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jpollock:
The same goes for broadband. Find out how much traffic you are currently using, ask yourself, "is my usage average?", and then make the comparison.
Ragnor: 1: Poor economies of scale, due to NZ's small population ISP's aren't large enough to get better data transit pricing like huge ISP's overseas
2: Lack of competition probably around 90% of ADSL connections are via Telecom wholesale equipment, for most ISP's the only option to provide ADSL is via Telecom wholesale equipment. Only in Auckland and Wellington and recently have other ISP's been able to invest into installing gear in the exchanges. You can get Cable in Wellington and Christchurch but there's no competition to ADSL in Auckland other than wireless which is pretty much a joke.
3: The majority of the content on the internet that NZ'ers access is hosted in the US, the cost to provide 1GB of international data for an ISP is estimated to be around $0.50 per GB, most ISP's charge around $1-2 for extra GB's of data.
Things are improving slowly over time though:
More options for internet access (wireless, mobile broadband, future fibre network)
Better local caching of data, ISP's have started to realise the benefits in investing in caching data
Better caching technology for p2p
Regulation of the industry has improved in recent years (local loop unbundling, sub loop unbundling etc)
Proposed 2nd submarine cable to Australia
NonprayingMantis:
all of the above plus this one...
Consider that NZ has roughly the same land area as the UK, but apprx 1/10th the population. the more people you squeez into an area, the cheaper it is to provide each of them with BB, because you can spread fixed costs over more customers.
ISPs in the UK will have, on average, many more customers per square km than ISPs in NZ, meaning they have much lower costs per customer, and therefore can charge much lower fees.
Please note all comments are from my own brain and don't necessarily represent the position or opinions of my employer, previous employers, colleagues, friends or pets.
Screeb:jpollock:
The same goes for broadband. Find out how much traffic you are currently using, ask yourself, "is my usage average?", and then make the comparison.
That argument doesn't hold water, because behaviour changes when you have unlimited bandwidth. It also ignores the fact that most first world countries don't have caps, so why not NZ (yes I know the reason)? Even in this thread, lchiu7 notes that he can't really watch TV online because of data caps. Not to mention Sky just recently cancelled their Sky Online service for this exact reason. Someone also mentioned seeding torrents. New Zealanders are somewhat notorious for being "leechers" because they don't seed due to the bandwidth cost. People don't want to blow hundreds of dollars a month busting their caps.
NonprayingMantis:
all of the above plus this one...
Consider that NZ has roughly the same land area as the UK, but apprx 1/10th the population. the more people you squeez into an area, the cheaper it is to provide each of them with BB, because you can spread fixed costs over more customers.
ISPs in the UK will have, on average, many more customers per square km than ISPs in NZ, meaning they have much lower costs per customer, and therefore can charge much lower fees.
jpollock:
Actually, you can. It is cheaper to:
1) Set up an Amazon EC2 account.
2) Run a Squid Proxy on an EC2 instance
3) Pay 10c/hr and 15c/GB (US$) for proxy access.
4) Pay NZ traffic charges at NZ$1.50/GB
5) Watch Hulu SD.
Than it is to pay for Sky TV/TCL Cable if you watch less than 3hrs/day of TV. I've done it, watched the traffic and done the math. I've cancelled my TCL TV subscription, and the WAF is high because it's all Video on Demand.
You can make the deal even better by purchasing an PPTP VPN account with UK/US PoPs for US$40/yr.
As for seeding, do the math.
350MB for 40min episode * 2 for seeding = 700MB.
therefore, you can get:
40GB/0.7GB = 57 shows = 37hours of TV.
That's a lot of TV when you're looking at only the shows you want to watch. 80GB is an even larger amount.
Let's look at Hulu:
Hulu - ~1Mbps *3600s * / 8 * (4/6) = 300MB for a 40min episode
Since there is only traffic in one direction, Hulu and those sites are all cheaper than torrents. Heck, Hulu HD is only slightly more expensive than the basic torrent at 3Mbps. Just to pre-empt the discussion, you can easily get the 1Mbps connection needed during prime time. 3Mbps is also easily possible, just not using Amazon EC2 which caps traffic at 1Mbps per connection. At least on TCL cable in Wellington... :)
Just as it was back when torrents of movies first appeared, it is _cheaper_ to be legal than it is to violate copyright. Back then, traffic was NZ$60-120 to torrent, NZ$40 retail.
