Exploring the impact of broadband and technology on our lives, our businesses, and our communities.
The Intelligent Community Forum announced their Smart Seven communities for 2010 yesterday.
One of Design Nine's projects, nDanville, was one of the ICF's Smart 21 communities this year, and got a mention for its success in attracting new jobs by building community fiber.
A story in the Financial Times (registration may be required) suggests investments in broadband are peaking. The article is a little misleading, because it suggests that this is a sign of "maturation." Maybe. Maybe not.
Broadband investments are peaking because cable and telephone companies have spent a lot over the past decade upgrading their antiquated copper-based infrastructure, and in their view, there is not a lot left to do. Yes, fiber to the home deployments continue to grow, but large parts of the U.S. have been redlined by the incumbents as "too expensive" for fiber. So most of this investment has been focused on what the FCC calls "little broadband," not "big broadband." Big broadband requires fiber.
Small and medium-sized businesses stuck on DSL are already calling it "tomorrow's dial up" (an exact quote from an angry business person in West Virginia). To attract jobs and businesses, communities will have to make basic broadband infrastructure investments in "big broadband."
A new study by the Phoenix Center indicates that job seekers with access to broadband are more likely to find jobs. The study says it best to have broadband access, but even those still stuck on dial-up do better in their job searches than those with no Internet access at all.
The cost of broadband at home (averaging between $25 and $40 a month) also highlights the importance of libraries and public computing centers for job seekers. If you are out of work, you may have to cut out luxuries like broadband at home, so you need to a place to go to do your online job searches.
Steven Levy has a Wired article that illustrates some of the problems that Google, and by extension, all cellphone users face. The new Google Nexus One can be purchased unlocked and without a cellular contract. You can then (in theory) go to any provider and get a service contract. Except, as Levy points out, even if you paid $500 for your dandy new Nexus One phone, you are not likely to a) find a provider willing to sell you service, and b), if you do find a provider (T-Mobile is the only one so far), you won't get a discount on the service contract.
The only glimmer of hope is that with all the new iPhone imitations coming to market, the increased competition for smartphone customers, who tend to spend more because they buy both voice and data service, has lowered prices a bit. But the lower prices is so far limited to the unlimited contracts, which were already very expensive. The cost of these contracts is coming down by $20 to $30, but are probably still very profitable. When there is real competition, prices can and often do come down. But the cellular business looks a lot like a cartel, with cartel-like pricing.
This is an illustration of why open access networks, with community ownership, are so important. Only by making investments in owning some of the infrastructure do users (local governments, schools, businesses, residents) get some control over the market space. When telecom infrastructure is owned entirely by one company (e.g. phone/DSL, cable TV/cable Internet), the company that owns the infrastructure gets to set the pricing--and rightly so. I don't subscribe to the notion that incumbents are bad. They are making intelligent pricing decisions based on their asset and business models. Communities that want better and more affordable telecom services have to introduce different asset ownership models and different business models. It's not hard or complicated, and many communities are already doing this with excellent results. Call Design Nine (540-951-4400) if you want more information on how to get started.
I have added the Benton Foundation to the blogroll on the right. Benton has been posting some very useful items on community broadband and municipal broadband projects.
Hong Kong Broadband Network Ltd. is offering 100 megabit symmetric connections to its customers for $13/month. Costs are going to be lower for them because most of the customer base is living in high rise apartment buildings, which are less expensive to cable. I don't know about Hong Kong, but in Japan, the building codes require telecom duct to every apartment from the ground floor, meaning it takes under an hour to run fiber to a new customer in a Tokyo apartment. Meanwhile, in the United States, many of us are still getting our broadband via copper cable technology invented in the late 1800s.
Chris Mitchell of the Institute for Local Self-Reliance has an excellent article on municipal and community broadband at Ars Technica. Mitchell discusses some of the positive outcomes from the Lafayette, Louisiana municipal network, where you can get a 50 megabit symmetrical Internet access connection for just $58/month--which would qualify it for the lowest prices in the country. A ten megabit symmetric connection is just $29/month, which is also probably the lowest price in the country for that level of service.
It is the symmetric service that is so important. Many incumbent providers will tout services "up to 50 megabits" without noting that the service is asymmetric, meaning you may have 50 megabits downstream but as little as 2-5 megabits upstream, and that both the upstream and downstream bandwidth gets shared with a bunch of your neighbors (often 25 to 50 of your neighbors).
Why is symmetric bandwidth important? It enables work from home job opportunities and enables running a business from home. The availability of symmetric bandwidth is an economic development and jobs issue. A community that does not have symmetric broadband services is cutting off jobs and business growth.
Finally, while the article highlights the positive impact in Lafayette from the municipal network, it is important to note that there are other business models for muni networks that do not involve getting local government to sell services in direct competition with private providers. The open access, open services model being pursued by local governments in Virginia and Utah are doing extremely well, although you don't hear much about them because there is tremendous pressure from incumbents and lobbyists to not talk about them--they don't want to have to tell legislators there is a "third way" that provides an appropriate role for government but keeps local governments out of direct competition. nDanville, The Wired Road, and Utopia are all doing extremely well.
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