Tag: rural Internet service

Vaucluse (84) in France working towards next-genaration broadband

Article

Le Vaucluse veut se doter d’un réseau très haut débit | La Provence (France – French language)

My comments and information obtained from this article

Vaucluse, a department in the Provence area of France is known for features like Avignon with that famous bridge. But it has a sizeable amount of rural space with its eastern half being mountainous and 17% of the population in the rural areas. Of course, there are the 5 major urban hubs being Avignon, Orange, Carpentras, Cavaillon, and Apt.

What is relevant to this site is that 5 of the exchanges in that department are fully dégroupé – served by all the competing Internet service providers independently.This is part of a digital divide that exists through this area with not all areas having a broadband service that is “up to snuff”.

The département’s local government have realised what is going on in this area and are to work on the issue of proper access to real broadband, both ADSL and next-generation service. Here, they will do a stocktake of the existing infrastructure and identify areas that need the work.

They reckon that this work will take 20 years for next-generation service to cover this département. The UMP party who are in opposition consider this as being too long because of the time that the technology takes to evolve in the Internet.

Of course, there are the key problems that beset rural and outer-urban areas when it comes to telecommunications, like ageing or derelict infrastructure. These have to be looked at as much as the existence of service at each of the exchanges. This stocktake may factor these issues in and assess the quality of this infrastructure.

Good marks to the Vaucluse local government in France in tackling this problem of adequate Internet service in rural areas. Here, this is an example of UK and France achieving a lively competitive and accessible Internet service for all.

UHF-band “white-space” tests for wireless broadband successful in UK

Article

BT: Tests using white space for rural broadband are ‘very encouraging’ – FierceWireless:Europe

My Comments

There have been a few tests taking place in various countries to use bandwidth vacated by TV stations when they gone digital for use as the wireless last-mile in broadband service delivery. This application of the “white space” will be used primarily to deliver real high-speed broadband in to households and small businesses in rural and remote communities.

The BT Openreach tests that occurred recently and were cited in this article were performed on the UHF TV band and were covering the Isle Of Bute in Scotland. This exploited the ability for this band to be received on indoor antennas (aerials) like the typical “rabbit’s ears” used on portable TVs, as well as outdoor aerials.

A good question that may be worth raising with a UHF-based “white space” setup may be whether such setups may cause digital-TV reception problems for stations broadcasting on that band. This is more so in areas where the UHF band is being used as a “repeater” / “translator” broadcast band to fill in reception black spots in a TV broadcaster’s market area. In a rural area, there will be these transmitters being used for each TV broadcaster that is to be received in the area alongside any “white-space” Internet-delivery setup.

Other questions worth asking include whether such a setup will use “fibre-to-the-transmitter” or other high-speed wired backbones, what kind of bandwidth is available to the customer and whether it will be a “shared bandwidth” setup like DOCSIS cable-modem setups or a “dedicated bandwidth” setup like what Ethernet and DSL setups can provide.

Further proof that outer-urban areas are at broadband-service-starvation risk

The current situation that faces these areas

There is a common issue with Internet service provision for customers that live outside of a major metropolitan area and this issue will become of concern as these metropolitan areas edge out to the country areas. This is where a town or district has old and decrepit telephony connections that are repaired or improved in a “patchwork” manner.

Typically, ADSL service would be rolled out to the towns by the installation of DSLAM equipment in the telephone exchange by the various providers. This happens with the old telephone wiring and connections still in place and, of course, any work that is done on the wiring infrastructure may be in response to disaster events or simply damaged lines such as a tree falling across a phone line. The old and decrepit phone infrastructure may be just good enough for a voice call or a fax transmission with modest equipment at each end of the line.

In some areas, there may be some work done on the telephone infrastructure covering the core business area of a small town i.e. the shopping strip and areas surrounding the hospital, police station or council offices. A large employer who is attracting business to the town may cause the telephony infrastructure provider to provide improved infrastructure for their business premises and some nearby areas.

The examples

Previously, I had seen a friend of mine who lived in Yarra Glen, which is in the Yarra Valley Wine District just east of Melbourne about their Internet connection.

The symptom was no successful connection to the ISP. They tried a new modem router just in case the old one had packed it in and the problem was the same. Then their retail ISP had found through Telstra who was the infrastructure provider in Australia that there were connections between the exchange and my friend’s residence that were simply rotten. They were good enough for voice telephony but not good enough for ADSL service.

Another example was found out through a conversation with a small-business owner who runs bottle shops (liquor stores / off-licences) in two towns in the Dandenongs that are a short distance apart from each other.

