Contents - Connect-World
Contents - Connect-World
Contents - Connect-World
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Developing Regions and Technology<br />
people empowers and supports<br />
change, enhancing the human experience<br />
through new technologies that<br />
bring new hope for improvement in all<br />
aspects of everyones lives.<br />
New technologies, new hope<br />
The benefits of connecting people<br />
through the proliferation of new technologies<br />
throughout emerging markets<br />
are not in question, but delivering<br />
those benefits means lowering the<br />
costs for communications is vital.<br />
The new converged networks, based<br />
on packet technologies, have important<br />
implications for emerging regions.<br />
There, the proliferation of communication<br />
services has often been hampered,<br />
not only by high costs of building<br />
infrastructure, but by the high<br />
costs of services for users on very limited<br />
incomes.<br />
In the past, traditional networks have<br />
relied on separate networks, one to<br />
deliver telephone services, others for<br />
data. Multiple networks have meant<br />
multiples of operating costs; these are<br />
now being greatly reduced by converging<br />
networks to a single infrastructure.<br />
When you have a single network, it is<br />
easy and cost effective to deliver reliable<br />
and secure high-speed broadband<br />
access for voice, data, multimedia or<br />
video, either individually or in combination,<br />
using multiple devices<br />
phones, computers or handheld PDAs.<br />
At the core of these new converged<br />
networks that are driving the communications<br />
revolution around the world,<br />
are packet-based technologies like<br />
Internet Protocol (IP) and voice over<br />
IP (VoIP). Packet technologies convert<br />
any type of information, regardless of<br />
whether it is a voice conversation or<br />
critical health data like an x-ray, into<br />
tiny packets that are sent flying across<br />
the network in the same way email or<br />
web site information is transmitted.<br />
When all information is being transmitted<br />
in the same format — packets —<br />
a single network can integrate all kinds<br />
of services together and make them<br />
available for affordable wireline or<br />
wireless access, regardless of location,<br />
anywhere in the world.<br />
With new IP and VoIP packet technologies,<br />
country boundaries disappear<br />
as telephone calls over the<br />
Internet reduce long-distance charges<br />
to pennies. Converged networks also<br />
mean small ’mom and pop’ businesses<br />
can subscribe to a full range of communication<br />
services that, in the past,<br />
were only affordable to larger corporations.<br />
They can pay one low monthly<br />
fee to have telephone service with<br />
inexpensive long-distance calling, fax,<br />
e-mail and multimedia capabilities<br />
bundled together through one service<br />
provider.<br />
Lower communication costs help these<br />
smaller businesses be competitive if<br />
they are looking to compete within<br />
their own markets or even internationally.<br />
The delivery of reliable and secure<br />
high-speed broadband services<br />
through packetised networks has<br />
benefits well beyond business, fundamentally<br />
changing the way education<br />
and medical services are delivered.<br />
Anyone with a computer and Internet<br />
connection, even in the most remote<br />
regions, now has the opportunity to<br />
enroll as a virtual student at some of<br />
the best education institutions in the<br />
world.<br />
These institutions were previously out<br />
of reach due to the high cost of relocating<br />
to attend on-campus courses.<br />
Multimedia applications allow virtual<br />
students to attend lectures through<br />
videoconference, or collaborate in real<br />
time with other students or professors,<br />
with instant messaging, or whiteboarding,<br />
making changes to projects<br />
together, simultaneously.<br />
For healthcare, new communication<br />
technologies are delivering benefits,<br />
not only in how care is provided, but<br />
also in how and where it is received.<br />
Increasingly, medical resources such<br />
as digitised patient records can be<br />
accessed and shared in real time,<br />
regardless of location, allowing a doctor<br />
in a small village to collaborate<br />
with medical specialists hundreds of<br />
kilometres away.<br />
Specialist care is no longer restricted<br />
only to large cities where demand is<br />
highest, but has its reach extended to<br />
anyone in need.<br />
Moreover, these new applications for<br />
business, education, healthcare and<br />
person services do not depend upon<br />
wireline communications, but can also<br />
be delivered wirelessly by new third<br />
generation (3G) broadband wireless<br />
technologies.<br />
Service providers in most developed<br />
countries around the world are now<br />
implementing 3G networks, making a<br />
new era of business and consumer<br />
services possible.<br />
It is expected that 3G will be implemented<br />
in developing parts of the<br />
world in the near future. 3G wireless<br />
networks are delivering true mobility,<br />
anywhere, anytime, through such services<br />
as Internet surfing on cell phones,<br />
e-mails, video conferencing and financial<br />
services.<br />
While this high level of service might<br />
seem to be out of reach in some emerging<br />
markets where even basic telephone<br />
service is not yet available, a<br />
wireless 3G technology called CDMA<br />
450 - Code Division Multiple Access in<br />
the 450 megahertz spectrum - has<br />
been proving to be ideal. Because 450<br />
megahertz is a low frequency radio<br />
spectrum that allows cost-effective<br />
coverage of a broad area, service to<br />
rural and remote areas is achieved<br />
with fewer base stations.<br />
CDMA 450 can provide basic communication<br />
services, quickly and cost<br />
effectively, in regions where the sparse<br />
population cannot support the high<br />
cost of laying cable for standard wireline<br />
communications.<br />
For fixed wireless service, CDMA 450<br />
only requires a small antenna,<br />
installed on the roof of a house—in<br />
place of expensive cable—to connect<br />
the user with the local radio base stations<br />
in the area. This results in substantial<br />
capital and operational savings<br />
that, in turn, translate to low rates for<br />
users.<br />
The telephone can be used inside the<br />
house like any fixed line cordless<br />
handset, but has, as well, a limited<br />
range outside. CDMA 450 can support<br />
a range of services from simple telephone<br />
capability to broadband data<br />
services such as high-speed access and<br />
multimedia capabilities.<br />
Additionally, areas that already have<br />
very basic first generation wireless<br />
capabilities can quickly and affordably<br />
move to advanced 3G services by simply<br />
adding a card to the network equipment.<br />
Communications on its own cannot<br />
solve important issues such as world<br />
poverty, curing disease or protecting<br />
the environment, but it can and must<br />
play a powerful catalysing role.<br />
This is no pie-in-the-sky, altruistic<br />
vision. Communication technologies<br />
already form part of today’s worldwide<br />
foundation for making progress on<br />
these and many other global, human<br />
condition issues. When people are<br />
connected by new technologies, new<br />
hope cannot help but follow. <br />
27