Rural internet, not fast enough to spy on effectively.
Prime Minister May hints at shaking up Blighty's 'dysfunctional' rural broadband
UK Prime Minister Theresa May has suggested her government could intervene in failing markets, such as rural broadband. Speaking at the Tory conference in Birmingham today, she said: "Where markets are dysfunctional, we should be prepared to intervene." She added: "Where companies are exploiting the failures of the market in …
COMMENTS
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Wednesday 5th October 2016 21:23 GMT tr1ck5t3r
If you talk to BT engineers you'll know fibre has been around for a long time and is fitted around large parts of the country already. I was on FTTC back in the early 00's on an affluent new build estate but had a capped broadband speed to 2mb to maintain the charade along with packet filtering. Besides squeezing every last ounce of revenue out of the copper a form of planned obsolescence, the Govt also needs massive storage capabilities in order to spy on everyone. Its just a charade being played out by some arms of the Govt masquerading as business in this case BTOpenreach much like the CIA have invested in tech companies in the US to further military intelligence. Its called Bread & Circuses.
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Thursday 3rd November 2016 13:57 GMT illiad
Trouble is, what TYPE of fibre??? there was a big ' put fibre in at build time' push, BUT!!! then BT go and change the standard for fibre communication, and find it does not work in 'old' fibre...
cue big rush to stop complaints, and ripping out it all ..... :(
yeah, all these fancy new words sound great, but I have yet to see the 'high speed using copper' to ACTUALLY work... and some actually think 'highspeed' is 10MBPS!!!
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Thursday 6th October 2016 09:38 GMT Anonymous Coward
G.fast is a pointless, expensive Cul-De-Sac Technology. Let's make that clear now.
BT have bet all their money on sweating their copper assets, with pointless G.fast.
Yes, G.fast is a pointless, expensive Cul-De-Sac Technology. Let's make that clear now.
Any rural connection more than 500m by length should be real fibre (fibre optics) (premises approx 250m as the crow flies from the cabinet). That is the point/spot at which G.fast becomes exponentially more expensive over laying real fibre.
This is due to the exponential increase in the number of G.fast nodes required, the increase in maintenance costs, corrosion, damp, windy locations these will need to be fitted. Before you factor in Crosstalk, low frequency Interference, where problems become an absolute minefield to solve, if you go the G.fast route, over real Fibre.
Trouble is, you ask BT what's the best solution, BT are always going to give a technical answer which favours their own copper assets (which is basically what has happened). Ofcom has also shown itself to be biased towards BT. Just look at the EE/BT merger.
I personally think 'In Interests of National Security' is pressuring/biasing ofcom to favour BT, i.e. GCHQ are also involved in this process, GCHQ want by and large, a single provider to have 'complete oversight'. I also believe Theresa May does, both organisations are control freaks.
It should be real fibre to the premises (especially if the taxpayer is subsidising).
The reason not to use a different technology such as G.fast for the last couple of hundred feet is it creates an artificial tap (as in water) in which Telcos like BT can make it appear Broadband is a 'limited resource' limited by the final G.fast connection and continue to bamboozle, obfuscate 'upto' speeds, and key, continue to differentiate on pricing.
This is what BT want. This is because it is artficially been presented as a limited resource due to the final copper element 'tap' acting as metering, but with real Fibre its far less of an issue. Yes, faster switches are more expensive, but those costs would drop.
Overall, given this statement by Theresa May, G.fast should be all but dead in the water (given last year's flooding it would be too, as have many FTTC cabinets).
What I do believe makes sense, is less planning control placed (zero rates) on laying fibre rurally, as most locations hardly see any footfall at all and loosely laying fibres along river beds, hedge rows, public footpaths and agreed access with farmers, makes much more sense, especially in the short term to get Fibre in place and generating income, to then use part of the income to then permanently lay these protectively.
Yes, some will get damaged but, the benefits outway the inconvenience. Malicious damage of temporary exposed brightly coloured yellow cabling should be seen as a serious offence.
I also believe Blanket Gigabit Rural Fibre should be fought for.
Rural communities should not just expect BT to provide it (BT are sitting on their hands regards Real fibre, using their current position to make sure they don't without subsidy anyway).
Politicians have been conditioned though, BT are conditioning the public, milking the 'Fibre is very expensive, using Copper is cheap' line, while ignoring the pitfalls of sweating Copper assets, brings to the table going forward, over using real Fibre.
