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Community Broadband Bits 9 - Leslie Nulty with ECFiber in Vermont

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The ninth episode of the Community Broadband Bits podcast features Leslie Nulty, from the East Central Vermont Fiber Optic Network, commonly called ECFiber. ECFiber is using a unique financing arrangement, wherein debt is sold to those in the community as the network slowly expands. They have already raised over $1 million dollars and are providing services in three towns. The network is ultimately owned by the 23 towns that joined together to form the initiative. Leslie explains the history behind the network, the financing approach, and some lessons for others who want to duplicate it. Leslie has also just appeared on Gigabit Nation along with her husband, Tim Nulty, to discuss their approach. We want your feedback and suggestions for the show - please e-mail us or leave a comment below. Also, feel free to suggest other guests, topics, or questions you want us to address. This show is 25 minutes long and can be played below on this page or subscribe via iTunes or via the tool of your choice using this feed. Search for us in iTunes and leave a positive comment! Listen to previous episodes here. You can download the Mp3 file directly from here. Read the transcript of this episode here. Find more episodes in our podcast index. Thanks to Fit and the Conniptions for the music, licensed using Creative Commons.
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Television Ad Revenue for Small Networks

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When communities are trying to figure out how to pay for networks, they sometimes fail to explore some logical places. A recent article on Telecompetitor gives us an estimate for revenues from inserting ads in cable television programming.
Before the economic downturn, a typical small video service provider could expect between $1.25 and $2.00 a month per subscriber in ad revenues, noted Walter P. Staniszewski, president of Prime Media Productions – a company that sells advertising for small video service provider clients. Since the downturn, the numbers are more like $1.00 to $1.50.
The article focuses on the windfall cable operators are seeing due to all the money being spent by big-money interests in anticipation of the election in November. However, the smallest networks may not want to commit to ad-insertion until they are reaching thousands of homes, according to the Telecompetitor source:
“If you study the cable industry, even the big guys didn’t have their own sales force until they developed some real scale,” said Staniszewski. He cautioned operators with systems with fewer than 5,000 or 6,000 subscribers against hiring their own sales force.
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The Economics of the Google Gigabit

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In the excitement around Google's unveiling of the $70 gigabit broadband connection in Kansas City, some may be wondering how it is that Google can offer a gigabit for moderately more than what most of us pay for far slower cable broadband connections. On one side of the equation is the fact that big cable companies (Time Warner Cable, Comcast, etc.) have long been ripping off consumers by pricing their services far above cost -- something they can easily do because they face so little competition. But the more interesting side of the equation is how Google can make its gigabit price so low. Recall that Chattanooga made major waves with its gigabit service, priced then at the rock-bottom rate of $350/month. A gigabit is not available in many communities and where it is available, the price is often over $10,000 per month. We published an in-depth case study of their approach a few months ago. But, as Milo Medin -- the head of the Google Fiber project -- is fond of saying, "No one moves bits cheaper than Google." Google has built an incredible worldwide fiber optic network. Let's call this lessons 1 and 2.
Lesson 1: Google built its own network. It isn't leasing connections or services from big telecommunications companies. Building your own network gives you more control -- both of technology and pricing. Lesson 2: Google uses fiber-optics. These connections are reliable and have the highest capacity of any communications medium. The homes in Kansas City are connected via fiber whereas Time Warner Cable, CenturyLink, and others continue to rely on last-generation technologies because they are delaying investment in modern technology to boost their profits.
EPB Installs Fiber Cables in Chattanooga Others have already followed these lessons but are not able to offer their gig for such a low prices. To understand why, let's start with some basics. I'm hypothetically starting Anytown Fiber Net in my neighborhood and I want to offer a gig.
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Paragould Sets An Example for Another Arkansas Town

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Recently, we let you know about the situation in Siloam Springs, Arkansas, population 15,039. The town is now investigating the possibility of building their own fiber network. They have had several community meetings and a "vote of the people" is set for May 22, 2012.

Pamela Hill is investigating the twists and turrns in a series of articles about the vote. In one of her articles, Hill looked into another Arkansas community, Paragould, home of the annual "Loose Caboose" Festival.  This community, located in the northeast corner of the state, has successfully operated their own cable network since 1991. Unlike Siloam Springs, the people of Paragould weren't focused first on generating new revenue for the local government, they just wanted to be able to watch tv for a reasonable price.

Back in 1986, Cablevision was the only provider in Paragould. Hill spoke with Rhonda Davis, CFO of Paragould Light, Water & Cable:

"The public wasn’t happy with Cablevision’s service or rates,” Davis said. “We took it to a public vote and did it.”

Prior to Paragould's decision to build their own network, the City had a nonexclusive franchise agreement with Cablevision. The town was dissatisfied by the service they received and, in 1986, Paragould voters approved an ordinance authorizing the Paragould Light and Water to construct and operate a municipal cable system. Three years later, there was a referendum that authorized the city to issue a little over $3 million in municipal bonds to finance the system.

