Back in February, voters in Estes Park, Colorado, enthusiastically reclaimed authority to decide locally on a community fiber network. Now the community is moving ahead by taking a detailed look at deploying a municipal gigabit network.

BizWest reports that a consultant hired to study connectivity in the town of 5,800 recently recommended five possible solutions to the community's poor connectivity problem. The Town Board of Trustees considered a municipal telecommunications utility to be the most promising and passed the issue to city staff for further research.

“Now it’s up to us to thoroughly research the feasibility of the town establishing a broadband service utility, considering our financial and operational abilities and the best interests of the community’s future,” said Mayor Bill Pinkham in a media release.

The Estes Park Light and Power Division give this Rocky Mountain town an advantage because it already has electricity distribution infrastructure, utilty poles, and personnel in place. As part of a regional public power initiative, Estes Park also has fiber connecting it to nearby towns, giving it affordable backhaul to the wider Internet.

The consultant recommended forgoing any television or telephone services to focus on delivering high quality Internet access. The cost of deployment will be approximately $27 - $30 million. With a take rate of 30-40 percent, the community should be able to pay off the investment in 10 - 12 years. 

The National Association of Telecommunications Officers and Advisors (NATOA) recently named the public private partnership (P3) between the City of Westminster, MD and Ting Inc. as 2015’s “Community Broadband Innovative Partnership of the Year.”  NATOA will officially honor the partnership at their Community Broadband Awards ceremony in San Diego this week.  

In a press release NATOA praised the P3 “...for showcasing an entirely new approach in public private partnerships to reach the common goal of bringing next generation fiber broadband to communities while demonstrating the possibility of creative solutions.”  In Ting’s own press release announcing the award, they described their unique arrangement as private partners in Westminster’s initiative aimed at providing their rural community of more than 18,000 people with blazing fast fiber internet service:

“We have agreed to an open access model. For a period of time at launch, Ting will be both the exclusive network operator and the exclusive service provider. After that, while we will maintain the exclusive role of network operator, we will open up the network to competitive service providers. That gives Westminster the dual benefits of stability and competition. They know that the network will be managed competently by one closely managed relationship. They also know that their businesses and residents will benefit from having many providers competing to offer them the best service at the best price.”

Six years after an initial feasibility study was conducted to assess bringing broadband to Renville and Sibley Counties in southeastern Minnesota, members of the RS Fiber Cooperative board were finally able to dust off their shovels for a groundbreaking ceremony on July 9. Although those shovels may have ended up being more symbolic than they were practical, the ceremony marked an important and long-awaited step in the fight to extend broadband to 10 cities and 17 rural townships across the largely agricultural region.

The groundbreaking ceremony marked the start of stage one of a two-stage project that will take five to six years to complete. By the end of 2015, the RS (Renville-Sibley) Fiber Cooperative plans to connect 1,600 homes and businesses with fiber, with 90 percent of its service area covered by high-speed wireless. It hopes to connect another 2,600 homes and businesses by the end of 2016, with the eventual goal of reaching 6,200 potential customers. At the event, Toby Brummer, RS Fiber General Manager, highlighted the importance of broadband Internet to rural development:

This technology is to this generation what rural electric and rural telephone was to generations years ago.

The RS Fiber Cooperative is member-owned and member-driven, led by a Joint Powers Board that formed in 2009. In order to provide FTTH to the rural locations across the two counties, the cooperative partnered with a network operator, Hiawatha Broadband Communications, that already serves 17 communities in southeast Minnesota. RS Fiber will offer residential Internet speeds up to 1 gigabit for $129.95. It will also connect schools, bolster home and farm security systems, and even facilitate high school sports broadcasts and telemedicine initiatives.

In Rio Blanco County, you’re almost more likely to find a dinosaur fossil than a human being. This rural county in northwestern Colorado has about two people for every square mile, but its sparse population is not stopping it from advancing an ambitious open-access broadband initiative. 

More than a year into the rollout of the network plan, Rio Blanco County (RBC) has already succeeded in soliciting $2 million in matched funds from the Colorado Department of Local Affairs (DOLA), contracted a network operator, and secured easements (land-use rights) from the county’s two largest municipalities to begin construction on the FTTx network. The bulk of the funding will come for the County budgeting for the infrastructure.