At one of the shops, there was poor quality-of-service for the Internet connection servicing that premises. He received different quotes for the “distance to the exchange” metric which affects the ADSL Internet service, even though the business was very close to the town’s exchange.

At that time, there was work being done by Telstra in the neighbourhood to replace some problemsome wiring. This was then causing the different readings for the “distance to exchange” metric due to the different quality of wiring and the connection that existed.

An industry problem that may affect service providers and customers

A question that typically faces the user and the retail broadband provider is who is to blame for the substandard service? That is whether it is the infrastructure provider, the wholesale broadband provider or the retail ADSL ISP?

This ends up with the buck being passed between the different parties and can become more aggravating especially where the fault lies with decrepit infrastructure. In some situations, this can place the customer in a position of liability for troubleshooting work that had taken place because the retail ISP’s equipment wasn’t at fault.

If the fault lies with the infrastructure between the exchange where the ISP’s ADSL equipment is located and the customer’s premises, it should be made clear that the fault lies at that point and the infrastructure provider is required to repair that fault.

What can be done

Infrastructure assessment as part of service deployment

Typically, whenever ADSL broadband is rolled out to a town in a rural, regional or peri-urban area, the work that typically occurs is to have the DSLAM equipment installed at the exchange plus some modifications at the exchange end of the service infrastructure. There isn’t a chance for the wiring infrastructure to be assessed for service problems, such as poor-quality connections or old and decrepit wiring.

This should be done more so as retain Internet service providers that provide their services on an “unbundled local loop” basis start rolling their services out in to that area or as multiple retail Internet service providers share the same DSLAM equipment in the exchange.

What should really happen is that if customers in an area register for ADSL service and the service arrives at the exchange; the condition of the wiring to that area should be assessed for proper ADSL throughput. At that point, any and all repairs should then be performed for all of the telephone subscribers in that area; including removal of pair-gain wiring setups that limit modem throughput.

Public-private engagement

Of course, it may be considered too costly especially in these areas, but there also needs to be the benefits assessed for that work to take place. This may include increased service utilisation which may yield more revenue and an incremental improvement for businesses who work in the area where their goods and services gain increased value.

In some ways, this kind of effort could be a public-private partnership where government is involved in the improvement effort. My suggestion of the use of government involved with money sourced from the taxes that we pay may be scoffed at by the “free-market, no-public-money” advocates but it may have to be the way we would go to seek these improvements. This is more so if there isn’t any sort of universal-service-obligation mechanism established for broadband Internet service.

In this case, the local government which is the shire or city council could be engaged in funding these service improvements that are specific to their local area. This could then allow the local government to attract more business or maintain a highly-viable business ecosystem in their area; especially if the area is driven by many small businesses like most of these areas.

This has been performed successfully in various British villages like Lyddington in Leicestershire whenever next-generation broadband Internet was delivered to these villages.

Conclusion

We just can’t think of improving broadband in particular rural areas when we give real broadband to sparsely-populated areas. Rather we also need to factor in the sparsely-populated areas that exist on the edge of our cities and, in some cases, serve as attraction districts for these urban areas like wine districts or beauty districts as part of broadband-service improvement plans.

London to assist rural communities with access to real broadband

Article

BBC News – Devon, Norfolk, Somerset and Wiltshire get faster broadband

My Comments

There have been a few efforts to deploy broadband Internet service into rural Britain that matches or betters the similar service available in urban Britain as I have covered previously on HomeNetworking01.info. Some of these have been underpinned primarily by local private companies with, in some cases, help from local government.

Now, London has come to the fore through the establishment of Broadband Delivery UK and the national funding of rural broadband projects. Four of the first few projects that have been started on under this funding are in Devonshire, Somerset, Norfolk and Wiltshire.

The funds allocations are GBP30m for Devon and Somerset; GBP15m for Norfolk and GBP4m for Wiltshire. Of course, the local councils and private investors in all these areas will provide supporting finance to the broadband provisioning effort in their areas.

An example of this is the Devon County Council pledging GBP22m towards the effort in their area. Here, their goal is to have at least 85% of Devon’s residents having access to the superfast broadband Internet service with a rated speed of 16-20Mbps at the end of the project.

The rhetoric put forward by the UK’s Cultural Secretary is that broadband Internet service is to be a common utility for homes and business in the same vein as mains electricity and telephone. They even have a goal to have the United Kingdom to be known for super fast broadband Internet service in Europe by 2015.

There was no talk about what kind of technology was going to be used to provide the service “to the door”. It then opens questions on whether a particular area was being provided with fibre technology or wireless technology; or whether the “last mile” to the customer’s door was to be copper, fibre or wireless links.