That same month, Cablevision filed suit alleging antitrust violations, breach of contract, and infringement of first and fourteenth amendment rights. The district court dismissed the antitrust and constitutional claims and Cablevision appealed unsuccessfully. The case attracted attention from lawyers and business scholars across the country.

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How Chattanooga, Bristol, and Lafayette Built the Best Broadband in America

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We are thrilled to finally unveil our latest white paper: Broadband At the Speed of Light: How Three Communities Built Next-Generation Networks. This report was a joint effort of the Institute for Local Self-Reliance and the Benton Foundation. We have chronicled how Bristol's BVU Authority, Chattanooga's EPB, and Lafayette's LUS built some of the most impressive broadband networks in the nation. The paper presents three case studies and then draws lessons from their common experiences to offer advice to other communities. Here is the press release: The fastest networks in the nation are built by local governments, a new report by the Institute for Local Self-Reliance and Benton Foundation reveals Chattanooga, Tennessee, is well known for being the first community with citywide access to a “gig,” or the fastest residential connections to the Internet available nationally. Less known are Bristol, Virginia, and Lafayette, Louisiana – both of which now also offer a gigabit throughout the community. A new report just released by the Institute for Local Self-Reliance (ILSR) and the Benton Foundation explains how these communities have built some of the best broadband networks in the nation. Broadband At the Speed of Light: How Three Communities Built Next-Generation Networks is available here. “It may surprise people that these cities in Virginia, Tennessee, and Louisiana have faster and lower cost access to the Internet than anyone in San Francisco, Seattle, or any other major city,” says Christopher Mitchell, Director of ILSR’s Telecommunications as Commons Initiative. “These publicly owned networks have each created hundreds of jobs and saved millions of dollars.” “Communities need 21st century telecommunications infrastructure to compete in the global economy,” said Charles Benton, Chairman & CEO of the Benton Foundation. “Hopefully, this report will resonate with local government officials across the country.” Mitchell is a national expert on community broadband networks and was recently named a “Top 25 Doer, Dreamer, and Driver” by Government Technology. He also regularly authors articles at MuniNetworks.org. The new report offers in-depth case studies of BVU Authority’s OptiNet in Bristol, Virginia; EPB Fiber in Chattanooga, Tennessee; and LUS Fiber in Lafayette, Louisiana.
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Arkansas Town Targeted by Cox Prior to Community Broadband Referendum

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Siloam Springs, sporting 15,000 people in the northwestern corner of Arkansas, could be the next community to build its own community fiber network. But first they have to pass a referendum in May in the face of stiff opposition from Cox Cable, which would prefer not to face real competition. For over 100 years, the city has provided its own electricity via its electrical department. Now, it wants to join the more than 150 other communities that have done so. After last year's changes to Arkansas law, Siloam Springs has the authority to move forward if it so chooses. Pamela Hill at the City Wire has covered the situation with a series of stories, starting with an explanation of why they are moving forward:
David Cameron, city administrator, said the proposal is not so much about dissatisfaction with current providers as it is about finding new revenue for the city. Cameron said revenue from electric services has been a key source of funding for various projects and necessities for the city. That “enterprise” fund is getting smaller, Cameron said, and an alternative funding source is needed. “We have done a good job managing accounts, building a reserve,” Cameron said. “We want to keep building on the programs we have. It takes money and funds to do that.” City officials discussed the issue for the last 18 months and decided to put it to a referendum. Voters will decide the issue May 22.
That is a fairly unique reason. Most communities want to build these networks to encourage economic development and other indirect benefits to the community. Given the challenge of building and operating networks, few set a primary goal of boosting city revenue. Map of Siloam Springs
If approved by voters, the city plans to spend $8.3 million to install 100 miles of fiber optic cable directly to homes and businesses. The city should be able to repay the debt in 12 years, if things go according to a feasibility study presented to the city’s board of directors in January.
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Chattanooga Network Hits Milestone, Projected to Pay Off Debt Early

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Chattanooga's EPBFi community fiber network has been one of the most celebrated muni networks in the nation. They were the first to offer a gigabit to anyone in the city and have launched a bounty for geeks that relocate to the "Gig City." They have connected 35,000 subscribers to the network, blowing away their original goal of 26,000 by the third year. They have attracted thousands of new jobs that would not have materialized if they simply accepted the AT&T/Comcast duopoly for their community. The Times Free Press reports:
At the current rate, EPB can shave seven years off the time it will take to pay off its telecom debt, becoming virtually debt-free by 2020 instead of 2027 as projected, Eaves [EPB CFO] said. Even so, the government utility still is spending money to sign up new customers, a process that will increase debt until 2013, Eaves said. The utility has $51 million in total debt so far, but it only needs 30,000 customers to break even on operational costs, Eaves said. "We are currently cash- flow positive from an operations standpoint, but still increasing debt to fund the capital associated with signing up new customers," he said.
As we frequently remind our readers, finances are complicated. Even though the network continues to do very well, its debt will increase for a few more years while it continues rapidly acquiring new subscribers. Each subscriber takes years to pay off the debt of connecting them. Recall that EPB unexpectedly got a Department of Energy stimulus grant to deploy its smart grid much more rapidly than planned for. As the electric division owns much of the fiber fabric, the grant does not impact the finances of the Fiber-Optic division, aside from allowing EPB to roll the network out to more people more rapidly. The changed plan increased their costs and their revenues over the original plan.
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In Minnesota, Rural Fiber to the Farm Project Expands

