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I was surprised by how terrible NBN is, and how expensive/rare fiber internet is in Sydney. People commonly complain how bad internet access is in the US, but at least the major cities have access to fiber...



>People commonly complain how bad internet access is in the US

The US has the world's eighth-fastest median broadband speed (<https://www.speedtest.net/global-index#fixed>).


Almost 95% of Sydney has fiber thanks to the NBN? (FTTN or better)


Except our packages are crippled to match the lowest common denominator. If everyone can't reach >100mbit, then apparently no-one can have it. My FTTB is capable of much more than 100mbit, but no higher packages are offered via NBN.


I wouldn’t describe FTTN (or FTTC) as providing fibre services to customers

FTTP services are increasing but still limited


The names literally describe what they do. They are providing fibre to the node or to the curb.

For most people this is a massive reduction in the amount of faulty, old, poorly maintained copper that is being replaced:

https://delimiter.com.au/2012/05/01/worst-of-the-worst-photo...


How the *** are those even allowed to be built like that? Since they all have the same form factor, crimps, "pits" (?????) etc. someone must have thought that those were acceptable materials to build communication infrastructure with? What? How? Why? I thought this was a bad copper node in an older part of the network: https://www.madicom.nl/wp-content/uploads/950_670-7.jpg (old pre-VDSL cabinet) but it looks like a fresh high-grade install compared to those 2012 examples. Maybe we're just lucky with higher population density and not much happening between the street cabinet and the premises.

DOCSIS version of the same type of cabinet with a better view: https://www.madicom.nl/wp-content/uploads/950_670-3.jpg They are essentially grey metal boxes on a concrete block with feed-throughs for tubes where the lines pass through, and then there's a backboard where you usually find DIN-rails or just screw-in devices and your labelled cables either go to a termination block or straight into the distribution block. The termination block has the benefit of not needing 'wire extensions' since once they are in they will never have to come out unless corrosion happens (but the gravel mixed with some absorbing stuff should prevent most of that).

Maybe I should go for some digital archaeology of public communication infrastructure gore because thinking about it some more it has to be at least as bad around here in some places.


For some reason we had trouble getting that where we live. Looking into it again


just checked... we only get coax speeds in our neighborhood (ugh)




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