Of course it is so easy to think about whether an area will be covered by a broadband improvement drive but it is worth making sure that the service arrives at the customer’s door at the proper standard. This includes questions about how farms and similar properties are to be covered and the issue of older telephone wiring in rural areas, a factor that is increasing real when deploying cheaper “copper-in-the-last-mile” setups like VDSL2 FTTC systems.

Going back on your promises to rural and regional users

Labor backflips on its NBN promise to regional Australia | The Australian

My comments

Rural and regional Internet users are being short-changed again by a backflip that Labor has done with the National Broadband Network.

The kind of treatment rural and regional users receive

This is an example of continual second-rate treatment of rural and regional citizens when it comes to telecommunications.

Here, I remember living in the country in the 1980s when there was continual poor-quality telephone service. Here there was a poor signal-to-noise ratio with the phone line to where I lived at and this usually manifested in a lot of crackling through the call as well as frequent incidents of crosstalk which we often described as “crossed lines”.

As well, if rural users want to contact services in metropolitan areas, they have to pay long-distance telephone rates for these calls. This is unless the service provider sets up a freecall or local-cost telephone number for people to ring in on.

Continuously, country users are limited to dial-up Internet and this is often at a substandard rate with slower-than-standard data speeds and longer connection-establishment times.

As well, country users cannot benefit from broadband because they are usually out of the proper “range” for ADSL services. Therefore they end up on the substandard dial-up services. If they are in “range” for ADSL service, they end up with substandard ADSL service.

What is happening with NBN

The Labor federal government had built their election campaign on the back of the National Broadband Network. This was to have the same cost of service across all of Australia even though the service will be provided “to the door” using fibre, wireless or satellite technologies.

Now they have done a backflip on this promise by not guaranteeing a price structure that requires the Internet service on this network to be the same for metropolitan, regional and rural areas. This is based around the excuse that the wireless technology that would be needed for the regional and rural areas will cost more to set up, especially in licensing costs.

I have seen some successful operations in the UK where next-generation broadband services have been rolled out to some rural villages in a cost-effective manner by local companies. Here, they had worked on the local deployments using technologies like VDSL-driven fibre-to-the-cabinet yet allowed the systems to be future-proof for fibre-to-the-premises.

The use of “anti-competition” measures in the NBN legislation would make it hard for a “go-getter” company to do what companies like Rutland Telecom have done in enabling rural towns with next-generation broadband.

Supporting the rural Internet needs properly

What needs to happen is for these measures to be adjusted to expedite service delivery to rural areas and facilitate the NBN or government to support local entities in deploying such technology to rural and regional areas. Then could then be able to provide retail service in to these towns or lease-back the infrastructure to the NBN for wholesale service provisioning.

As well, if there is an easement required on a property for running fibre trunks in the NBN infrastructure, the issue of fibre branches connecting “to the door” of the affected as well as adjacent properties from this trunk should be looked at.

The NBN doesn’t even look at the issue of a genuine “universal service obligation” concerning broadband and there needs to be activity concerning this issue. This includes a minimum standard or service and a maximum price for the service similar to what is being prescribed in Europe. The costs could be offset via a universal service fund which could be supported either through line spending or a direct levy like one on service-provider turnover.

Conclusion

It therefore seems to me that the Australian government have lost the plot when it come to assuring competitive Internet access and a universal standard of Internet service in the country. They need to look at what other established countries are doing for when it comes to these factors and implement these issues effectively.

Bringing Flintshire’s broadband ‘notspots’ up to standard

Articles

BBC News – Plan to tackle Flintshire’s broadband ‘notspots’ (VIDEO)

BBC News – Action to eliminate Flintshire broadband ‘notspots’

My Comments

Another area of Wales is being tackled when it comes to providing broadband Internet of a real standard. This area encompasses Caerwys communities, Talacre, Deeside industrial estate and Ysceiflog; which are in the Flintshire county. Here, local government, in the form of the Flintshire County Council, is behind the effort

This issue has been made real because of the business necessity of a proper broadband Internet service. An example that was cited in the articles was the Northop Hall Country House Hotel losing a GBP£70,000 conference contract because the broadband Internet service wasn’t up to standard for overseas guests who were doing international business at a conference. Here, proper broadband Internet is becoming an expected service for hotels and similar venues, especially if the hotel wants to be valued as a place for business conferences.

I have always made readers aware of the common limitations that occur with ADSL broadband Internet deployments in regional and rural areas when I have commented on broadband in the country.

