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http://www.computerworld.com.au/arti...ing_standards/
if this is correct, and you'd think that Huwawei have a pretty good idea as being a large vendor of the equipment, then I think MT is in HUGE trouble as the goalposts have moved from max cable run of 500M down to 300M to achieve the 50Mbs target.
Huawei says VDSL2 can achieve speeds of 50Mbps within 300m of the node. Meanwhile, it says VDSL2 that uses vectoring can achieve speeds of 100Mbps within 300m of the node.
Note that for vectoring to work ALL LINES have to be connected to the same node so the anti noise signalling can be done. Will be interesting to see how the moving of all customers onto the node will occur. If some customers are left on ADSL connected to the exchange then any vectoring done will cause their ADSL service to be severely degraded.
Currently Transact in the ACT (bought out by IINet) are the only VDSL2 operators in Australia
http://www.sortius-is-a-geek.com/vds...ond-usability/
TransACT makes no bones about VDSL/VDSL2, showing lacklustre real world speeds of ~6Mbps for VDSL and ~38Mbps for VDSL2. This is a far cry from where the NBN has started (100Mbps), and nowhere near where the NBN is about to be upgraded to (1000Mbps).
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Now Vectoring is very new. The equipment vendors only started trialling their equipment with each other to ensure they play nice last year. It's highly unlikly vectoring will be available for the FTTN NBN until 2016-2017, and let me say after a couple of decades in the IT sector, being on the bleeding edge is not where you want a country wide network to be. Vectoring might be more viable from 2018-2019 depending on how fast the equipment vendors are able to get it working in the real world. The world of standards is a very slow process as you have sometimes dozens of companies all with their own agendas competing against each other.
In 10 years of rolling out ADSL and ADSL2+ Telstra has only 58% and 48% respectively of exchanges enabled.
if this is correct, and you'd think that Huwawei have a pretty good idea as being a large vendor of the equipment, then I think MT is in HUGE trouble as the goalposts have moved from max cable run of 500M down to 300M to achieve the 50Mbs target.
Huawei says VDSL2 can achieve speeds of 50Mbps within 300m of the node. Meanwhile, it says VDSL2 that uses vectoring can achieve speeds of 100Mbps within 300m of the node.
Note that for vectoring to work ALL LINES have to be connected to the same node so the anti noise signalling can be done. Will be interesting to see how the moving of all customers onto the node will occur. If some customers are left on ADSL connected to the exchange then any vectoring done will cause their ADSL service to be severely degraded.
Currently Transact in the ACT (bought out by IINet) are the only VDSL2 operators in Australia
http://www.sortius-is-a-geek.com/vds...ond-usability/
TransACT makes no bones about VDSL/VDSL2, showing lacklustre real world speeds of ~6Mbps for VDSL and ~38Mbps for VDSL2. This is a far cry from where the NBN has started (100Mbps), and nowhere near where the NBN is about to be upgraded to (1000Mbps).
----------
Now Vectoring is very new. The equipment vendors only started trialling their equipment with each other to ensure they play nice last year. It's highly unlikly vectoring will be available for the FTTN NBN until 2016-2017, and let me say after a couple of decades in the IT sector, being on the bleeding edge is not where you want a country wide network to be. Vectoring might be more viable from 2018-2019 depending on how fast the equipment vendors are able to get it working in the real world. The world of standards is a very slow process as you have sometimes dozens of companies all with their own agendas competing against each other.
In 10 years of rolling out ADSL and ADSL2+ Telstra has only 58% and 48% respectively of exchanges enabled.