Connecting the rural population

December 14th, 2011 by · 2 Comments

This article was authored by Don Sambandaraksa, and was originally posted on

I spent much of last week sorting out a network and ADSL connection in a small rural Buddhist hilltop monastery in the Northeast of England. Ratanagiri Monaster is located in Harnham, a small hilltop community near Belsay, near Newcastle. This should have been an easy, straightforward job, but the exercise proved that connecting up the rural population is still very much a challenge, in the developed West as well as the developing parts of Asia.

The ADSL connections were a case in point on how the traditional way of selling best effort, means wildly different user experiences depending on how far you are from the exchange. Checking with BT, the post code said we can expect between 1 to 2 Mbps in speed, and this is at the same “best effort” price as someone in town would be paying for 15 to 20 Mbps. That is not a good start. Still, at least the area has ADSL but 1 Mbps is not quite broadband in this day and age.

Worse, it soon was apparent that the connection was extremely flaky. After hours of troubleshooting and removing all other devices, a call to BT confirmed that the exchange had a problem and that it would be fixed by the next working day.

The point is, one wonders how much connection this group of houses at the top of a hill would have cost. There are about four or five homes in the area at best, so one exchange for four to five accounts paying 18 pounds a month hardly makes economic sense. Hence the exchange was situated further away and thus relegated to an estimated 1 Mbps not-quite-broadband experience.

At least the speed was decent and once the new exchange was installed, the raw line speed went up to almost 5 Mbps, much faster than they had predicted, with showing real-world downloads at just short of 2 Mbps.

All of this highlights the broken model of wired internet in rural areas, but the wireless part was not much better.

How about, I suggested, using a 3G connection instead, given the very low speeds and terrible reliability of copper? Well, despite the UK being a first world country, the data speeds on T-Mobile / Orange were quite an eye-opener for all the wrong reasons. Apparently, NE20 0HF does not even have 2.5G EDGE coverage, let alone 3G coverage. With my phone showing a long-forgotten “G” icon on the top right, it was clear that this was 2G GPRS, old-school style.

Much has been said of the need for a cellco to have a 2G network to fall back to, but in this case, it is useful only for voice. The lack of even EDGE speeds made it totally useless for tethering to a laptop and even on a phone apps or web browsing to Facebook required the patience of a saint (which, given that it was a Buddhist monastery complete with meditation hall, was probably a divine hint). The “unlimited” data package that we had was worth naught given the lack of decent speed.

Hutchinson 3 proved more useful. No, there was no indoor coverage at all, but perching the phone precariously on a high window and setting it to hotspot mode yielded just over 1 Mbps on, only slightly less than ADSL, according to the site. Who knows, perhaps with a proper external panel antenna, it would have been faster.

After a few days of fixing up LAN cables, swapping routers and switches and getting some serious hand exercise re-crimping RJ-45 cables, I left Harnham with a realisation that the only model that had the incentive to provide access to this small rural area was by H3G. The company does not have any unlimited package and thus there is an incentive to get people to use more data and to provide faster infrastructure.

T-Mobile provides an unlimited (fair use) package and thus it is in their interests to have people use as little as possible. Hence, providing just GPRS coverage is enough, why provide 3G coverage if it will result in no extra revenue? Outside of London and large cities, EDGE is interesting in its absence with networks either on HSPA 3G or GPRS.

And as for BT’s Openreach copper? Well, they are probably losing money given the sheer lack
of houses in the area, but at least they were committed to their USO targets and fixed the flaky exchange within a day. But at what cost?

Wireless broadband via 4G LTE cannot come soon enough. When the UK issued its 4G trial licences in the Cornwall in the Southwest earlier this year the target was communities just like this, ones that fall through the cracks and lack the economies of scale for copper. BT said that the technology was planned to give the final ten percent of the population coverage with at least 2 Mbps speeds. 2 Mbps is hardly LTE headline-making speed, but given that neither 3’s 21 Mbps HSPA+ network nor the BT copper ADSL actually got to 2 Mbps in real world use, it is a decent goal to aim for.

Yet, in Asia, too many LTE trial networks are launched in capital cities more as a PR stunt rather than trying to solve the problem of the “not-spots” in providing last mile access to the rural population.

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Categories: FTTH · ILECs, PTTs · Wireless

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2 Comments So Far

  • anon says:

    He has his economic reasoning turned exactly upside down. Metered pricing (where users pay x dollars per Mbps) creates an incentive for the vendor to create and permanently maintain a choke point– a slower speed than users would prefer– in order to optimize revenue from the crappy metered service. Prohibiting metered pricing, but allowing higher prices for all-you-can-eat plans gives the carrier the economic incentive to create an attractive product to which users will subscribe. In this scenario, the sweet point, at which revenue is maximized will be determined by users who find the product attractive enough to pay the price. As connectivity becomes necessary, individuals will increasingly need to gain access; to the extent ubiquity is socially valuable, the network build-out cost should be subsidized, like roads, telephones, electricity…

  • mhammett says:

    Are there any WISPs in that part of the UK?

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