We're at a crossroads, any further use of Copper will create real 'stuck in the slow lane' problems in the future. Apathy to Gigabit speeds has already set in, because its impossible for consumers to work out why a copper based 'upto' broadband connections randomly slow.
Volunteer community teams working with Telcos should help with the roll out to reduce costs. There should be far less money spend on glossy expensive websites like Superfast-Cymru, and far more money paying towards getting teams of volunteers to help with the rollout. Less talk, more Fibre on the ground, more fibre connections.
The B4RN model should be praised more, rolled out Nationally with a finite funding model, so that Communities that want to go this route can do so without the hardship B4RN faced setting up the model, but with the same outcome, getting Gigabit Fibre for everyone. The model should be funded in a way its tough to do, but achieveable, to prevent waste paying people that 'just talk the talk', its got to be something that each community wants to achieve.
If BT don't want to be involved they should be banned from an area for 10 years, to allow local communities to do it themselves. So much money each year is wasted funding ofcom to regulator 'upto' Copper based Broadband, when much of this regulation is unnecessary, if actual Fibre was laid, and communities as a whole had control of this.
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Thursday 6th October 2016 10:06 GMT BigAndos
Re: G.fast is a pointless, expensive Cul-De-Sac Technology. Let's make that clear now.
Great point on B4RN, I hadn't heard of that. I bet it would be cheaper and far more effective to just give affected rural communities funding to arrange something themselves rather than throwing money at the lumbering monolith of BT.
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Wednesday 5th October 2016 16:53 GMT Commswonk
Re: good starting point
Split the cost between the telco and builders 50/50 and you are also laying the ground to get the surrounding areas up and running to fttp.
You are joking aren't you? If the builders contribute to the cost that contribution will only apply up to the point at which the property is sold to an occupant. And the telcos will (perfectly reasonably) need to recover their investment, so guess who pays for that? Yes; the occupant, who will probably be forced to have an FTTP service (assuming that they want broadband in the first place) even if its performance far exceeds what they actually need.
How would you like it if you went shopping to find that only top of the range goods were available on the grounds that "some people want it"?
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Wednesday 5th October 2016 22:52 GMT Anonymous Coward
Re: good starting point
Except for the last few meters fiber is no more expensive to install and very much cheaper to maintain than copper (and much much cheaper to maintain than aluminium phone wires) . The expensive part of rolling out FTTP to existing properties is bringing it into the customers home. This isn't an issue for new build estates.
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Thursday 6th October 2016 07:02 GMT Anonymous Coward
Re: good starting point
Terminating fiber costs more, as does the the optical interface in the router. That's the reason why Intel backed away from using fiber for Thunderbolt, after all.
What's wrong with putting a fiber cabinet on each block - or at the head of each cul de sac, if they're built like most US developments are? You do short copper runs from there to the houses.
You're going to have to run the copper anyway - some people insist on a hard line telephone and won't want to rely on VOIP or cell, and the local cable company probably isn't equipped to deliver TV over fiber. I suppose if you really want you could run fiber to the home alongside the copper and leave it unterminated for "future use". But it'll never be used in our lifetime, because there is no usage case for > 10 gigabits in the home.
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Thursday 6th October 2016 12:23 GMT Anonymous Coward
Re: good starting point
Yup, it's called sidecar cable. One coax, two twisted pair. The latter is for the phone, the former for TV/Internet.
Was like that twenty years ago and it's not changed.
Yet.
Flip side: BT were supposed to have burried all their suspended cables (phone lines) by... six years ago... after they failed to do it for eleven years ago... after they failed to do that sixteen years ago... so what hope have you of them actually completing laying fibre to their exchanges? There are still areas with suspended phone lines that BT can't be bothered replacing, it seems.
Ah, well: Back to the drawing board...
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Thursday 6th October 2016 12:38 GMT Toltec
Re: good starting point
VM has been working on VoIP, the superhub 3 supports it, however a major issue is maintaining power to it should there be a local powercut. The green cabinets at the end of the road would need to contain UPS kit, given the frequency at which I see the cover missing or pulled off on ours, filling it up with lead acid batteries would be boon to the light fingered, recycling community.
