Alan Levy <[EMAIL PROTECTED]> wrote:

> Satellites are best used for large bandwidth applications, such as for
> backbones.  The type of configuration needed for a local-loop, for local
> individual access, is best provided by local-loops (less bandwidth, less
> cost needed).  There is more than a sufficient quantity of backbones
> already being developed... if only there were local-loops to connect
> them.  It is a money issue... you should not use expensive technology
> when less expensive technology is available, unless your franchise is
> protected, supported, by government.  The taxpayers in the USA can
> afford this.  In fact, the whole question of satellite is but an attempt
> to find a method to circumvent the high costs artifically imposed by
> government favoritism.  Plain and simple fact.


An interesting response Alan.

What may be a 'plain and simple fact' in your country (and I certainly
concede your expertise on your local market) is far from factual when
applied globally - there are many variances in Government policy and the
competitive models in use by the various technology providers.

Satellite in Australia is not being touted as a means of circumventing
artificially imposed backbone costs... it is a genuine attempt to bridge
'last mile' connectivity for the very local-loops you identify as being
so critical. Backbone (when provided without Government policy
restrictions) is significantly cheaper when provided by technologies
other than satellite... in some applications.

Too often we forget the impact of demographics and topography in these
discussions... Land-line or wifi local loops may be ideal in
closely-packed dense communities where demand justifies a narrow range
of coverage... however these technologies are largely useless in a
country like Australia where remote Koori (Aboriginal) communities and
rural homesteads are often tens or hundreds of kilometres apart. The
cost of land-line is prohibitive, and wifi technologies are lucky if
they are able to support one or two families per access point simply due
to the distances involved.

I think to add balance we really need to look at all the applications of
these technologies. Some are better than others, however this solely
depends on the application.


Rgds, 
Don




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