Anoop Unnikrishnan.P presented on 5G mobile technology. The presentation provided an overview of 5G, objectives to comprehensively study 5G and understand its architecture. It discussed the evolution of mobile technologies from 1G to 5G, highlighting increasing data speeds and capabilities. Key aspects of 5G architecture including layers, features like remote management and applications like global networks were outlined. The future scope of 5G with technologies like wearables and AI was also examined before concluding 5G will be a new wireless revolution and dominant technology.

1. 5G:FUTURE MOBILE
TECHNOLOGY
PRESENTED BY,
ANOOP UNNIKRISHNAN.P
S8 ECE-A
MTAKEEC020
13/01/2014
MET’S SCHOOL OF ENGINEERING,MALA
1

2. OVERVIEW











OBJECTIVES
INTRODUCTION TO 5G
LITERATURE SURVEY
EVOLUTION FROM 1G TO 5G
ARCHITECTURE
FEATURES
ADVANTAGES
APPLICATIONS
FUTURE SCOPE
CONCLUSION
REFERENCE
13/01/2014
2
MET’S SCHOOL OF ENGINEERING,MALA

3. OBJECTIVES
 Comprehensive study related to 5G mobile technology

Comparison of all generations of mobile technologies

To understand basic 5G mobile phone architecture
13/01/2014
MET’S SCHOOL OF ENGINEERING,MALA
3

4. INTRODUCTION

5G stands for 5th generation mobile Technology

Traffic on wireless networks doubling annually

4G technology will not be capable of carry this rapid increase of data
consumption

5th generation should be more intelligent technology that interconnects the
entire world without limits

5G does not exist yet but the future technology next to 4G we say as 5G.

leads to the development of WWWW(World Wide Wireless Web),real
wireless world etc.
13/01/2014
MET’S SCHOOL OF ENGINEERING,MALA
4

5. LITERATURE SURVEY
SI.N
O
PAPER NAME
PRESENTER NAME
1
4G:-The future
mobile technology
Jamil.M,Shaikh
S.P,Shahazad.M,
Awais.Q
2
Wireless Evolution
with 5G technology
13/01/2014
MET’S SCHOOL OF ENGINEERING,MALA
CONTENT
5

6. liter

7. EVOLUTION FROM 1G TO 5G
 1G
 2G
 3G
 4G
 5G

8. 1st GENERATION:

Introduced in 1980

Analog cellular mobile

Data speed 2.4Kbps

Uses FDMA technique

Allows users to make voice calls in 1 country

9. 2nd GENERATION:

Digital cellular systems

Digital modulation schemes – TDMA,CDMA

It provides services like voice and SMS with more clarity.
•
Data speed In 2G is up to 64Kbps

It provides semi global facilities.

10. 3rd GENERATION:

Typically called smart phones

Speed is up to 2Mbps

High speed internet service, video chatting

Packet switching technology

It provides global facilities.

11. 4th GENERATION:
•
LTE ( Long Term Evolution ) is considered as 4G
•
High speed data access
•
Combination of Wi-Fi and Wi-Max
•
High quality streaming video

12. 5th GENERATION:

Data speed higher than 1Gbps

Introduce the concept of WWWW (World Wide Wireless Web)

Real wireless world with no more limitation

Large phone memory, dialing speed , clarity in audio and video etc

13. ghtf

14. Functional Architecture for 5G Mobile Networks

15. BASIC ARCHITECTURE OF 5G

16. LAYERS IN ARCHITECTURE
OSI Layers
5G mobile network layer

17. EXPLANATION
 OWA
stands for Open Wireless Architecture. This layer
is used to define the wireless technology to be used.
Physical Layer + Data Link
Layer=OWA
 Network
Layer is divided into two sub layer
1.Lower Network Layer
2.Upper Network Layer
 Network
Layer is used to route the data from source to
destination

18.  Open
Transport Layer perform the operation of both
transport layer and session layer.
 Transport
Layer + Session Layer=OTL
 Application
Layer is responsible for providing good
quality of service.
 Application
Layer selects the best wireless connection
for a given service.

19. FEATURES

Remote management :better and fast solution

High uploading and downloading speed

More effective and attractive

Large broadcasting of data (GB) supports almost 65,000
connections.

Extraordinary data capability

20. ADVANTAGES

Globally accessible

Dynamic information access

Available at low cost

The high quality services of 5G technology based on Policy to
avoid error

Less traffic

21. APPLICATIONS
 Global
 Can
fold your mobile as per your desire
 Able
to visualize lively all planets and universe
 Media

networks
independent hand over
Can access your office desktop by
being at your bedroom.

22. FUTURE SCOPE
 Wearable
devices with AI (Artificial Intelligence)
capabilities
 With
6th sense technology

23. CONCLUSION
 5G
technology is going to be a new revolution in
wireless systems market.
 It
is going to give tough competition to computers and
laptops whose market place value will be effected.
 5G
–Include all types of advanced features which make
it become most dominant technology in near future.

24. REFERENCES

Aleksandar Tudzarov and Toni Janevski ,“Functional Architecture for 5G
Mobile Networks” ‘International Journal of Advanced Science and
Technology Vol. 32, July, 2011

Akhilesh Kumar Pachauri and Ompal Singh ,“5G Technology – Redefining
wireless Communication in upcoming years” International Journal of
Computer Science and Management Research Vol 1 Issue 1 Aug 2012

Dr. Anwar M. Mousa ,“Prospective of Fifth Generation Mobile
Communications” ,International Journal of Next-Generation Networks
(IJNGN) Vol.4, No.3,September 2012

Vadan Mehta,“5g Wireless Architecture”

25. FDSF