|
Broadband provider Internode wants
indefinite retention of exchange-based ADSL2+ equipment to ensure competition
keeps down prices on the Government-backed Fibre to the Node (FTTN) network.
In a submission to the National Broadband
Network expert panel, Internode managing director Simon Hackett dismissed the
"myth" that FTTN would make the current generation of ADSL2+ equipment
redundant.
"It is entirely possible - and for pro-competitive outcomes it is
necessary - to preserve indefinitely the existing facilities-based investment
framework, including ADSL2+, while building and operating a future FTTN-based
National Broadband Network," he said.
"If we start from the mistaken belief that
we must do a full Node cut-over - that is, completely disconnect all of the
copper wires leading back to the exchange from every area in which a new Node
is deployed - the consequences for the industry and consumers will be
detrimental and long-lasting." These include:
·
Stranded
investments: Massive
investments made over many years in the existing ADSL2+ facilities-based access
regime will be destroyed
·
Stalled
deployment: Regardless of
who wins the tender, impacted parties will take legal action to recoup their
lost investments or lost future earnings, substantially delaying the new
network
·
Less
consumer choice: Losing
access to ADSL2+ services and price points invites the risk that new services
may offer worse price/performance and actually drive consumer benefit backward
·
Higher
prices: Replacing the
current diversity of services with an FTTN monopoly will destroy competitive
tension. Only the continued presence of competitive services in the market can
provide sustainable protection against "monopoly rent" being extracted from
consumers.
In his submission, Mr. Hackett notes that
the VDSL2 DSL standard was the most logical mechanism to "drive" the
shorter copper loops of an FTTN network.
"VDSL2 is essentially the next incremental
evolution after ADSL2+: By operating across a far wider range of frequencies
‘on the wire', VDSL2 offers higher peak speeds than ADSL2+ with the potential
of maximum copper-line based speeds in the order of 50-100 megabits per
second," he said.
"However the claim that it is technically
necessary to remove exchange-based ADSL2+ services in order to deploy
Node-based VDSL2 is simply not true. Strong technical evidence exists to show
how this ‘hybrid' mode of coexistence can work very effectively in practice.
"Indeed, the critical point of this entire
submission is that exchange-based ADSL2+ services can coexist with Node-based
VDSL2 services, with practically no performance impact to either service type."
Node-based VDSL2 services, with practically
no performance impact to either service type."
Other "myths" challenged by Mr. Hackett's
National Broadband Network submission include:
·
FTTN
needs "overbuild protection":
If a network requires overbuild protection to survive, its existence is an
"un-natural" one. Preserving current ADSL2+ investments will create a scenario
in which overbuild is actually designed into the process
·
The
economic necessity of "full Node cutover": Mr. Hackett disputes a claim that all copper lines from an exchange
must be cut over to the FTTN cabinet simultaneously due to the high labour
costs of one-at-a-time migration. He said ISPs currently pay per-connection
fees to migrate customers to ADSL2+ ports and simply recoup these costs in
their pricing model
·
ADSL1
customers will be disadvantaged: By the time FTTN is fully deployed, very few customers will use a
broadband router that is not ADSL2+ capable.
A public version of Simon Hackett's
submission to the National Broadband Network expert panel is available by
clicking on the Technology button at www.simonhackett.com .
Internode is a first tier IP carrier committed to using broadband technology to redefine the national telecommunications environment. The Australian-owned company is a trailblazer that delivers broadband services to individuals and businesses throughout Australia.
For media assistance, call John Harris
on (08) 8431 4000 or email
This e-mail address is being protected from spam bots, you need JavaScript enabled to view it
.
|