Analysis of 1G, 2G, 3G and 4G based on SWOT Analysis.

1. Analysis &
“ Add your company slogan ”
Comparison of
1G, 2G, 3G and 4G
PRESENTED BY-
LOGO
Prateek Aloni

2. INTRODUCTION
 WIRELESS COMMUNICATION-
Transfer of information without ‘Wires’
 MOBILE WIRELESS INDUSTRY-
started technology creation in early 1970’s.
 Advantages –
 Constant connection
 Access to up-to-date information
 No cables
 Extensibility e.g., remote areas with
satellite
 Freedom to roam.

3. Mobile Wireless technology
First Generation Second Generation
Wireless Wireless
(1G) (2G)
Generations
Third Generation Fourth Generation
Wireless Wireless
(3G) (4G)

4. First Generation Wireless
 Developed in 1980’s.
 Analogue transmission technology.
 Focus on voice.
 Data services almost non-existent.
 Incompatible standards:-
• Different frequencies and signaling.
• International roaming impossible.

5. Analysis of 1G
• 1st wireless • Low capacity,
cellphone unreliable
introduced. handoff.
• Focussed on
voice.
S W
T O
• No threats. • Its an
outdated
technology.

7. Second Generation Wireless
It was invented and developed in
1990-91.
Digital transmission technology.
Increased quality of service
Possibility of wireless data services
Most successful 2G system
 863 million users in 197 countries.

8. 2.5 G Wireless
 General Packet Radio Service (GPRS)
 Data rates- 56 kb/s to 115 kb/s.
 Services-
WAP
MMS & SMS
Search and directory.

9. 2.75 G Wireless
Data rates for GSM Evolution (EDGE).
Invented and developed by Cingular
(AT&T).
Maximum speed 384 kb/s.
Works only on GSM networks.

10. 2G Analysis
• Digital. • Higher data
• More bandwidth
flexible. requirement.
S W
T O
• No threats. • No
opportunities

12. Third Generation Wireless
 Introduced in 2004-05.
 Increased clarity.
 Perfection as like a real conversation.
 Highly sophisticated form of
communication.
 Applications are:
 Mobile TV
 Video on demand
 Video Conferencing
 Location Based Services

13. 3.5 G Wireless
 Known for HSDPA (High-Speed Downlink Packet
Access).
 It provides a smooth evolutionary path for 3G
networks allowing for higher data transfer speeds.
 Data transmission up to 8-10 Mbit/s (and 20 Mbit/s for
some systems).

14. 3.75 G Wireless
 The 3.75G refer to the High Speed Uplink Packet Access
(HSUPA) technology.
 The HSUPA mobile telecommunications technology is directly
related to HSDPA and the two are complimentary to one
another.
 HSUPA will enhance advanced person-to-person data
applications with higher and symmetric data rates, like
 Mobile e-mail.
 Real-time person-to-person gaming.
 Speed 1.4Mbps-5.8Mbps.

15. 3G Analysis
• Worldwide •Higher cost as
standard for compared with
accessing their
global predecessors.
telecommunicat
ions.
S W
T O
•Since 2G mobile •Consumers
is in replacing
market, sqeezing handsets with
the market newer technology.
competition.

17. Fourth Generation Wireless
Successor to 3G and 2G.
A collection of technologies creating fully
packet-switched networks optimized for data.
 Provide speeds of 100 Mbps to 1 Gbps.
 Provides wireless alternative for broadband
access to residential and business customers.
In addition, 4G will provide the first
opportunity for broadband access in remote
locations.

18. 4G Analysis
• Strong position of telecom
vendors expected in
market.
Strength • Advantage for personalized
multimedia communication
tools.
• Growing divergence
between telecom vendors &
operators.
Weakness • Comparatively higher cost
to use & deploy
infrastructure.

19. 4G Analysis
• Worldwide economy recover
stimulates consumption and
consumer confidence.
Opportunities • Desirable higher data capacity
rates the growth opportunity is
very bright & hopeful.
• Since 3g mobile is still in the
market, it squeezes the market
competition in mobile industry.
Threats

20. Comparison between 1G,2G,3G & 4G
Generation Time Definition Characteristics Speed
Period
I (1G) 1980-1990 Analog Voice only 14.4 Kbps (peak)
II (2G) 1990-2006 Digital narrow band Data along voice, 56Kbps to 115
circuit data/packet MMS, web kbps
data browsing.
III (3G) 2006-2011 Digital broadband Universal access, 5.8 Mbps to 14.4
packet data. portability, Video Mbps
calling
IV (4G) Now Digital broadband HD streaming, 100 Mbps to 1
(Upcoming) packet very high portability increased Gbps
throughput to Worldwide
roaming.

23. Mobile Broadband Landscape
Cellular Wireless Law of Speed vs. Decade
5G
Mobile device
4G ? for everything
Gbps 3G
Mbps 2G
kbps 1G
bps
30 Years
1980 1990 2000 2010 2020
Tim
e

24. Conclusion
 Attempts have been made to reduce a
number of technologies to a single global
standard.
 Upcoming 4G systems offer this promise of a
standard.
 So 4G will be the best as compared with its
predecessors.