Another rural communications cooperative is upgrading its current system to a Fiber-to-the-Home (FTTH) network. South Central Communications (SCC), is in the process of deploying fiber to all of its 23 member communities in Utah and the few it serves just across the Arizonia border. The cooperative started as South Central Utah Telephone Association in 1953.

An Investment For Today And Tomorrow

Construction began in 2015 and should be completed by the end of 2016, reports the Southern Utah News. Kanab, population 4,300, is the first community to receive the upgrade from the coop's DSL network to the new fiber infrastructure. All of Kanabs schools, municipal facilities, libraries, homes, and businesses will connect to the network, SCC President and CEO Michael East told the News:

“We are making this investment because we believe it will contribute to the economic vitality of our community and allow us to serve this great place we call home with the best communications network available today.”

During the initial build, connections to the new fiber will be free of charge. If customers pass on the offer the first time around decide to connect later, they will be charged an installation fee. FTTH connectivity typically increases home values, so even if customers decide to pass on taking fiber service, there is no down side to connecting to the network.

FTTH Internet access from SCC is available in 5 Megabits per second (Mbps), 15 Mbps, or 50 Mbps for $34.95, $54.95, and $64.95 per month respectively. Gigabit per second (Gbps) access is available for $89.95 per month.

It's About More Than Profit

SCC is one of an increasing number of rural cooperatives offering fast, affordable, reliable connectivity to communities where big corporate providers don't invest. Publicly owned networks, like cooperatives owned by the people who use them, have an interest in the well-being of the community, rather than only in extracting profit from subscribers. 

Davenport, Iowa, is more committed than ever to bringing Fiber-to-the-Home (FTTH) to its residents and businesses.

At a January City Council public work session, current members detailed the city's plans for new members. Alderman Bill Boom noted that the community already has approximately 100 miles of fiber in place and by serving its own telecommunications needs, Davenport has saved $600,000 per year.

Connectivity As It Is Davenport

In January 2015, Davenport received the results of a feasibility study that documented lack of redundancy, inconsistent distribution of fiber, and complaints from businesses about speeds and costs. Incumbents are just not keeping pace with Internet access needs of Davenport's small business growth or the residential demand. Education and healthcare were two other areas where a fiber network could offer a long list of benefits to the community. The school district uses multiple providers because reliability is such a common issue.

People who live in Davenport also want better connectivity:

Residents, like retired University of Iowa Professor and resident of Davenport, Ezra Sidran also weighed in, saying they support a broadband infrastructure increase..

“I’m just for this, I don’t know the details all I can say [is] fiber optics are where it’s at,” Sidran said.

A Changing Community

Davenport, population 102,000, is part of the "Quad Cities" metropolitan area. The region includes four counties in northwest Illinois and southeastern Iowa and also encompasses Bettendorf, Iowa, and Rock Island, Moline, and East Moline in Illinois. The population of the entire area is approximately 384,000. 

In the 1970s and 1980s, the region endured some difficult economic times as the community shifted from agriculture and related manufacturing. International Harvester, John Deere, and Caterpillar factories all closed; the community has had to attract other employers. Hy-Vee, Tyson Fresh Meats, and Genesis Health System, are only a few of the major job located in the Quad Cities today.

Looking For A Partner

Some of us remember it - not so fondly - as a discarded relic of an early era of the Internet. But it’s not a relic for people in some parts of rural Tennessee: the awful sound of a dial-up modem.

There are approximately 28,000 people living in the county and as Marion County Mayor David Jackson tells it, he knows residents with no Internet access at all. Some of Marion County residents with nothing better than dial-up can actually look across the Tennessee River and see buildings and houses served by Chattanooga's EPB’s gigabit Fiber-to-the-Home (FTTH) network.

Given this stark contrast, it’s no wonder the push is intensifying for more access to publicly owned Internet networks in Tennessee.

Marion County Wants Local Authority

Elected officials from the Marion County Commission and the town of Kimball are the latest communities to vote on resolutions asking state leaders to change Tennessee’s state anti-muni law. The legal barrier prevents existing municipal utilities from expanding their fiber network footprints to provide telecommunications services to neighboring communities. 

In fact, city leaders in every Marion county municipality have plans to vote on their own resolutions asking the same thing: give us the local authority to decide for ourselves.

While the U.S. Court of Appeals considers whether or not to reverse the FCC decision to roll back the state barrier, communities are calling on the legislature to solve the problem by restoring local authority.

As Communities Succeed, the Municipal Fiber Movement Grows

These communities hope that changing the law will enable Chattanooga to extend its much celebrated EPB network to serve the people of Kimball and other communities in Marion County. The efforts come in the wake of similar requests out of Bradley County.

For more than a decade, the people of Bristol, Virginia have enjoyed what most of us can only dream about - fast affordable, reliable, connectivity.  In recent days, we learned that Bristol Virginia Utilities Authority (BVU) has entered into a deal to sell its OptiNet triple-play fiber network to a private provider. The deal is contingent on approval by several entities.

