Presentation topic

1. Presentation
on
Telecommunication Networks
Presented by:
Pranav Pratap Sngh
Presented To:
Er. Mayanka Saket
Institute of Engineering and
Technology
Session - (2020-24)

2. Telecommunication
Networks: Bridging
the Digital Divide

3. Introduction
Telecommunication networks
encompass a complex
infrastructure of wired and wireless
technologies. These networks
facilitate the transmission of data,
voice, and video, enabling real-time
communication across vast
distances.
The evolution of telecommunication
networks has transformed global
connectivity, bridging the digital
divide and enabling seamless
communication.

4. Functioning of
Telecommunication
networks
Telecommunication networks
operate by encoding data at a
source, transmitting it through
wired or wireless channels via
network nodes and protocols.
Routers and switches facilitate
routing, while security measures
protect data. End devices decode
information at the destination,
ensuring efficient, reliable
communication for global
connectivity.

5. Types of
Telecommunication
Networks
Local Area Network (LAN)
Wide Area Network (WAN
Wireless Networks
Internet

6. Fibre Optic
Communication)
Fiber optic communication uses
thin strands of glass or plastic to
transmit data as pulses of light. It
offers high-speed, large-capacity
data transmission, minimal signal
loss, and immunity to
electromagnetic interference,
making it crucial for modern
telecommunications infrastructure.

7. 5G and Industry 4.0
The advent of 5G technology is driving
the realization of Industry 4.0, enabling
advanced automation, robotics, and
smart manufacturing. 5G’s low latency
and high reliability are poised to
transform industrial processes. 5G
technology is the fifth generation of
mobile networks, providing faster data
speeds, lower latency, and increased
device connectivity. It revolutionizes
communication, enabling rapid data
transfer for diverse applications and
devices.

8. Advantages of
Telecommunication
Networks
Instant information
exchange and collaboration
Cost-effectiveness
Seamless remote
connectivity
Reliable emergency
communication

9. Disadvantages
Security vulnerabilities
Potential for data
breaches
Susceptibility to cyber
attacks
Over-reliance leading to
disruptions during
outages
Concerns regarding
privacy

10. Applications of
Telecommunicaion Networks
Efficient point-to-point
communication
Internet access for
information retrievalV
Voice and video
conferencing for remote
collaboration
Real-time financial
transactions
Internet of Things (IoT)

11. The evolution and advancements in
telecommunication networks have significantly
bridged the digital divide, revolutionizing global
connectivity and enabling innovative applications
across various sectors. Embracing future
advancements will further enhance the impact
of telecommunication networks.
Conclusion

12. Thanks!