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Zeon: You would be crazy to host anything important on a GPON service. Even P2P fibre only comes with an 8 hour SLA and even that doesn't mean it would be fixed within 8 hours if it was something big.
Host at a datacentre with multiple fibre feeders, electricity etc.
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Nebukadnessar
Referral links: Quic Broadband (free setup code: R587125ERQ6VE) | Samsung | AliExpress | Wise | Sharesies
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Extro: Some of you guys aren't getting the big picture here.
Businesses don't want to be spending lots of money co-locating servers in data centres, in New Zealand ESPECIALLY. You'll pay $200+ just for co-location, then add power and data transfers on top of that. (done my research).
I have had experience with businesses in my city that run servers from their premises. They use those servers for mail(web mail being accessed from home), RDC (connecting to work computers to view files etc at home) etc. They also use this server as their main server, lowering costs of having multiple servers.
Using a ADSL2 connection to host these things is just shocking, the web mail take a little while to load(even in the same city).

Zeon:Extro: Some of you guys aren't getting the big picture here.
Businesses don't want to be spending lots of money co-locating servers in data centres, in New Zealand ESPECIALLY. You'll pay $200+ just for co-location, then add power and data transfers on top of that. (done my research).
I have had experience with businesses in my city that run servers from their premises. They use those servers for mail(web mail being accessed from home), RDC (connecting to work computers to view files etc at home) etc. They also use this server as their main server, lowering costs of having multiple servers.
Using a ADSL2 connection to host these things is just shocking, the web mail take a little while to load(even in the same city).
Colocation including power and network access can cost as little as $100 per 1u, at least in Auckland. It can also help your insurance costs.
For businesses that I advise or consult for of 10+ staff I always suggest moving servers to a datacentre with remote access and this has paid off many times including those paying $1000+ a month for p2p fibre connections. Classic example was the other weekend when it was really windy, sign blew off the building hit the powerlines and tripped a phase. Half the circuits went to 127v which brought the office to a standstill. Had that been a working day people could have gone home etc. and continued to access everything at the DC.
In regards to your statement around UFB rollout it is always going to be contentious as to who gets it first but just because you want it doesn't mean you should just get it.
Referral links: Quic Broadband (free setup code: R587125ERQ6VE) | Samsung | AliExpress | Wise | Sharesies
Support Geekzone by subscribing (browse ads-free), or making a one-off or recurring donation through PressPatron.
Extro:Zeon:Extro: Some of you guys aren't getting the big picture here.
Businesses don't want to be spending lots of money co-locating servers in data centres, in New Zealand ESPECIALLY. You'll pay $200+ just for co-location, then add power and data transfers on top of that. (done my research).
I have had experience with businesses in my city that run servers from their premises. They use those servers for mail(web mail being accessed from home), RDC (connecting to work computers to view files etc at home) etc. They also use this server as their main server, lowering costs of having multiple servers.
Using a ADSL2 connection to host these things is just shocking, the web mail take a little while to load(even in the same city).
Colocation including power and network access can cost as little as $100 per 1u, at least in Auckland. It can also help your insurance costs.
For businesses that I advise or consult for of 10+ staff I always suggest moving servers to a datacentre with remote access and this has paid off many times including those paying $1000+ a month for p2p fibre connections. Classic example was the other weekend when it was really windy, sign blew off the building hit the powerlines and tripped a phase. Half the circuits went to 127v which brought the office to a standstill. Had that been a working day people could have gone home etc. and continued to access everything at the DC.
In regards to your statement around UFB rollout it is always going to be contentious as to who gets it first but just because you want it doesn't mean you should just get it.
In order to even get a good connection to a data centre and RDC into it from the office you would need a bare minimum of VDSL2. If there's 10+ office workers connecting to the server the RDC will lagg like hell on a ADSL2 connection. The business wouldn't save much money moving it to a data centre.

I've found out that my street wont be getting a fiber line until 2015, that is ridiculous, there is a school a street away from me, and 2 streets away fiber is already rolled out.
That's the end of my rant ! Anyone else feel the same way as me ?
helping others at evgenyk.nz
Extro: Some of you guys aren't getting the big picture here.
Businesses don't want to be spending lots of money co-locating servers in data centres, in New Zealand ESPECIALLY. You'll pay $200+ just for co-location, then add power and data transfers on top of that. (done my research).
I have had experience with businesses in my city that run servers from their premises. They use those servers for mail(web mail being accessed from home), RDC (connecting to work computers to view files etc at home) etc. They also use this server as their main server, lowering costs of having multiple servers.
Using a ADSL2 connection to host these things is just shocking, the web mail take a little while to load(even in the same city).
Time to find a new industry!
Nebbie:
2.) I've never heard of a residential user having backup generator in case of catastrophic sustained power failure.
Hmmmm
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