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Thursday 6th October 2016 20:16 GMT Anonymous Coward
Re: good starting point
Sounds like Virgin Mobile (I assume that's "VM") uses the same HFC scheme that cable companies in the US do. Fiber to the node, where nodes are located every few blocks so you have maybe a couple hundred homes per node. For something like G.fast the length limitations are a bit shorter, but it is still cheaper to run fiber to a cabinet and copper from there.
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Friday 7th October 2016 12:25 GMT CrazyOldCatMan
Re: good starting point
> Its FTTC, then **satellite grade** coax to the home
VM have just been digging up our road to add their fibre to the area. And it was fibre - right up to the new grey termination cabinet on the pavement by our house..
Putting that in as a bit noisy - our house is built on clay and it felt like they were using a pile-driver to dig the hole deep enough for the cabinet foundations.. made the whole house wobble.
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Friday 7th October 2016 08:20 GMT SImon Hobson
Re: good starting point
> Terminating fiber costs more, as does the the optical interface in the router.
BT ran trials in a couple of villages where they removed all copper and went all fibre. The end user gets a termination that includes a couple of standard phone sockets so get what (to them) is a standard phone line - but which is then digital from the termination box in their house, instead of turning to digital at the line card in the exchange.
Don't forget that pretty well all telephony is now digital - it's just a case of where the analogue turns to digital. All but the smallest business users, for example, have digital phone lines into digital phone systems, and the only analogue bit is the curly cord and handset on the user's desk.
So having telephony being digital to the premises is nothing new and isn't hard or expensive.
IIRC BT announced that actually it would be cheaper to have FTTP and on-premises conversion. While the kit cost more than the very cheap master socket (very cheap, they don't even put brass inserts in for the screws now !), overall it saves them money as it's more reliable and diagnostics are easier.
So it would make sense for all new-build developments (at least over a certain size) to have FTTP. The cost to BT is very slightly higher in up-front costs IF they install the electronics up front, but long term it would be cheaper. They, or other ISPs they resell through, would have the option of charging different monthly costs for different services. So it would not mean everyone having the choice of nothing or a 300+Mbps service costing hundreds of quid a month.
It's certainly hard to see how it couldn't be cheaper than FTTC which is a complicated and expensive way of doing things which is only economic because of the cost of retrofitting fibre to existing premises.
And of course, the longer we carry on not getting started because "it's too big a job", the bigger we make the problem of having a sh*tload of installed copper to sweat the assets from.
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Friday 7th October 2016 12:22 GMT CrazyOldCatMan
Re: good starting point
> Except for the last few meters fiber is no more expensive to install
But doesn't provide power to the phone to keep it going if the site power dies. This is a big issue in the US - carriers there are (contrary to the contracts they have in place) trying to push everyone away from copper onto fibre or wireless. Which is fine for connectivity but, in places that have spotty or erratic power delivery (like rural areas) can result in people having no phone coverage whatsoever if their local power goes down.
Which isn't necessarily a problem - right up until you need to call the emergency services during a power outage that lasts longer than your UPS can handle..
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Monday 10th October 2016 11:48 GMT SImon Hobson
Re: good starting point
> But doesn't provide power to the phone to keep it going if the site power dies.
True, but sometime in the last few centuries, someone invented a device called a battery. IIRC, the NTE used by BT in the trial is locally powered, but has backup batteries. Which is all nice except ...
I've lost count of the number of bits of kit I've come across over the years with dead rechargeable batteries - so I do wonder what the long term plan is for battery maintenance in these units.
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Wednesday 5th October 2016 16:11 GMT macladd
Yack Yack Yack
The Gov and BT have been yacking on about rural broadband for what seems like years now. Openreach is usually the dominant supplier in those areas and have missed so many opportunities whilst planning the fibre networks. Take Caithness for example, John O Groats has just been enabled for fibre yet most of the communities outside the village itself still cannot get ADSL broadband let alone fibre. Of the mobile networks in that area, only 2 provide 3G which is either painfully slow or offline totally. One of the biggest issues is that Openreach measure the speed and availability to their network distribution point (DP) In rural areas this is more often than not several km's from the customer premises. According to any speedchecker, the customer can receive service which therefore then bars them from the satellite discount scheme for those that cannot get service. In reality, the customer cannot receive anything as the line is just too long. ISP's will accept an order, BT Broadband even go so far as to guarantee a minimum speed. The hardware is sent and the account is set up, hardware will not sync with the exchange so they blame that and send another, rinse and repeat! Eventually an engineer is sent who explains that he can't do anything due to length of line from DP and that the premises cannot receieve any form of data on the line and never will unless the DP is moved closer to the property. ISP then release customer from contract and advise that a guarantee of minimum speed isn't really a guarantee after all.
