"According to industry expert Grahame Lynch, the taxpayer contribution to fast broadband in Singapore was around $200 per person. In New Zealand it will be about $330 per person. In contrast, Labor?s extravagant plans will cost Australian taxpayers at least $4000 per household."
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These products will reduce in price by 5% every month:
In other words probably $8000 per TAX PAYING household.... since its likely that 50% are on welfare or pensions of some kind, and won't be paying it as they don't pay tax, and on top will probably get a subsidy for their connection. (So yours will be more expensive to cover that subsidy also).
It won't be a straight $8000 either, it will probably be borrowed over
20 years or so and the amount repaid with interest will be more like $20,000. The big banks who fund both political parties will make a fortune.
On the other hand, I don't trust Turnbull. He consistently wants to push a "carbon tax" despite the whole thing being a fraud and ripoff, and has big bank connections to boot, who would rake it in if this were ever to pass.
Another interesting point about all of this is the matter of providing local power to a fibre network - assuming we are getting rid of the copper to each home. Even people with a home phone only will need to power a modem, and phone at their end - and to keep the thing working during blackouts, a backup power supply will also be needed.
Even if its 12v @ 1a (typical plugpack) per connection it adds up to a substantial load even in the average street.
Currently the home phone draws basically nothing unless its in use where it draws very little & is exchange powered at all times. This can run indefinitely during a power failure without anyone losing their phone service due to having a common generator / battery bank at each exchange.
During blackouts, as the existing home phone doesn't run via the net, no backup power is needed for the modem.
I would support a system where we have fibre to major cable pits, and using the existing copper to the home from there in order to optimise speed.
Extra pits or "hubs" could be installed where there currently isnt access to satisfactory broadband service.
New suburbs or developments could have fibre, CAT 6 or similar high speed cable installed from the beginning & others could be refitted as and when the old system becomes unservicable due to age, or needs major upgrading due to under capacity etc.
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