Bobby. wrote on Sep 11
th, 2010 at 10:10pm:
# wrote on Sep 11
th, 2010 at 1:51pm:
qikvtec wrote on Sep 11
th, 2010 at 1:49pm:
# wrote on Sep 11
th, 2010 at 1:47pm:
qikvtec wrote on Sep 11
th, 2010 at 12:19pm:
... if FOC is to be the carrier it needs significant redundancy built in to it to avoid the comms disasters that will occur many times daily when it is cut in various locations.
What makes you think fibre will be cut more often than copper is?
I don't, what makes you think Fibre will be cut less often than copper is?
Repairing copper is a fairly quick fix. It happens with amazing regularity, multiple times daily. Dial before you dig should be mandatory and cutting a cable without having done so should carry a jail term or public stoning.
What makes you think that the network has been designed without an appropriate level of redundancy?
It will have some redundancy.
As with all such projects, the network has been designed with an appropriate level of redundancy.
Quote:In some remote areas there will just be one cable inside a pipe
In remote areas, cables are ploughed into the ground. No"pipe". By the way, the "pipe" is called a duct. Access to Telstra's ducts is one of the things the government is paying $11 Billion for.
Quote:with many fibers -
Yes, each cable holds many fibres. Single fibres are used mostly within structures. For difficult situations, they can be blown through confined spaces.
Quote:for the whole district with maybe thousands of customers using it.
Which differs from copper, how?
Quote:Outages will take days to repair.
In view of your demonstrated ignorance, I'll take that with a grain of salt. I'm reliably informed (by people who do the job, so they know what they're talking about) that, with the appropriate equipment, there's little difference in the time it takes a skilled operator to repair damage to fibre to what it takes to repair similar damage to comparable copper.
Paradoxically, with the best equipment (which is admittedly
very expensive), a less-skilled operator can be quicker with fibre than copper. Which surprised me.