As we dig deeper into the situation, we understand that troubles in southwestern Virginia and Bristol have led to this decision. Nevertheless, we urge the Bristol community to weigh the long-term consequences before they sacrifice OptiNet. Once you give up control, you won’t get it back.

"...A Few Bad Apples..."

If the people of Bristol surrender this valuable public asset to the private market, they run the risk of undoing 15 years of great work. None of this is a commentary on the private provider, Sunset Digital Communications, which may be a wonderful company. The problem is that Sunset will be making the decisions in the future, not the community. 

OptiNet has helped the community retain and create jobs, attracting and retaining more than 1,220 well-paying positions from Northrup Grumman, CGI, DirecTV, and Alpha Natural Resources. Businesses have cut Internet access and telecommunications costs. Officials estimate around $50 million in new private investment and $36 million in new annual payroll have come to the community since the development of OptiNet. The network allowed public schools to drastically reduce telecommunications expenses and introduce gigabit capacity long before such speeds were the goal among educators.

Schools and local government saved approximately $1 million from 2003 - 2008. Subscribers have saved considerably as well, which explains OptiNet's high take rate of over 70 percent. Incumbent telephone provider Sprint (now CenturyLink) charged phone rates 25 percent higher than OptiNet in 2003. The benefits are too numerous to mention in one short story.

Electric coops empowered communities during rural electrification in the 1930s, connecting people to power grids. Now electric coops have the opportunity again to empower communities through affordable, high-speed connectivity. In Colorado, the Delta-Montrose Electric Association (DMEA) is moving forward with a pilot project for a Fiber-to-the-Home (FTTH) network.

Unanimous Decision for Fiber

In late December 2015, the DMEA Board of Directors gave the green light to start the pilot project. The move to provide connectivity comes as no surprise. DMEA considered providing middle mile connectivity for a long while before coming to the decision to instead deploy FTTH. If the coop had chosen to develop the middle mile network, they would not have connected members’ homes, but instead would have built infrastructure connecting to the larger Internet. 

Many projects funded with American Recovery and Reinvestment Act (ARRA) stimulus funds were built as middle mile networks. At the time, policy makers theorized that middle mile projects would encourage private sector last mile providers to complete the link to subscribers. Over time, this theory has proven too optimistic. Municipalities and smaller private providers are connecting to middle mile networks in some places, but the large scale build out expected from big name providers is just not happening.

For DMEA, FTTH is their solution: building a larger network and taking the fiber directly to members’ homes. Virginia Harman, DMEA spokesperson, described the decision to do FTTH as a reaction to member demand. In a recent survey, members highlighted the importance of high-speed Internet access for their homes. The goal now is to build the network in a sustainable way.

Phased Approach to Connectivity

The town of Mount Washington, Massachusetts, has successfully streamlined its ability to invest in a municipal Fiber-to-the-Home (FTTH) network.

On January 22nd, Governor Charlie Baker signed a home-rule bill specifically granting the tiny town of 124 residents a special authority:

"Notwithstanding any general or special law to the contrary, the town of Mount Washington may own, operate, maintain, manage or hire others to do so on its behalf, and to take any reasonable action necessary to establish and operate broadband high speed internet infrastructure and services without the establishment of a municipal light plant."

Another Underserved Rural Town

Mount Washington is located in the southwest corner of the state; much of the community is covered by the Mount Washington State Forest and Mount Everett State Reservation. Large incumbents do not feel investment in fast, affordable, reliable network infrastructure would pay off. Due to a small population, the Taconic Mountains, and thickly wooded geography, any return on investment will take longer in Mount Washington than in urban areas.

Brian Tobin from the town's Select Board told WAMC:

“The town of Mount Washington is about as underserved as you can get in terms of broadband,” Tobin said. “Some people have long-distance wifi and others have satellite internet, but neither of those are satisfactory and it’s certainly not a 21st century solution to having reliable broadband.”

The community recognized that if they want 21st century connectivity they would have to build a municipal network.

Not Sold On Wired West

Many other communities in western Massachusetts have committed to joining the Wired West Cooperative, which requires member towns to establish a Municipal Light Plant (MLP). The MLP is a state-required municipal entity responsible for the administration of a municipal network. Wired West officials describe it as a "cooperative of MLPs."

Last fall, Owensboro, Kentucky, began constructing its pilot program to bring Fiber-to-the-Home (FTTH) to a limited number of residents. Construction is complete and now the municipal utility is serving subscribers, much to the delight of folks in the city's Town & County neighborhood. There are 570 households and approximately 1,500 people living in the pilot area.

As of late January, 80 households had signed up for service with 15 now being served at a rated of about eight installations completed every week. Chris Poynter, superintendent of Owensboro Municipal Utilities (OMU) telecommunications division reported to the Board that feedback has been positive and that customers have been "…very happy with their speeds and the installation process."