Still, we're drifting from the main discussion.
My argument is that NZ ISPs with data caps and charging are more honest than UK ISPs which use low bandwidth users to subsidise others. Unlimited data leads to traffic shaping as ISPs look to manage their traffic, with the resulting nastiness. Too see what happens, look at Canada's Internet market.
If you look into the history of the NZ market, TCL had to provide refunds to their 10Mbps customers for several months because they couldn't provide a reasonable speed. I haven't heard of that happening in uncapped networks.
Screeb:true, but my point was more a general point why NZ is more expensive, not sepcifically referring to data costs.NonprayingMantis:
all of the above plus this one...
Consider that NZ has roughly the same land area as the UK, but apprx 1/10th the population. the more people you squeez into an area, the cheaper it is to provide each of them with BB, because you can spread fixed costs over more customers.
ISPs in the UK will have, on average, many more customers per square km than ISPs in NZ, meaning they have much lower costs per customer, and therefore can charge much lower fees.
Like you say, it's FIXED costs. Cost per GB is not influenced by fixed costs.
Also see this re density and broadband.
NonprayingMantis:
My point was that with higher population density, in urban areas in particular*, that BB can be provided at a lower cost cetirus paribus.
I was not claiming population density was correlated with BB penetration. I was claiming it effects the cost of providing broadband, which is something entriely different. So your chart is not refuting any claim I have made.
There could be a myriad of reasons why pentration is not correlated with population density
e.g. government regualtion, urban/rural split of population (which may or may not be correlated with overall population density), income distribution, size of average household, age of population, etc etc.
*Australia for example has the smallest population density on that chart, but since most of it's poplation is crammed into the main living areas and almosty noone lives in the middle of the outback, it can provide decent BB to most of the population. It's urban density is probably closer to the average,
[T]hough Australia is the least densely populated country in the OECD, 93 percent of its citizens live in urban areas (the 3rd highest percentage in the OECD).
Therefore, a more appropriate gauge of population density – “urbanicity” – takes into account both the percentage living in urban areas and the average density of those areas. Among OECD nations, there is virtually no correlation between a country’s “urbanicity” and its level of broadband penetration (0.07). In other words, OECD countries with more densely urban populations do not necessarily have higher levels of broadband take-up. Population density is not a sufficient explanation for America’s lagging broadband penetration.
Screeb:that's good. you provide a chart showing BB penetration compared with pop density, then aknowledge that it is useless for the reaosns I cite. Why even provide it in the first place?NonprayingMantis:
My point was that with higher population density, in urban areas in particular*, that BB can be provided at a lower cost cetirus paribus.
I was not claiming population density was correlated with BB penetration. I was claiming it effects the cost of providing broadband, which is something entriely different. So your chart is not refuting any claim I have made.
There could be a myriad of reasons why pentration is not correlated with population density
e.g. government regualtion, urban/rural split of population (which may or may not be correlated with overall population density), income distribution, size of average household, age of population, etc etc.
*Australia for example has the smallest population density on that chart, but since most of it's poplation is crammed into the main living areas and almosty noone lives in the middle of the outback, it can provide decent BB to most of the population. It's urban density is probably closer to the average,
Actually, Australia's urban density is 3rd highest in the OECD:[T]hough Australia is the least densely populated country in the OECD, 93 percent of its citizens live in urban areas (the 3rd highest percentage in the OECD).
Therefore, a more appropriate gauge of population density – “urbanicity” – takes into account both the percentage living in urban areas and the average density of those areas. Among OECD nations, there is virtually no correlation between a country’s “urbanicity” and its level of broadband penetration (0.07). In other words, OECD countries with more densely urban populations do not necessarily have higher levels of broadband take-up. Population density is not a sufficient explanation for America’s lagging broadband penetration.
