introduction to 6g(generation technology)

6G technology is the next generation of wireless communication, expected to follow 5G. It aims to provide even faster network speeds, lower latency, and greater capacity. Here are some key points about 6G:

Speed and Latency: 6G is anticipated to offer speeds up to 100 times faster than 5G, with significantly lower latency, enabling near-instantaneous communication1.
Advanced Applications: It will support advanced applications like extended reality (XR), holographic communication, and fully immersive metaverse experiences2.
Integration of AI: 6G networks will heavily integrate artificial intelligence to optimize and manage network resources more efficiently2.
Global Connectivity: 6G aims to provide seamless global connectivity, including remote and underserved areas3.
The development of 6G is still in its early stages, with standardization and research ongoing. It’s an exciting field with the potential to revolutionize how we interact with technology and each other


As the name implies, 6G will be the sixth generation of modern wireless technology. Every new generation of wireless technology brings about new and more advanced ways of digital encoding. For example, the major breakthrough with 5G wireless was the opening up of short-range airwaves that 4G couldn’t access. Because 5G wireless can take advantage of more airwave channels, data can move significantly faster than it did with 4G wireless.

So, what’s the big breakthrough going to be with 6G? We aren’t sure yet; however, it’s likely that 6G will simply follow 5G’s lead and continue to open up more short-range airwaves. Currently, 5G airwaves max out at 100 Gigahertz (GHz), so naturally 6G will need to go well beyond the 100 GHz-threshold and jump into the terahertz (THz) range!

Essentially, the more airwaves 6G can utilize, the faster data can move. Scientists and mathematicians will need to design models that allow for thousands of airwaves to be utilized at once. According to Samsung Research, the design model for 6G data transferring will need to look something like this: The easiest way to understand the difference between 4G, 5G, and 6G is by looking at the way the technology is being used and the speed at which the data is being moved.

4G technology was primarily designed for mobile smart devices and offered data speeds up to 100Mbps. It revolutionized the way people used their mobile devices by making high-quality streaming available with mobile data. There was no need for a Wi-Fi connection to watch videos or download music. However, there are drawbacks: the 4G networks can’t handle all the devices that currently use them. They have become increasingly congested in urban areas, making it difficult for everyone to have fast data speeds and limiting the utility of mobile hotspots.

The emerging 5G networks should solve many of the issues plaguing 4G mobile networks. Once they are fully rolled out they promise to offer data speeds of up to The development of 6G is still in itsa

1. 6G TECHNOLOGY
SAIYAD ALI RAPHEEQUE
S2EEE B
Roll No: 48
ELECTRICAL AND ELECTRONICS ENGINEERING
MACE

2. HEADLINES...
2
▪WHAT ISA MOBILE PHONE ?
▪EVOLUTION OF TECHNOLOGY IN MOBILES.
▪6G TECHNOLOGY
▪FEATURES
▪TECHNOLOGY USED
▪ADVANTAGE
▪REQUIREMENTS
▪ADVANCEMENT IN 6G TECHNOLOGY
▪CONCLUSION

3. WHAT IS A MOBILE PHONE ?

A mobile phone is a device that can make and
receive telephone calls over a radio link while moving
around a wide geographic area.
Mobile phone uses Wireless Communication for its
information exchange.
3

4. EVOLUTION OF TECHNOLOGY IN MOBILE.
▪0 GTechnology
▪1 GTechnology
▪2GTechnology
▪2.5 G
Technology
▪3GTechnology
▪4GTechnology
▪5GTechnology
▪6GTechnology
0 G
1
G
2
G
2.5 G
3
G
4 G
5
G
6 G
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5. OG TECHNOLOGY(Mobile Radio Telephone System)
5
▪The Zero Generation (OG) of mobile in 1945
▪Mobile Telephone Service, based on
“HANDOVER”.
▪Loggers, construction foremen, realtors, and
celebrities. They used them for basic voice
communication
▪Technologies were used in OG
PTT(Push to Talk)
MTS(Mobile Telephone System)
IMTS (Improved Mobile Telephone System)

6. 1G TECHNOLOGY(First Generation)
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▪IG refers to the first generation of wireless
telephone technology, mobile telecommunications
which was first introduced in 1980 s
▪It allows the voice calls in 1 country.
▪1G network use analog signal.
▪Speed up to 2.4 Kbps
▪Based on analog system
▪Technologies were used in 1G
PTT
MTS
AMTS
IMTS