The whole thing stinks. Local politicians are fully aware of the issue, but the Scottish Government keep passing the buck with no real resolution in sight. This issue is repeated all over the UK's rural areas yet no one seems to be doing anything about it. We all know Openreach wont do anything off its own back unless it being beaten with a big stick!
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Wednesday 5th October 2016 16:23 GMT rdhood
Re: Yack Yack Yack
I could have written almost the exact same thing about Dahlonega, Ga (or 90% of the U.S.).
"John O Groats has just been enabled for fibre yet most of the communities outside the village itself still cannot get ADSL broadband let alone fibre."
North Georgia College has been enabled for fiber, yet the entire rest of the city/county still can only get ADSL at a rate of less than 6mbps.... and it costs MORE than subscribers in CA/NY/NJ who get a 25mbps-100mbps.
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Wednesday 5th October 2016 17:18 GMT Anonymous Coward
Re: Yack Yack Yack
Ashby De La Launde found a solution to being constantly passed over for broadband. They got local landowners together and handed out shovels, then got an agreement with the owner of a local high building to allow them to put antennae and infrared devices on it.
Governments won't help.
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Wednesday 5th October 2016 16:45 GMT Pen-y-gors
Hyperoptic?
Why listen to comments from Hyperoptic, when discussing RURAL broadband?
"
Hyperoptic specialises in bringing full fibre optic broadband direct to multi-dwelling buildings such as apartments and offices. If your building is within our catchment area, and enough residents show support by registering online, we can connect you to our future-proof full fibre network.
"They really don't seem to be interested in running fibre to single dwellings, along country lanes. And to be fair to them, they may be taking their time, but that is exactly what Openreach are doing in our area at the moment.
Competition in in backhaul in rural areas is a silly waste of resources. Why spend the money to dig up the road twice or three times for different companies? (Same arguement for electricity and water - if I switch electric company they don't string a new cable to the house. 'Competition' is bullshit)
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Thursday 6th October 2016 10:07 GMT Anonymous Coward
Re: Hyperoptic?
Just because that's what Hyperoptic are doing at the moment, doesn't mean that's the limit of their ambition, does it ?
Hyperoptic don't lay their own fibre (as far as I know). They use BTOpenreach fibre between the premises and the fibre node, with their own equipment and wiring in the Customer Premises and their own equipment in and backhaul from the fibre node.
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Thursday 6th October 2016 17:16 GMT Anonymous Coward
Re: Hyperoptic?
Hyperoptic are a lot of Hype and not much Optic.
For a start, as others have pointed out, its not their network (although their sales reps like to talk like it is).
Then there's the fact that they're only interested in "low-hanging fruit", multi-tenant dwellings (a.k.a. blocks of flats). And even then, they are only FTTB (fibre to the basement). They use CAT5/CAT6 to the door.
All sorts of other things too. But I shall not be going in to those in a public place.
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Friday 7th October 2016 09:36 GMT Anonymous Coward
Re: Hyperoptic?
I think saying "it's not their network" is a bit unfair. AFAIK, apart from the fibre, it is all theirs.
BTO commissioned the fibre for a business connection in the Southwark area, before they "lit" Colombo House. The comment we had was "you know the rack at the other end of this is empty, don't you ?" Which was OK as the fibre was commissioned in advance of the go-live date.
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Wednesday 5th October 2016 19:59 GMT Anonymous Coward
Re: UK Prime Minister Theresa May has suggested her government could intervene in failing markets
intervene in failing markets
Absent criminality, there is no such thing as a failing market. What fuckwit politicians mean by "failing market" is usually a "fully functional market whose results I disapprove of".
By definition, for a market to work, it requires that you accept that anybody not able and willing to pay the lowest offered price goes without. In some areas (say petrol) the politicians are willing to say that's acceptable, in others (electricity) they are not. What this SHOULD mean is that they don't set up any market whose outcome they may not like. What it usually means is that politicians contrive a pseudo market, and then invent a thousand and one interventions to try and steer the outcome to something closer to what they see as the correct answer. Hence the multiple, chaotic, subsidy and distortion ridden domestic energy markets.