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It would be incredibly expensive to "light it up". So many problems with doing so:
- It's old fibre and coax, in unknown condition. Probably very very broken in many places
- It'd require running coax into the houses anyway (expensive and if you're going to do it may as well run fibre)
- Telecom has no HFC skills or expertise
- The market for HFC skills and expertise in NZ is extremely limited
- It means deviating from their target technologies (xDSL and xPON) for areas where this is available, which drives cost into the product because it's now a 'one off'
- Lack of product consistency (move house and you're back to xDSL)
- It was likely built to old standards which would require significant technology refresh and visiting every pillar and plinth to ensure it'd be compatible with today's HFC technology (DOCSIS 3.0)
- Incidentally I'm not sure I'd agree DOCSIS is "faster than DSL ever will be". DOCSIS has a number of inherent technology problems that make it, quite frankly, a pain to work with and deliver services like VoIP over. Also, the shared spectrum for upstream is a pain.
- Depending on the topology the cable was installed in, most likely new splits would be required to get the number of connections per upstream/downstream frequency to an acceptable level for internet services.
- You now need to support cable modems since existing CPE won't work
In short, it's really not worth using it - it'd be cheaper and easier to restart from scratch, at which point you may as well go FTTH.
PenultimateHop:It would be incredibly expensive to "light it up". So many problems with doing so:
- It's old fibre and coax, in unknown condition. Probably very very broken in many places
I think it would also be very incomplete in other places.
Time to find a new industry!
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