modern day cellphone resembles a hand held computer more than it does aphone, as most of them contain cameras, video players, MP3recording, and much more. The rest of paper is organized as follows.in the section II we have compared technologywith 1G,2G, 3G,4G technologies.finally, the conclusions are given in Section III. 2. Comparison of with other wireless technologies In this section we will compare the various features of with other wireless technologies which are as follows: 2.1. Comparison between 1G &[8][9] 1G 1) it is the first generation technology that exists in 1980 s 1) is the fifth generation technology and it will be completely available in the market by ) It works on analog signals 2) It is based on virtual private network 3) It supports data band width in kbps 3) It support data band width up to 1GB

3 - The Future of Mobile Wireless Communication Networks 571 4) It is based on basic mobility 4) It is based on IPv6 5) It is time consuming 5) It s a very fast means of communication 6) During 1G wireless phones are used for voice calls only. 6) In technology phones have HD streaming, large memory, MP3 recording, camera and all advanced features 7) It has no security 7) It has very high security 8)Poor carrier aggregation 8)Multiple carrier aggregation 9) Band width per frequency channel of 1G is up to 30Khz 9) Band width per frequency channel of is up to 28Ghz This comparison shows that the 1G technology is much more back behind technology as provides a very broad coverage network area and even safest and the fastest means of communication. The mobility quality of is thousand times better than the old 1G technology as 1G provides only voice communication and on the other hand provide the fastest internet communication Comparison of 2G &[7][9] 2G 1) It came in ) It will come till ) It is successor to 1G 7) It is successor to 4G 2) It is based on digital signals 2) It is based on internet protocol IPv6 3) It is mainly used for mobile 3) It is for mobile communication and communication also for wireless internet 4) No quality of service 4) Very high quality of service 5) Handsets are provided with 5) Handsets are provided with ultrahigh messaging facility (SMS, MMS HD video calling and picture message) 6) Cannot take multiple parties 6) It can take unlimited number of simultaneously parties simultaneously 7)Band width per frequency 7) Band width per frequency channel of channel of 2G is up to 200Khz is up to 28Ghz 8) Core network is PSTN 8) Core network is internet 9) Maximum speed is up to 9) maximum speed is up to 1Gbps 64Kbps As the successor of 1G 2G was far better than 1G but still it lags very much to compete with. 2G provides facility of messaging as well as data transfer. But the speed of 2ginternet was very slow as compared to, the 2G did not allow the high data transfer rate for streaming multimedia whereas provides a HD video streaming.

4 572 Sanskar Jain et al 2.3. Comparison between 3G &[6][9] 3G 1) It is also called as tri band 3G 1) It is fifth generation mobile communication technology 2) It is based on high capacity broad 2) It is based in internet protocol 6 band data 3) The maximum data transfer speed is 3) The data transfer speed is up to 1 up to 3.1 mbps gbps 4) It provides digital navigation 4) It provides virtual private network 5) It provides video access 5) It provides high resolution and bi directional large band width shaping 6) 3G is successor to 2G 6) is successor to 4G 7) Seamless roaming 7) IP based mobility 8) high data rates 8) very high data rates 9) Band width per frequency channel is 9) Band width per frequency channel is up to 20Mhz up to 28Ghz 3G is successor of 2G technology. 3G allows the video calling facility and some additional features that are not present in 2G and also the data transfer speed is higher than 2G,but in comparison to it is very low. allows the very fast internet i.e, in Gbps 2.4. Comparison between 4G &[4][5][9] 4G 1) 4G is present since ) will come completely in ) 4G is the fourth generation of mobile 2) is the revolution in 4G communication technology mobile communication technology 3) 4G provides dynamic information 3) provides dynamic access, wearable devices information access, wearable devices with AI capabilities 4) It supports data band width in Mbps 4) It supports data band width in 5) Speeds for 4G are further increased to keep up with data access demand used by various services 6) 4G provide high definition streaming and some additional features such as multimedia Newspaper and ultrabroadbandinternet access which were not present in 3G Gbps 5) will provide very high speed as well as efficient use of available band width to the consumers 6) includes large phone memory, dialing speed, and much more and also we can hook our cell phones with laptop to get broadband internet access

5 - The Future of Mobile Wireless Communication Networks 573 7) Band width per frequency channel is up to 100Mhz 8) In 4G concatenated codes are used for error detection 7) Band width per frequency channel is up to 28Ghz 8) The high quality of service of technology based on policy to avoid error 9) CDMA multiple access 9) CDMA & BDMA multiple access 4g is the fourth generation of mobile communication but is a revolution to 4G. provides perfect real world wireless or called worldwide wireless web. It allows data transfer in Gbpsand whereas the uploading speed is much higher than 4G. includes all advance features and it is un-imaginable technology. It will be more demanding in future. 3. Conclusions In this paper we have focused on 1 st, 2 nd, 3 rd and 4 th generations of mobile communication technology and predicted about upcoming 5 th generation. 1G was based on analog signal and usually used for voice call only with speed up to 10kbps. The 2 nd generation is based on digital signal. In 2G one additional feature of text messaging is present in context to 1G with speed up to 64kbps. Further 3G is introduced and in comparison to 2G it is much better because of faster speed than 2G i.e, up to 3.1Mbps. 3G is based on high broad band data and provides digital navigation as well as video access. After 3G 4G is introduced with HD multimedia streaming with speed up to 40Mbps. Further In this paper we conclude that the upcoming technology will be the most important and the fastest technology of the wireless communication world for an example a movie can be downloaded within a seconds. It is a real wireless world with no more limitation with access and zone issues. References [1] A. Aryaputra, N. Bhuvaneshwari, - The Future of Mobile Network, Proceedings of the World Congress on Engineering, Vol II, October 19-21, [2] X. Li,A. Gani, et. Al., The Future ofmobile Wireless Communication Networks, InternationalConferellce on Communication Software and Networks, pp , February 2009.

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