Last week I had the good fortune of spending 24 hours in Chattanooga to get a better sense of what the community is doing with their impressive broadband network, EPBFi. It was pretty amazing, especially for an outdoorsy-kinda-guy like me. Chattanooga has an impressive air about it, a place on the up-swing.

I'll be writing more about my observations in the coming weeks (my schedule from last week to next week is jam-packed) but I wanted to note that Chattanooga looks to be one incredible place to be in coming years. They offer the fastest broadband in the nation at prices competitive to Comcast (which is to say, they cost a tiny bit more for a ton bigger, better, and faster service).

The Chattanoogan Hotel, where I stayed, was fed by community fiber and it was the best hotel broadband I have ever used.

The city is committed not just to offering top-notch broadband, but working with people in the community that want to do interesting things. In fact, they are more or less courting people who want to do interesting things. So many communities focus entirely on the need to build the network… not all appreciate the challenges of fully leveraging such a network.

When a community has arguably the best network available in the country, they want to let people know. Especially people who want to design the next-generation applications that will take advantage of everyone having extremely fast connectivity. They have plenty of space for co-location and still more room for expansion (they are as professional as you get in this regard).

But the reason for this post was a reminder in a local story, "Fiber-optic workers take to the woods." Chattanooga is only 25% of the Electric Power Board's footprint, but everyone served by EPB will have access to the same incredible broadband speeds.

Unlike big companies who only roll out services where profits are guaranteed, EPB contends it never considered only serving areas that would be profitable. I asked several times, noting that I frequently see comments from some that people who live in rural areas made a choice and they should simply have to pay more or not be connected as a consequence.

Local leaders reject that approach -- a fitting legacy in a state that was famously electrified by one of the most successful...

The East Central Vermont Fiber Network is launching a pilot project to start connecting rural customers with a FTTH network. EC Fiber has long labored to find funding -- it was one of many projects to see funding avenues disappear with the economic collapse following the fall of Lehman Brothers. The Feds also failed to fund them (instead opting to fund middle mile after middle mile of projects that were less offensive to powerful incumbent companies.

But they have returned to the private markets and feel sufficiently confident about financing options to build this pilot project.

The pilot project will provide a solid foundation for the capital lease used to build out the rest of the network, providing 100% coverage in 23 towns in East Central Vermont. While the intent of the project is to prove that the larger project is viable, according to Nulty, “it will be able to stand on its own if we don’t raise another dime of capital.”

The project is expected to cost some $80 million in total to cover the 23 participating towns. ECFiber has already obtained the necessary permissions from the State to offer video and telecommunications services. The Pilot Project targets the town of Bethel, where the central hub for the entire network is located.

ECFiber is one of many groups that are using a nonprofit ownership model to build the network. The towns work together to create a nonprofit that will finance, own, and operate the network to ensure community needs are put before profits -- now and in the future.

Update: The pilot project will only offer broadband and phone services due to the high fixed cost of trying to offer video services for such a small population.

A recent article discussing testimony from the President of the industry trade group, National Cable & Telecommunications Association (NCTA) reminded me once again that Congress and the FCC have utterly given up on true broadband competition for millions of of Americans.

As with the broadband stimulus funds being handed out by the Commerce Department, NCTA is concerned that the USF money not go to overbuild its members. "It would be a poor use of scarce government resources to subsidize a broadband competitor in communities--including many small, rural communities -where cable operators have invested risk capital to deploy broadband services," McSlarrow says.

This seems like a common sense argument. Why would we want to subsidize broadband for those who already have a single option (underserved) when others have no choice at all (unserved)? Unfortunately, building networks to solve the problem of the unserved is all but impossible without simultaneously serving some who are underserved. This is because the unserved are often in areas so remote and expensive to serve, there is no sustainable business model to serve only them.

So the idea that we could somehow only target the unserved with networks is extremely suspect. Unless we want to endlessly subsidize networks in these areas (which companies like Qwest emphatically want because they would likely collect those subsides endlessly), we need to encourage sustainable networks that reach across those already served, underserved, and unserved.

He added that it also might discourage the incumbent from continuing to risk that capital. "Government subsidies for one competitor in markets already served by broadband also might discourage the existing provider from making continued investments in its network facilities.

I certainly respect this argument up to a point. But when it comes to essential infrastructure, we know that most existing providers (particularly absentee-owned massive companies) are delaying investments in network facilities anyway because the lack of true competition allows them to delay making the investments more common in our international peers (where true competition exists, often as a result of smarter government policies than we can muster here). The principle of self-...

While researching the Wired West Network in rural Massachusetts, I learned about another community broadband network. The little town of Warwick built a wireless network for itself; the story behind it gives a glimpse into the ways that the federal approach to broadband really fails small communities.

Miryam Ehrlick Williamson described their motivations and experiences. In 2008, after considering their options, they voted to borrow $40,000 in a town meeting (Warrick has 750 people) to build a simple wireless system that would be far superior to the existing options of dial-up and satellite (neither of which are a service that could properly be termed broadband). State and federal programs ostensibly meant to help towns in this position do little good:

We know about a USDA program meant to bring broadband to rural America. Our information is that most of the money has gone to suburban communities in Texas, and we don’t have a professional grant administrator to chase down any money that might be left.

We’re aware that the Massachusetts governor just signed a $40 million act establishing the Massachusetts Broadband Institute, to figure out how to bring broadband to unserved and underserved towns. We’re also aware that the money will go to vendors to develop regional systems and we don’t have the patience to wait the two or three years it will take for anyone to get around to thinking about maybe serving us.

Ultimately, the City was able to lend itself the money:

As it has turned out, we didn’t need to borrow — town financial officers found the funds without going to the bank for them. We got the necessary permits from the owners of two towers here, bought the equipment, got a couple of people trained to install the equipment, and turned on our first customers in March, 2009.

Between a local mountain and available cell tower, the topology apparently fits a fixed-wireless approach (at least for a significant part of the population). Nonetheless, they were well aware that the system would not have the reliability of robust wired networks - but occasional interference was vastly preferable to the status quo.

The plan expected to break even with as few as 15 households, but they have...