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Fourth Generation 4G,[object Object],Silver Oak College of Engineering & Technology,[object Object],Deep Mehta,[object Object],09IT50,[object Object],Deep Mehta,[object Object]
Fourth Generation 4G(Part-I),[object Object],Silver Oak College of Engineering & Technology,[object Object],Deep Mehta,[object Object],09IT50,[object Object],Deep Mehta,[object Object]
Content,[object Object],History of Wireless Communication.,[object Object],Working of Different Access Channels Used in Communication.,[object Object],Deep Mehta,[object Object]
History of Wireless Communication,[object Object],There are 4 different types of Generation developed and they are as follows:-,[object Object],First Generation (1G),[object Object],Second Generation (2G),[object Object],Third Generation (3G),[object Object],Fourth Generation (4G),[object Object],Deep Mehta,[object Object]
First Generation (1G),[object Object], Analog Telecommunication.,[object Object],AMPS.,[object Object],Upto 9.6 Kbps.,[object Object],Simplest type of wireless data communication.,[object Object],Deep Mehta,[object Object]
First Generation (1G)(AMPS)(1970-80),[object Object],The 1G, or First Generation. 1G was an analog system, and was developed in the seventies, 1G had two major improvements, this was the invention of the microprocessor, and the digital transform of the control link between the phone and the cell site.,[object Object],Advance Mobile Phone System (AMPS) was first launched by the US and is a 1G mobile system. Based on FDMA, it allows users to make voice calls in 1 country.,[object Object],“1G was developed on the basis of IMTS & uses AMPS Technology”,[object Object],Deep Mehta,[object Object]
First Generation (1G)(AMPS)(1970-80),[object Object],Services provided: Analog voice, Synchronous data upto 9.6 Kbps.,[object Object],Standards used: Advanced Mobile Phone Services(AMPS).,[object Object],Data Bandwidth: 1.9 Kbps,[object Object],Multiplexing: Frequency Division Multiple Access (FDMA).,[object Object],Core Network: Public Switched Telephone Nework (PSTN).,[object Object],“Short History of 1G Technology”,[object Object],Deep Mehta,[object Object]
Second Generation (2G) (GSM,CDMA,EDGE,TDMA)(1980 till today),[object Object],Digital Signal,[object Object],GSM,CDMA,TDMA.,[object Object],Upto 14.4 Kbps.,[object Object],Bit Complex then 1G.,[object Object],Deep Mehta,[object Object]
Second Generation (2G) (GSM,CDMA,EDGE,TDMA)(1980 till today) ,[object Object],2G first appeared around the end of the 1980’s, the 2G system Digitized the voice signal, as well as the control link. This new digital system gave a lot better quality and much more capacity (i.e. more people could use there phones at the same time), all at a lower cost to the end consumer. Based on TDMA, the first commercial network for use by the public was the Global system for mobile communication (GSM).,[object Object],Allows Low power radio signals which Saves Batter.,[object Object],“Good voice quality & Mobile Saves Battery”,[object Object],Deep Mehta,[object Object]
Second Generation (2G) (GSM,CDMA,EDGE,TDMA)(1980 till today),[object Object],Digital Data can be Compressed & Multiplexed much more effectively than Analog Voice Encoding Data.,[object Object],“Effective Data Encoding”,[object Object],Deep Mehta,[object Object]
Second Generation (2G)(GSM,CDMA,EDGE,TDMA)(1980 till today),[object Object],Digital Voice Encoders Allows Better Error Checking.,[object Object],Better sound quality then 1G.,[object Object],Lowers Noise level as compared to 1G.,[object Object],Full Digital Data Transmission.,[object Object],Introduction of Short Message Service (SMS), E-Mail in this technology.,[object Object],“Good sound, less noise, new services introduced.”,[object Object],Deep Mehta,[object Object]
Second Generation (2G)(GSM,CDMA,EDGE,TDMA)(1980 till today),[object Object],Disadvantage:,[object Object],Cell Towers have limited Coverage area.,[object Object],Abrupt call drops.,[object Object],Sound Reduction.,[object Object],Spotty Coverage.,[object Object],“limited coverage & less network strength.”,[object Object],Deep Mehta,[object Object]
Second Generation (2G) (GSM,CDMA,EDGE,TDMA)(1980 till today),[object Object],Services: Digital Voice, Short Message Service (SMS), GPRS, E-Mail.,[object Object],Standards: Global System for Mobile(GSM), Code Division Multiple Access(CDMA), Time Division Multiple Access(TDMA).,[object Object],Data Bandwidth: 14.4 Kbps.,[object Object],Multiplexing: TDMA, CDMA.,[object Object],Core Network: Public Switched Telephone Network(PSTN).,[object Object],“Short info of 2G Technology.”,[object Object],Deep Mehta,[object Object]
Third Generation (3G) (UMTS,WCDMA,CDMA2000) (2000 till today),[object Object],High Speed Data Transmission,[object Object],UMTS,WCDMA,CDMA2000,[object Object],Upto 2 Mbps,[object Object],Higher Capacity then 2G & 1G,[object Object],Deep Mehta,[object Object]