In these setups, the telephone exchange that services these areas is equipped with the DSLAM which is the necessary equipment for the broadband service, but the cabling infrastructure between the exchange and the customer’s premises is long and commonly operating below par. The ADSL broadband Internet service works at its best when the consumer’s ADSL modem receives a strong signal from the DSLAM installed in the exchange; and long or derelict telecommunications-wiring infrastructure between these devices works against this goal.

As well, in some cases, the telco has used pair-gain wiring – a cheap and lazy telecommunications wiring method –  to connect an increased number of telephone services in an area with fewer wires. Such services wouldn’t work well with machine-to-machine communications and are totally incompatible with ADSL.

These situations can work against the provisioning of real broadband Internet in rural areas and whenever Internet is provided to these areas, it isn’t just putting the appropriate modems in the equipment rack in the exchange that needs to be considered. These deployments may have to include reassessing the wiring in the neighbourhood and, in some cases, doing necessary work on the wiring to enable people to subscribe to broadband Internet at a real bandwidth.

I just hope that telecommunications companies always keep tabs on the condition of the telephone wiring infrastructure in the country and do better research on providing a proper standard of broadband Internet service in the country.

VDSL now in Havelland, Germany–Let’s not forget small communities outside large urban areas

Articles

DNS:NET bringt VDSL ins Havelland | VDSL-News (Germany – German language)

My Comments

Comments relating to an experience with an ADSL service in a country district outside an urban area

Even a country district outside of a well-serviced metropolitan area can suffer limitations with communications. This can happen where you have “green wedges”, farming districts (e.g. wine districts at Yarra Valley or Rosebud) or “beauty districts” (e.g. The Dandenong Ranges in Melbourne or the Blue Mountains in Sydney) located on the edge of or as “pockets” in a metropolitan area and many small communities exist through these areas.

Take Yarra Glen, which is located in the Yarra Valley Wine District outside of Melbourne, for example. You could get the radio and TV programmes receivable in the Melbourne metropolitan area very easily but you can end up with a telephone system that is allowed to “go rotten”.

This was exemplified when I saw a friend of mine who was living in the town and she had trouble with her ADSL Internet service. She had an ADSL modem but it appeared that there was no ADSL signal after she had the service for a few years. The service provider suggested that she try out another modem and she bought a wireless ADSL router and this unit wouldn’t show the existence of ADSL service.

After many troubleshooting hours on the telephone to the service provider and the wireless router’s manufacturer, we found that the telephone infrastructure had “gone rotten” as far as proper ADSL service was concerned. The service provider had come back with information that a lot of repair work needed to be done at the exchange (where the DSLAM was) and at a lot of wiring points between the exchange and her location. This then allowed the router to register proper service and the service had yielded significant improvement since the repairs were done.

I have been following the issue of country areas being set up with decent-standard broadband service and even hamlets, villages and small towns that exist outside a metropolitan area need to be considered.

Comments and notes on the Havelland VDSL deployment

This VDSL2 deployment is taking place in the Brandenburg-Land (German Federal State) outside the Berlin metropolitan area. For Australian readers, this may be similar to a deployment that takes place in a state like South Australia but isn’t servicing the Adelaide metropolitan area. It is in the Havelland district which is between Brandenburg town and west of the Berlin metropolitan area.

There are two main deployments in this area – one in Seeburg which will have a fibre backbone and one covering Elstal (Wustermark) and Falkirk which will have a radio backbone. Each deployment will use the VDSL2 technology to bring the next-generation broadband to the customer’s door and this technology has been valued due to less need to lay out new infrastructure to the door.

DNS:NET, who are behind this project, are working on extending its next-generation broadband infrastructure to bring this calibre of service to the small Brandenburg communities.

Conclusion

The reason I was citing the Yarra Glen poor-quality ADSL incident is that small communities that exist just outside major urban areas are at risk of being neglected when it comes to providing proper broadband service. I was citing this in conjunction to the Havelland VDSL deployments because DNS:NET were working on small communities outside the Berlin and Brandenburg conurbation by making sure they have real next-generation broadband service.

It also caters for the reality that as urban sprawl occurs, these communities will end up becoming part of that urban area and their transport and communication infrastructure needs to be taken care of.

BT rolling out real-standard broadband to Wales and Shropshire communities

Articles

BBC News – BT rolls out broadband to two Valleys towns

BBC News – Broadband for two rural market towns

My comments

I have previously covered efforts by companies like Rutland Telecom to have villages and small towns in the UK covered with proper-standard broadband. Examples of this include Rutland Telecom “lighting up” Lyddington in Leicestershire and Hambleton in Rutland as well as Vtesse lighting up Hatt and Higher Pill in Cornwall. Now, British Telecom, the UK equivalent of Telstra, have stepped up to the plate and started rolling out next-generation broadband in to various rural communities in the UK.

