Visit Indian Travel Sites
Goa,
Kerala,
Tamil Nadu,
Andhra Pradesh,
Delhi,
Rajasthan,
Uttar Pradesh,
Himachal Pradesh,
Assam,
Sikkim,
Madhya Pradesh,
Jammu & Kashmir
Karnataka
|
4G mobile services launched in Kolkata | Telecom Minister Kapil Sibal today launched the
country's first ever fourth generation mobile services in Kolkata. Addressing
the guests at the event, Sibal claimed that with the launch of Bharti Airtel's
broadband wireless access (BWA) services based on 4G technology and the increase
in broadband services would result in inclusive economic growth. "In this launch
we have our sight set for an era when the common man will have access to the 4G,
but a lot of work has to be done, because even for the 3G, the handsets are not
affordable to the common man," he said. "What Sunil (Bharti Airtel chairman Sunil
Mittal) has done has allowed a network to be established but the rest of the industry
must ensure that the relevant devices, which will connect the network to them
are cheap, are affordable; I don't mean cheap in the sense of quality but low
cost and affordable and accessible to the common man. Its only then that the true
revolution will come about in India ," he added. Sibal said that only the telecom
revolution could truly empower people in India . "When connectivity will be through
the networks, when change will come about through the networks, when empowerment
will take place through the networks and that we would have lead flocked beyond
the industrial revolution, that's the only way to empower our people and I believe
that its only when the telecom revolution truly takes place that the 1.2 billion
people in India will be truly empowered," he added. Today's launch is a major
milestone for India and Bharti Airtel as it will result in India becoming one
of the first countries in the world to commercially deploy the cutting-edge technology.
Compared to the existing 3G services that allow downloads speed of up to 21 mbps,
4G allows download speed of upto 100 mbps, which is almost five times higher than
3G.
|
|
|
|
|
|