Third Generation (3G) (UMTS,WCDMA,CDMA2000) (2000 till today),[object Object],Larger Capacity & Broadband Capabilities.,[object Object],Allows the transmission of 384 Kbps to 2Mbps.,[object Object],3G systems promise faster communications services, entailing voice, fax and Internet data transfer capabilities, the aim of 3G is to provide these services any time, anywhere throughout the globe, with seamless roaming between standards.,[object Object],Evolution of 2G & 2.5G technology.,[object Object],“Higher Capacity,  Faster,  Accurate, Global.”,[object Object],Deep Mehta,[object Object]
Third Generation (3G) (UMTS,WCDMA,CDMA2000) (2000 till today),[object Object],ITU’s IMT-2000 is a global standard for 3G and has opened new doors to enabling innovative services and application for instance, multimedia entertainment, and location-based services, as well as a whole lot more. In 2001, Japan saw the first 3G network launched.,[object Object],3G technology supports around 144 Kbps, with high speed movement, i.e. in a vehicle. 384 Kbps locally, and up to 2Mbps for fixed stations.,[object Object],“Location based service at high-speed.”,[object Object],Deep Mehta,[object Object]
Third Generation (3G) (UMTS,WCDMA,CDMA2000) (2000 till today),[object Object],A greater number of user that can be simultaneously supported by a radio frequency bandwidth.,[object Object],High Data rates at lower increment cost than 2G.,[object Object],Global roaming.,[object Object],Greater use of smart phones & PDA(Personal Digital Assistant).,[object Object],Higher connectivity than 2G.,[object Object],Separate channel for Voice & Data.,[object Object],“Multi-user support, higher connectivity, diff. Channels.”,[object Object],Deep Mehta,[object Object]
Third Generation (3G) (UMTS,WCDMA,CDMA2000) (2000 till today),[object Object],Services: Higher Capacity, Broadband Data upto 2Mbps.,[object Object],Standards: Wideband CDMA, CDMA2000.,[object Object],Data Bandwidth: 2 Mbps,[object Object],Multiplexing: CDMA,[object Object],Core Network: Packet Network.,[object Object],“Short info of 3G Technology.”,[object Object],Deep Mehta,[object Object]
Fourth Generation (4G) (OFDM) (2005 till today),[object Object],Ultra High Speed Data Transmission,[object Object],OFDM,[object Object],From 100 Mbps to 1 Gbps.,[object Object],Will be the BEST.,[object Object],Deep Mehta,[object Object]
Fourth Generation (4G) (OFDM) (2005 till today),[object Object],4G will change the way we work, live and play. Cheap end user costs, fast, always on, reliable connectivity, where ever you are, what ever your doing. Some people view 3G as a stop gap until the real 4G network arrives, something which is due around 2010, and will impact every one, every where.,[object Object],4G will provide unconceivable amounts of bandwidth to the palm of a user.,[object Object],“Will make world Dynamic, Fast, Easier to Access.”,[object Object],Deep Mehta,[object Object]
Fourth Generation (4G) (OFDM) (2005 till today),[object Object],Matching current Local Area Network speeds, 4G networks will provide 100MBps on the move. This is enough for studio quality video, multi channel surround sound and much more.,[object Object],4G will be based on OFDM (Orthogonal Frequency Division Multiplexing) – the next generation in access technologies.,[object Object],Some possible IEEE standards for the 4G system are 802.20.,[object Object],“Based on OFDM Technology.”,[object Object],Deep Mehta,[object Object]
Fourth Generation (4G) (OFDM) (2005 till today),[object Object],Services: Higher Capacity, Completely IP-Oriented, Multimedia, High Data Rate Transfer.,[object Object],Standards: Single Standards.,[object Object],Data Bandwidth: Higher than 100 Mbps,[object Object],Multiplexing: OFDM,[object Object],Core Network: Internet.,[object Object],“Short info of 4G Technology.”,[object Object],Deep Mehta,[object Object]
Fourth Generation (4G) (OFDM) (2005 till today),[object Object],4G is MAGIC ..!! Which means,[object Object],[object Object]
A=Anytime anywhere.
G=Global mobility support.
I=Integrated wireless solution.
C=Customized personal service.Deep Mehta,[object Object]
Working of Different Access Channels Used in Communication,[object Object],Code Division Multiple Access (2G,3G).,[object Object],Frequency Division Multiple Access (1G).,[object Object],Time Division Multiple Access(2G).,[object Object],Orthogonal Frequency Division Multiplexing (4G).,[object Object],Deep Mehta,[object Object]
Code Division Multiple Access (CDMA),[object Object],CDMA is a spread spectrum multiple access technique. A spread spectrum technique spreads the bandwidth of the data uniformly for the same transmitted power.,[object Object],Deep Mehta,[object Object]
Frequency Division Multiple Access (FDMA),[object Object],FDMA divides the given spectrum into channels by the frequency domain. Each phone call is allocated one channel for the entire duration of the call. In the figure above, each band represents one call.,[object Object],Deep Mehta,[object Object]
Time Division Multiple Access (TDMA),[object Object],TDMA enhances FDMA by further dividing the spectrum into channels by the time domain as well. A channel in the frequency domain is divided among multiple users. Each phone call is allocated a spot in the channel for a small amount of time, and "takes turns" being transmitted.,[object Object],Deep Mehta,[object Object]

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Fourth generation Introduction