(From http://www.itif.org/files/BroadbandRankings.pdf)
And as you know, Australia certainly doesn't have the 3rd best broadband in the OECD.
NonprayingMantis:
that's good. you provide a chart showing BB penetration compared with pop density, then aknowledge that it is useless for the reaosns I cite. Why even provide it in the first place?
ummm, again, so what? I was not arguing about broadband quality either (and the link provided talks about penetration, not 'best', which is entirely different depending on how you define 'best').
My point, for the third time now, is simply the fixed cost of providing broadband to a particular geographical area, which is a significant portion of the total cost, is less per person when you can spread it over more people. i.e. if the people in auckland are well dispersed, which they are, then it is more expensive for ISPs (or rather network providers) to provide that BB.
Please do not post anymore stats about BB penetration because they are just a strawman that is irrelevant to my point. Besides which these stats, at best, can only show correlation, not causation.
As i said before, there could be a myriad of reasons why pentration is not correlated with population density
e.g. government regualtion, urban/rural split of population (which may or may not be correlated with overall population density), income distribution, size of average household, age of population, etc etc.
*Australia for example has the smallest population density on that chart, but since most of it's poplation is crammed into the main living areas and almosty noone lives in the middle of the outback, it can provide decent BB to most of the population. It's urban density is probably closer to the average,
Screeb:
Firstly, that's illegal (watching Hulu in NZ), congratulations. Secondly, it ignores the fact that NZ doesn't have its own such services (see Sky online going down) due to data caps.
This assumes all you do is download TV episodes. I.e. It doesn't take into account usage from other net activities, not to mention HD movies for example, which come in at a few gigs a pop. It also assumes one person per household.
You're implying here that NZ internet is better than the rest of the world for this reason. Verizon FiOS has no shaping and is very fast and reliable.
jpollock:
If you're going to claim it is illegal, you're going to have to point out the New Zealand law that says so.
My reading of the NZ Copyright law is that it is 100% legal, albeit untested in court:
http://www.legislation.govt.nz/act/public/2008/0027/22.0/viewpdf.aspx
page 48:
for the avoidance of doubt, does not include a process,
treatment, mechanism, device, or system to the extent
that, in the normal course of operation, it only controls
any access to a work for noninfringing
purposes (for example, it does not include a process, treatment,
mechanism, device, or system to the extent that it controls
geographic market segmentation by preventing the
playback in New Zealand of a noninfringing
copy of a work)
New Zealand Copyright law has an EXPLICIT exemption that allows New Zealand residents to do anything that they want to get around region locks. Hulu is legally offering their content to US IP Addresses, and I have a US IP Address. it's no more illegal than a Region Free DVD player - which is 100% legal in New Zealand.
Sure it does, it points out that the cost of bandwidth is easily offset by a reduction in TV costs. It doesn't matter if you're buying extra traffic to watch the shows, it's cheaper than buying Sky/Cable (with the 3hrs/day caveat). This even covers HD movies available on Hulu or the other US sites, for example NetFlix. HD movies are cheaper to watch legally than torrent!
Remember - Region Coding can be legally circumvented in New Zealand.
I imply nothing. I merely disagree with your pov that it is wrong and bad for the customer. I'm a customer, and I much prefer having a cap to not having one, it allows larger market penetration.
As for Verizon, they're in the US, without a need to pay traffic termination charges to the large backbone providers (being one of them). They are also pretty expensive at US$45/month for a basic plan. That's more than double NZ's cheapest plan at NZ$30.
If you don't want guaranteed speeds, then TNZ's new broadband plan is the perfect one for you. Uncapped with throttling during peak hours.
jpollock:
As for Sky Online, they probably found it was competing with MySkyHDi, so why offer it? Also, they are stuck because the customer is paying for _both_ the sky subscription _and_ the traffic. That math doesn't work at all.
I'd say Sky-online failed because of the dearth of any decent content. Other than Sports and movies, there was FOOD TV and wrestling from the BOX channel. No Nat Geo, History,, etc , none of the reasonably decent programs from BOX channel, no kids program channels ( disney, etc ). A wasted effort on part of Sky. Too little, too soon, way too late ,,
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