Examples of these include Pontcymmer and Baenganw near Bridgend in Wales as well as Oswestry in Shropshire and Stourport in Worcestershire. Infact, they are wanting to “wire up” properly more of the market towns in rural Wales like the whole of Bridgend,  Chepstow in Monmouthshire, Hengoed in Caerphilly, Llantrisant and Llantwit Fardre in Rondda Cynon Taf.

One of the aims stated by BT Openreach who manage the infrastructure and provide the service to retail providers was to reduce the numbers of people that left out of the broadband loop when they were talking of the Midlands deployments. Other quotes included the fact that this was not a rural issue but areas of some of the towns wore not receiving Internet service that wasn’t of proper expectations. This was also going to affect the use of broadband Internet service as a business tool.

What I had observed was that even in the tough economic times, broadband Internet service was being pushed to the same level of expectation as mains electricity or a telephone service. This can then allow for ideals like improved business knowledge as well as the ability to provide your goods  and services in a competitive manner.

Broadband Internet service now the deal-maker in the Australian Federal Election

Articles

Regional internet service to fore | The Australian

Broadband the hot issue in Australian election | FierceCable

My comments

I have been following the issue of rural broadband-Internet delivery and next-generation broadband in this site and have observed certain ways that this issue has been tackled. In Europe, especially the UK and France where service-provider competition is enforced by national governments, there has been plenty of locally-driven initiatives to get decent-level broadband in to rural and regional areas. Some of these initiatives have been instigated by independent private companies, sometimes with the help of local or regional governments. I have even cited some examples of Vtesse Broadhand who have instigated action to “wire-up” some UK villages like Birch Green, Broughton and Hatt to decent-standard broadband, even to next-generation setups with FTTC fibre-optic with VDSL2 copper run to the customer’s door. In Hautes-Pyrénées and Finistère, France, there is an example of local government being involved with providing broadband to a community.

In Australia, the Federal election had yielded a hung Parliament and provided room for three independent MPs who are based in rural areas alongside a Greens MP to determine the next Federal Government. The Australian Labor Party wanted to establish a National Broadband Network which would provide fibre-to-the-premises next-generation broadband to most areas and satellite broadband to a few rural and remote areas. On the other hand, the Liberal and National Party coalition wanted to run with a fibre-optic backhaul and a mix of cable-Internet, DSL and wireless technologies as a way of pushing out broadband Internet to more communities. The broadband blueprint will end up as a deal-maker as far as the rural independent MPs are concerned because of country people needing to gain real broadband speed in their areas.

If the low-cost copper-based technology is to be seen as the preferred solution, the deal-makers need to look at a few issues like handling decaying wiring infrastructure, the possibility of sub-loop DSL setups or “cluster-specific” DSL-enabled telephone exchanges and the the use of sub-loop VDSL2 for providing next-generation broadband speeds. As well, the plan will also have to support an environment that can change at any moment, whether due to an increased population density; or due to a high-value centre of employment appearing in the area.

What I hope for is that this election can be a real wake-up call to raising the standard of rural broadband access and the ability to put country areas on an equal footing with urban areas as I have said in this statement article.

Next-generation broadband hits the country in the UK again, this time in Cornwall

News articles

thinkbroadband :: Faster broadband comes to Hatt and Higher Pill thanks to Vtesse

From the horse’s mouth

Vtesse Broadband

My comments

Vtesse Broadband have done it again by providing two small communities in Cornwall with next-generation broadband.  The two communities, Hatt and Higher Pill, have been provided with a level of Internet service that would be considered woeful by today’s standards but this could be rectified by the use of fibre-to-the-cabinet technology with a VDSL2 copper sub-loop link to the customer’s door.

One reservation I have always had about any DSL-based copper end-link used in a broadband setup in the country is that the telephone lines between the exchange and the customer would also have been playing a contributory role towards poor-quality service. This could be due to ageing copper infrastructure or wiring setups that aren’t particularly efficient especially if there are clusters of buildings.

What I was mainly pleased about is that a small private company had worked with a small community to provide that community with a real broadband Internet service, especially a next-generation service, rather than waiting for the major telcos to provide the service.

The same article had raised the issue of the UK government reneging on subsidising the fibre backhaul to these services and I would concur with this concept because if a government needs to put its resources where its mouth is when it comes to providing rural communities with decent-standard reliable broadband.

These small broadband setups that cover rural towns in the UK are something that needs to be watched by all of the major parties contesting the Australian Federal Election and by the party who wins the election and holds government because they can be an example of how rural communities have “gotten off their backside” to provide city-grade broadband Internet.