All speeds are symmetrical - just as fast on the upload as the download - and there is a $49.99 installation fee. OMU offers three tiers: 

• 50 Megabits per second (Mbps) for $49.99
• 100 Mbps for $69.99
• 1 Gigabit per second (Gbps) for $99.99

OMU installed fiber thought the city in 1997 and two years later began offering high-speed Internet access and other telecommunications services to local businesses. OMU's goal is to serve a minimum of 20 percent of the households in the pilot area and if all goes well, the community will consider a city-wide project. 

Home to about 58,000, Owensboro sits across the river from Ohio. The city is the county seat and center of a metropolitan area of about 116,000 people. OMU also offers electricity and water services.

The East-Central Vermont Community Fiber-Optic Network (EC Fiber) recently announced plans to increase speeds across tiers with no increase in prices.

Changes will look like this:

• "Basic" will increase from 7 to 10 Megabits per second (Mbps)
• "Standard" will increase from 20 to 25 Mbps
• "Ultra" will double from 50 to 100
• The new "Wicked" plan will increase from 100 to 500 AND will include a price decrease. (Current subscribers to the Wicked tier who pay for 400 Mbps will also get the bump up to 500 Mbps and the price decrease.)

All speeds from EC Fiber are symmetrical so both download and upload are equally fast.

Self-Funded at the Start

Twenty-four communities in Vermont make up the consortium which began in 2009. The towns joined forces to deploy a regional Fiber-to-the-Home (FTTH) network when large corporate incumbent providers chose to invest elsewhere. Slow DSL was the best option in the area and local residents, businesses, and local institutions needed better connectivity.

Individual investors funded the initial network buildout but last year a new Vermont law took affect that allows towns to create "communications union districts." EC Fiber now functions under such a governance structure and organization officials expect to more easily attract larger investors and borrow at lower interest rates. EC Fiber hopes to answer requests to expand beyond its 24 member towns.

Characteristic Altruism

Increasing speeds with little or no rate increases is typical of publicly owned network communities. Tullahoma's LightTUBe, Chattanooga's EPB Fiber, and Lafayette's LUS Fiber have done it, often with little or no fanfare.

In Traverse City, Michigan, big plans are underway. The local electric utility is considering constructing a Fiber-to-the-Home (FTTH) network for next-generation high-speed Internet access.

About 10,000 people call the "Cherry Capital of the World" home. The area primarily relies on tourism and high-speed Internet access can help diversify the local economy. At the moment, Traverse City Light & Power (TCLP) is holding planning meetings with community stakeholders to discuss how to build a network to meet the needs of the community.

An Opportunity for Connectivity

The city has been mulling over the possibility of general connectivity for a while - especially citywide Wi-Fi. In 2007, TCLP had just finished installing fiber optic cables to connect electrical substations. They leased some lines to large nonprofit institutions, such as school systems and health facilities, but they still had spare capacity. TCLP realized that they had the potential to expand to residents.

They partnered with the Downtown Development Authority to create a downtown Wi-Fi zone in 2014. The zone automated parking meters and connected tourists, but the Wi-Fi's technological limitations, such as signal strength, soon became apparent. TCLP concluded that citywide Wi-Fi would not be the best option for Traverse City.

Now community leaders are considering using existing fiber, which is already planted throughout the community. TCLP, city and county officials, and other stakeholders have discussed how to develop fiber assets for a FTTH network. The city has several options: a phased approach (connecting the city section by section), a pre-subscriber approach (connecting neighborhoods where people pre-subscribe in great number), an incremental build (slow and steady), or an immediate citywide build (all at once). They also still have to figure out exactly how to cover the costs. 

Economic Development and Community Vitality

Community leaders in St. Louis Park, Minnesota, are taking advantage of growth in apartment and condominium developments to "till the soil" for better residential connectivity. One of the smartest things a community can do to improve connectivity is prepare an environment that encourages high-speed connectivity infrastructure investment. As developers erect new buildings, the city is working with them to develop internal wiring standards and conduit installation standards for high-quality Internet access within and to their buildings.

Developers Understand The Value

The city of approximately 45,000, located immediately west of Minneapolis has not adopted any formal building code language, but has negotiated broadband readiness specifications with several new multi-dwelling unit building developers. Savvy developers realize that high-speed connectivity is now a basic utility that tenants demand.

Loma Linda, California, implemented a similar approach when it passed an ordinance concerning wiring codes for its Connected Communities Program in 2004. New development and remodels that involve more than 50 percent of the structure must include internal Fiber-to-the-Home (FTTH) wiring. Developers, recognizing the increase in value of properties wired for FTTH, have embraced the practice.

A Goal to Better the Community

The effort is St. Louis Park's intention to turn the city into a "technology connected community," and is part of St. Louis Park City Council Goals & Priorities. The city and the developer begin with basic language and the parties make changes to accommodate the unique needs of each development:

Broadband Readiness

Redeveloper shall install at its cost dedicated wired connections from each building’s telecommunications point of presence to each internal wiring closet, thence to each living and working unit. Each living and working unit shall have a minimum of two (2) connections, each capable of supporting at minimum a one-gigabit connection.