The network will initially touch every block and ultimately be expanded to deliver a fiber connection to each premise in the two towns. 

Rio Blanco’s network will be a four-tier open access arrangement. The county will own the infrastructure - from the data center to the optical network terminal (ONT) within the home and everything in between. A private company, Colorado.Fiber.Community, will operate the network. And a combination of independent middle-mile Internet service providers and last-mile value-added resalers will offer services directly to residents. 

For Rio Blanco County IT Director, Blake Mobley, this arrangement is what makes Rio Blanco County’s initiative both unique and feasible. Mobley gave a presentation at the MountainConnect conference in Vail, Colorado, where he spoke about the challenges and the early successes of Rio Blanco County community broadband network. Because the network is open-access, he said, the county can focus on what it does best - laying the groundwork and setting larger policy objectives, not taking the mantle of Internet service provider: 

We look at this just like a county building county roads. You build those roads out. You as a county aren’t anticipating a large return on that investment from those roads up front. It’s the utilization of those roads that builds an economy that’s going to be to your benefit.

We have covered the small Idaho city of Ammon before, but the people there always seem to be innovating. A few weeks ago, the city took first place with an ultra-high speed app in a National Institute of Justice competition. That utlra-high speed came from the city’s fiber network built for municipal buildings several years ago. The network has since expanded to connect the schools and some businesses.

Now, residents of Ammon might also get to experience high speed Internet. The city is conducting a survey, called Get Fiber Now, to determine interest in building a unique open access network. The first area with a 70% take rate will have 300 homes added to the network.

Ammon's technology director Bruce Patterson has a plan to make this unlike any other open access networks in the world. The fiber will be partitioned to have multiple services (such as telephone and television) on one strand. Our Christopher Mitchell has called the idea "open access on steroids” and the "best shot at demonstrating what can be done as far as innovation on an open network.” Patterson now has a pilot project of about seven homes connected to the experimental network with symmetrical speed of 1Gbps.

The city intends to have the plans for the open access FTTH network finalized for this next spring and is looking at a 20- to 30- year bond to cover the costs.

Local news coverage has the rest:

Santa Cruz, California, and its 62,000 people with poor Internet connectivity near Silicon Valley, could be one of the larger municipalities to develop a citywide fiber network. The Santa Cruz Fiber project, which was announced on June 24, 2015, would be an open-access public private partnership (PPP) with the city constructing the network and a private company, Cruzio, serving as network operator. The plans are preliminary, but the announcement highlighted the project’s emphasis on local ownership: 

“A locally-owned, next-generation broadband network operated openly and independently and built for Santa Cruz, [the Santa Cruz Fiber Project] is uniquely tailored to fit the diverse needs of the Santa Cruz community.” 

Cruzio is one of the oldest and largest Internet service providers in California. Completely locally-owned and staffed, Cruzio is rooted in Santa Cruz County. The company’s name perfectly describes it. Cruz- from Santa Cruz and -io from I/O (Input/Output, communication between an information processing system and the rest of the world).  Our Christopher Mitchell is gushing over the name and says: “I seriously love it.”

Fiber is not a new commodity in Santa Cruz. Since 2011, Cruzio has installed fiber in several of its projects, and the fiber has wooed some 30 entrepreneurs and solo practitioners to stay in the downtown area at the Cruzio Works, a co-working space. Last November, Central Coast Broadband Consortium commissioned a study of the fiber networks in Santa Cruz (paid for with a grant from the California Public Utilities commission). They discovered more fiber under the city of Santa Cruz than in any other city in the counties of Santa Cruz, Monterey, and San Benito. Unfortunately much of it belonged to incumbent providers like Comcast and AT&T who are loath to lease dark fiber or make affordable fiber connections available to local businesses and residents. 

The story of how Wilson's municipal fiber network, Greenlight, won over one of its strongest critics illustrates how community networks support and benefit local businesses. Tina Mooring is the Manager of Computer Central in Wilson and was an opponent of the city building a fiber optic network to provide a choice beyond the incumbent cable and DSL companies, both of which were national carriers.