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A rural Fiber-to-the-Farm project that started in Sibley County has added three new towns to its potential territory due to the extremely high interest in fast, affordable, and reliable connections to the Internet. The current providers aren't getting the job done and few expect that to change given the cost of improving services. An article last year reported on present difficulties for many in Sibley:
Soeffker, who farms with her husband in rural Sibley County, said the dish receiver they must use works fine in good weather but balks during heavy rain and snowstorms. Meantime, her husband struggles with a lagging Internet speed of .6 megabits a second that falls short of meeting his business needs when he’s selling commodities.
The committee organizing the network set a goal for demonstrating the interest of something like 50% of the population in the target area. There has been some confusion as to exactly how many they should have before committing to the project but with just two mass mailings, they have received nearly 3,000 positive responses (of the over 8000 households that could be served). This is a very strong response. To keep the public informed, they have had numerous public meetings in each of the communities that will be involved. To be as open as possible, they would often have three meetings in a town per day -- a morning, afternoon, and evening meeting to accomodate everyone's schedule. As this project moves forward, no one can claim the group has been anything but open with the plan. On January 19, they had a major meeting with over 100 people attending, including many elected officials from the towns. For over two and a half hours, they had five presentations and numerous questions.
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Provo to Write off Some Debt of Struggling iProvo Network

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Provo built a city owned FTTH network after its public power utility started connecting its substations with fiber-optic cables in the early 2000's. iProvo ultimately developed along similar open access lines as UTOPIA, but unlike UTOPIA, Provo did not actually want to operate on a purely wholesale model. iProvo was forced into the wholesale-only model, where the publicly owned network offered wholesale services to independent ISPs that then resold service to residents and businesses. Comcast and Qwest (now CenturyLink) recognized the threat posed by municipalities building next generation networks -- particularly in communities that did not even have full DSL and cable coverage from the giant providers that long delayed upgrades, knowing that subscribers had no other options. Comcast and Qwest went to the state legislature and did what they do best -- bought influence and pushed through laws to essentially prohibit publicly owned networks from offering direct retail services, knowing that the wholesale-only approach had proved a very difficult model to work financially. UTOPIA had long had a vision of making the open access, wholesale-only model work (that proceeded to largely fail, for a variety of reasons -- only to start turning around in recent years) but Provo, with its public power utility, was denied its preferred model of offering services directly. iProvo was built at a cost of $40 million and has operated in the red since, though a number of postive externalities from the network was not included in those calculations. For instance, City Departments had access to much higher capacity connections than were available previously and were not charged for them (a poor practice in our estimation). For more details on iProvo, I recommend a video of a discussion in 2011. At any rate, iProvo was then sortof sold off to a private provider (sort of because the city is still on the hook for the debt) in large part because private providers are not as crippled by state law. Unfortunately, the network has already developed a bad reputation for many (thanks to the state law preventing Provo from being able to ensure a good subscriber experience).
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B4RN Expands Community Broadband in Rural England

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One of our kindred spirits across the pond reached out to me after I wrote about Vermont's self-funded community network. The B4RN initiative, Broadband for the Rural North, has launched using a coop model that will offer 1Gbps connections to everyone in the covered territories. The business plan is available here.
Broadband for the Rural North Ltd has been registered as a Community Benefit Society within the Industrial and Provident Societies Act 1965 (IPS), and is controlled by the Financial Services Authority. Shares will be issued to provide funding for the project and members of the community will be encouraged to subscribe to the share issue. The share issue will comply with the Enterprise Initiative Scheme established by HMRC to encourage individual share holdings in new and developing companies. Under certain circumstances investors could reclaim 30% of the value of shares produced. As a community company, the project will be funded and to a greater extent built by the community for the community. Our ambition is to keep expenditure, where possible, within the community. In addition to purchasing shares, the community will have the opportunity to “purchase” shares in exchange for labour and materials during the project build. The initial share offer will be £2,000,000 of shares with a face value of £1, to be launched in late 2011 and open for 1 year. The project is expected to commence on site in early 2012 and completed by the year end. The initial network will be progressively added to over subsequent years until approximately 15000 properties in adjoining rural parishes are completely connected to the FTTH network.
To keep costs low in their rural areas, B4RN will be taking a non-traditional approach: B4RN image
B4RN will adopt a different approach; we will lay the duct not on the highway but across the farmland on the other side of the wall. Digging a narrow trench and installing a duct within it is dramatically less expensive across private farmland than along the highway.
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