Growing Together: Economic Integration for an Inclusive and - escap
Growing Together: Economic Integration for an Inclusive and - escap
Growing Together: Economic Integration for an Inclusive and - escap
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most adv<strong>an</strong>ced country <strong>for</strong> ICT; at the other<br />
extreme, countries such as Papua New Guinea<br />
r<strong>an</strong>k among the lowest. 46 Part of this divide<br />
is attributable to differences in per capita<br />
income. This is illustrated in figure III.7 in<br />
which the size of a country bubble is<br />
proportional to its per capita gross national<br />
income, <strong>an</strong>d its vertical position corresponds<br />
to its value on the ICT develop-ment index<br />
devised by the International Telecommunica-<br />
tion Union. Unsurprisingly, the largest bubbles<br />
cluster towards high ICT development, reflect<br />
ing a strong correlation between ICT development<br />
<strong>an</strong>d per capita incomes (correlation value<br />
of 0.885).<br />
Figure III.7 also shows the import<strong>an</strong>ce of ICT<br />
usage prices, indicated here as the percentage<br />
of average income required to pay <strong>for</strong> a<br />
representative basket of ICT services – r<strong>an</strong>ging<br />
from less th<strong>an</strong> 1 per cent in Singapore, <strong>for</strong><br />
example, to over 40 per cent in Cambodia <strong>an</strong>d<br />
Papua New Guinea. As illustrated in figure III.7,<br />
as ICT prices rise, there is a sharp fall in the<br />
ICT development index. Furthermore, at very<br />
low levels of the development index, there<br />
is a group of countries in which the ICT price<br />
basket rises exponentially (inset countries).<br />
These are also the countries with very low<br />
per capita incomes, pointing to the fact that<br />
ICT prices absorb the highest percentages of<br />
average income in those very countries where<br />
people are least able to af<strong>for</strong>d them.<br />
On average, less th<strong>an</strong> 20 per cent of people<br />
in Asia-Pacific have access to the Internet<br />
– far lower th<strong>an</strong> in North America (78%),<br />
Europe (62%) <strong>an</strong>d even Latin America <strong>an</strong>d<br />
the Caribbe<strong>an</strong> (33%). 47 However, of note,<br />
this may underestimate the extent of<br />
disconnectedness in the poorest countries.<br />
In Asia <strong>an</strong>d the Pacific, only 4 per cent of the<br />
population is believed to have access to the<br />
high-speed broadb<strong>an</strong>d needed to exch<strong>an</strong>ge<br />
content-rich materials through data-intensive<br />
streaming. As a result, it is largely only the<br />
wealthier citizens who c<strong>an</strong> connect <strong>an</strong>d<br />
broadcast ideas, potentially magnifying socioeconomic<br />
disparities <strong>an</strong>d deepening divi-<br />
sions between the connected <strong>an</strong>d the un-<br />
connected.<br />
There are signific<strong>an</strong>t differences in the<br />
b<strong>an</strong>dwidth available to different countries. 48<br />
This is derived from wired connections,<br />
primarily terrestrial <strong>an</strong>d submarine fibreoptic<br />
cables, terrestrial wireless tr<strong>an</strong>smission,<br />
or satellite-based tr<strong>an</strong>smission. Each type<br />
provides services at different quality <strong>an</strong>d<br />
costs.<br />
Similar to the direction of exports, most of<br />
the region’s data tr<strong>an</strong>smitting routes link to<br />
markets in Europe <strong>an</strong>d North America. In<br />
fact, around four-fifths of the high-capacity<br />
international routes in Asia are tr<strong>an</strong>s-Pacific.<br />
Hong Kong, China; Seoul; Singapore <strong>an</strong>d<br />
Tokyo have emerged as the core global<br />
hubs of Asia where international carriers<br />
have established points of presence. The<br />
rest are mainly through the Indi<strong>an</strong> Oce<strong>an</strong>/<br />
Mediterr<strong>an</strong>e<strong>an</strong> routes (figure III.8).<br />
Some least developed economies in the Pacific<br />
have made progress in getting connected<br />
with submarine cables to the rest of the world.<br />
Samoa <strong>an</strong>d Americ<strong>an</strong> Samoa, <strong>for</strong> example, are<br />
connected through the Americ<strong>an</strong> Samoa-<br />
Hawaii submarine cable. The Marshall Isl<strong>an</strong>ds<br />
<strong>an</strong>d the Federated States of Micronesia are<br />
connected via Guam through the HANTRU-1<br />
submarine cable. Other Pacific isl<strong>an</strong>d<br />
economies are also connected via submarine<br />
cables – such as French Polynesia through<br />
the Honotua cable to Hawaii, New Caledonia<br />
through Australia using the Gondw<strong>an</strong>a-1<br />
cable, <strong>an</strong>d Fiji through the Southern Cross<br />
cable. Thus far, however, these connections<br />
are mostly confined to capitals <strong>an</strong>d densely<br />
populated areas <strong>an</strong>d have yet to be extended<br />
to more remote areas.<br />
Telecommunication costs in the region are<br />
higher th<strong>an</strong> in Europe<strong>an</strong> <strong>an</strong>d North Americ<strong>an</strong><br />
Internet hub cities. For example, while<br />
Hong Kong, China is regarded as the most<br />
competitive Internet tr<strong>an</strong>sit market in Asia,<br />
prices are still 2.5 to 3.5 times higher th<strong>an</strong> in<br />
London. Costs are even higher in cities far from<br />
major Internet exch<strong>an</strong>ges, such as B<strong>an</strong>gkok<br />
<strong>an</strong>d M<strong>an</strong>ila due, at least in part, to the cost of<br />
tr<strong>an</strong>sport back to the primary exch<strong>an</strong>ge.<br />
Integrating regional in<strong>for</strong>mation <strong>an</strong>d<br />
communications technology infrastructure<br />
Internet traffic volumes are expected to<br />
continue to increase exponentially both<br />
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