7. 2G TECHNOLOGY(Second Generation)
▪Developed in 1990
▪Speed up to 64 Kbps
▪Voice transmission with digital signal
▪Services such are digital voice & sms with
more clarity
▪Based on digital system
▪GSM
▪It provides better quality and capacity
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8. 2.5 G TECHNOLOGY
▪2.5G is a technology between the second
(2G) and third (3G) generation of mobile
telephony.
▪2.5G is sometimes described as 2G Cellular
Technology combined with GPRS and GSM.
▪Features Include
•Send/Receive E-mailMessages
•Web Browsing
•Speed : 64-144 kbps
•Camera Phones
•Take a time of 6-9 mins. to download a
3 mins. Mp3 song
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9. 3G TECHNOLOGY
▪3Gtechnologyrefer to third generation
which wasintroduced inyear2000s.
▪Data Transmission speed increased from
144kbps- 2Mbps.
▪Providing Faster Communication
▪Superior Voice Quality
▪Send/Receive Large Email Messages
▪High Speed Web / More Security/Video
Conferencing / 3D Gaming / TV Streaming/
Mobile TV
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10. 4G TECHNOLOGY (Anytime, Anywhere)
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▪4G technology refer to or short name of fourth
Generation which was started from late 2004s.
▪Capable of providing up to 300 Mbps speed.
▪One of the basic term used to describe 4G is
MAGIC.
MAGIC:
•Mobile Multimedia
•Also known as Mobile Broadband
Everywhere.
•Global Mobility Support
•Integrated Wireless Solution
•Customized Personal Services

11. Continue..
▪IP Based Mobility
▪BothCellularandBroadband
Multimedia Services Everywhere
▪More Security, Capacity and Data rate
▪SmoothGlobalRoamingUbiquitouslywith
Lower Cost
▪Technologies
Generation Partnership Project•3GPP :3
rd
•LTE:Long Term Evolution
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12. 5G TECHNOLOGY (5G As Nano Core)
▪5G technology refer to short name of fifth
Generation which was started from late
2010s.
▪Complete wireless communication with no
limitations.
▪It is highly supportable to WWWW
(Wireless World Wide Web).
▪5GMobileNetworkis
based
onOpen
Wireless
Architecture(OWA)
▪Speed Up To 1 Gbps
▪25 Mbps Connectivity Speed
12

13. Continue
…
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▪All Mobile Networks will use Mobile IP
▪A Mobile can be attached to several Mobiles
or Wireless Networks at the same time.
▪Uses Smart Antenna
▪Futuristic Applications like 3D Internet,
Network Virtual Reality, Teleprence: High
Data Rate.
▪Remote Management and Diagnostics
▪Provide Encryption, Flexibility and Anti-virus
▪Large Phone Memory, more Dialing Speed,
more Clarity in Audio and Video

14. 6G TECHNOLOGY(Next Generation Mobile Technology)
▪CompleteWirelessNetworkwithno
limitation
▪IncredibleTransmissionSpeedinTerabit
range
▪Zerodistanceconnectivitybetween
peoples
▪It will be available in the market 2020 with
more reliability than previous mobiles
▪Maximizes your data throughput and IOPS
(Input Output Operations per Second)
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15. FEATURES
▪Frequency: 5.8 GHz
Bandwidth : 1 Gbps
▪40 Mbps Connectivity Speed
▪Ultra Broadband Internet Service
▪More Storage Capacity
▪Circuit and Packet Switching
▪Provide the 3D Internet concept
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16. TECHNOLOGY USED
▪Uses WCDMA Multiplexing(Wideband Code
Division Multiple Access)
▪UWB Radio Technology(Ultra Wide Band)
▪LTE(Long Term Evolution)
▪3GPP(3
rd
Generation Partnership Project)
▪E-UMTS(Evolved Universal Mobile
Telecommunication System)
▪E-EDGE(Evolved Enhanced Data rates for
GSM Evolution)
28 January 2017 16

17. ADVANTAGES
▪ProtectsyourMobileAnd
Secureyour Data
▪SuperfastStreamingwithoutany
buffering
▪A Real Time Online Gaming Experience
▪Massively reduced Lag while Gaming
▪Record Calls and Forward to Email also
Forward Calls to Other Numbers
▪Intelligent Batteries
▪Improved Storage Capability
▪High Mobile-TV Resolution
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18. REQUIREMENTS
▪Smart Antenna
▪Need High Capacity Fiber Optic
Network
▪Large Internal Memory In Mobile
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19. ADVANCEMENT IN 6G
Today’s Telecom Network
PSTN DPCN ATM IP ….
PDH SDH ATM IP ….
Wireless BBPSTN X DSLCableLeased LineMobile
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20. CONTINUE..
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AGGREGATION
CableLeased LineMobile
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Wireless BBPSTN X
DSL
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Next Generation network

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22. CONCLUSION
28 January 2017 22
▪World Wide Cellular Phones
•3G – Operator Centric
•4G – Service Centric
•5G – User Centric
•6G – User Centric & Service Centric
▪6G TechnologyIs In The Development Stage
As this is an imminent technology which can boom the latest era
with its splendidly well applications. Frequency range soothes our
vibrant part and our expectation, at last we can say it is all about
”BLINK AND THINK”.

23. REFERENCE
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▪http://en.wikipedia.org/wiki/Universal_Mobile
▪http://iarcventure.com/Publication/ijarse_vol1Iss2/conte
nts/5-10.pdf
▪www.Universal_Mobile_Telecommunications_System.p
df

24. THANK YOU FOR YOUR TIME
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