"We were fearful," says Mooring, when asked about her feelings when the City of Wilson first announced its plan to build out a community-wide fiber to the home network. Reselling DSL connections leased from the incumbent telephone company was Computer Central's bread and butter. "We repaired computers and we resold DSL...and we were supposed to take a ‘leap of faith' that the City did not want to put us out of business." Mooring was outspoken in her belief that Wilson was taking the wrong step.

But after a few years passed by, Mooring's feelings about the municipal broadband network changed. Because of Greenlight, Tina's company found new opportunities in offering new services with the greatly enhanced connectivity. In going to conferences and speaking with her clients, she was repeatedly asked if Computer Central could offer services she did not know existed: large data backup services, cloud services, and disaster recovery. Full document and file image backups meant accessing the kind of bandwidth, particularly upstream, that just was not available in the community from the slower cable and DSL connections. Greenlight gave her business plenty of new opportunities:

"I'd say our revenues have increased from 30 and 100 percent over last year's" because of Greenlight's next-generation connections. Computer Central's clients access the upstream and downstream gigabit symmetrical capacity that Greenlight offers throughout the community and her company supplies the value added services on top of that internet pipe: data backup services, various hosting and managed services, security and disaster recovery. Mooring has switched 23 customers in Wilson County to Greenlight because these private sector businesses wanted the hosting and data disaster recovery services they otherwise could not access.

On July 21, the City Council of Sun Prairie, Wisconsin passed a resolution to fund construction on a segment of what could become a citywide, high-speed fiber optic project. Construction will take place in the city’s Smith’s Crossing subdivision, parts of Main Street, and the Tax Increment Finance (TIF) District 9/St. Mary’s development area. It is slated to begin in early September and last through December 1, weather permitting, and will cost an estimated $640,000.

The mayor of Sun Prairie, Paul Esser, believes that going through with this project is the correct move for the City. He was recently quoted in the Sun Prairie Star: 

Moving ahead with the pilot project in Smith’s Crossing is the right way to go. I believe that as an early adopter of this technology we will have an economic development advantage which will attract companies that require this broad bandwidth.

The fiber-to-the-premises (FTTP) construction at Smith’s Crossing is seen as a testing ground for a larger FTTP network construction that would extend 200 miles of fiber and have the potential to connect all of the city’s homes and businesses. Currently Sun Prairie has about 30 miles of fiber. If Sun Prairie can successfully build out this citywide network - costing an estimated $26.7 million for the whole city - it could rival that of Reedsburg, Wisconsin, which began construction on its fiber-to-the-home network in 2003. Reedsburg has seen numerous economic development benefits and has created a considerable amount of community savings from lower prices.

The city of Sun Prairie initially invested in fiber optic technologies in 1999. In that year, the City built a fiber ring for the school system. Rick Wicklund, the manager of Sun Prairie Utilities, estimates the fiber ring will save the school $2 million by 2019. The fiber also runs to about 28 businesses and more than 130 Multiple Dwelling Units (MDUs), according to Wicklund. Now, Sun Prairie Utilities is looking towards residential markets. 

As Westminster begins serving customers with its new FTTH network and partner Ting, we were curious how many communities are there where a residential subscriber can obtain affordable gigabit access? We estimate the number of networks, large or small, where a majority of residents in a community can obtain gigabit service for $100 or less to be 12. Westminster will be there in a few years.

Update: Russellville, Kentucky; Salisbury, North Carolina; and Wilson, North Carolina, also offer a gigabit, bringing the total number of citywide gigabit networks to 16. On September 1, we added another network that we previously overlooked - CSpire in Quitman and Flora, Mississippi (and soon others).

Municipal citywide, sub $100 gigabit providers:

• Leverett, Massachusetts
• North Kansas City, Missouri
• Chattanooga, Tennessee
• Tullahoma, Tennessee
• Sandy, Oregon
• UTOPIA Cities, Utah
• Russellville, Kentucky
• Salisbury, North Carolina (Fibrant)
• Wilson, North Carolina (Greenlight)

We included municipal networks, cooperatives, and privately owned companies. When considering networks that cover multiple jurisdictions in a single area, we counted it as one (thus Google counts as 1 in KC, Chattanooga is 1 in TN). And we were looking for gigabit networks - not just gigabit download. While we prefer to see symmetrical connections, we accepted 500 Mbps up for our threshold.