Volunteers in Shutesbury will fan out this weekend to perform a "pole inventory blitz" reports the GazetteNet.com. The town of approximately 1,800 people sits near Leverett and faces many of the same difficulties with connectivity. 

Shutesbury and Leverett were working together a few years ago hoping to develop a solution to bring infrastructure to both communities. The two communities approached Verizon and Comcast asking for better connectivity, but their requests led to nothing. Eventually, Leverett became frustrated and broke out on their own. They are now deploying their own fiber network.

One of the first steps in determining the feasibility and costs to deploy a fiber network is accurately evaluating assets. Many local communities do not have an up-to-date inventory of utility poles or what entities own those poles. In Lake County, Minnesota, Frontier Communications asserted ownership of utility poles in the town of Two Harbors after fiber had been strung on those poles. Unfortunately, the county's records had not been revisited in some time and Frontier was able to produce records put ownership in question. The project was significantly delayed; planners eventually moved more fiber underground to avoid many of those poles. Pole inventories and due diligence, as in Shutesbury, help avoid delays and unanticipated cost increases. (Read all about Lake County's project in our recent report, All Hands on Deck: Minnesota Local Government Models For Exanding Fiber Internet Access)

encourage the development and widespread use of technological advances in providing video, telecommunications and broadband services at competitive rates; and ensure that video, telecommunications and broadband services are each provided within a consistent, comprehensive and nondiscriminatory federal, state and local government framework.

The Logan Journal recently reported that the Russellville Electric Plant Board (EPB) now offers gigabit service to local businesses. The article notes that Net Index, an online tool to measure download and upload speeds, recognizes EPB as the first Gig city in Kentucky. To learn more about the community and its network, we talked with Robert White, General Manager of EPB.

The community of 7,000 is the county seat of south central's Logan County. Russellville is located in the center of several other larger communities: Nashville, Bowling Green, Hopkinsville, and Clarksville, Tennessee. Manufacturing has been a large part of the local economy for generations, but community leaders recognize the vulnerability of a narrow economic base. In order to encourage a versatile economy, Russellville invested in its telecommunications utility.

The community wants to encourage small business while simultaneously providing manufacturers the connectivity they need. Leadership sees the ability to remain competitive directly tied to their network. In addition to the economic development opportunities a fiber network can provide, communities like Russellville rely on electricity revenue from large consumers. Retaining the large electric consumers that also provide jobs in the community is a must.

Russellville's electric utility created a strong advantage when it was time to venture into telecommunications. EPB had already established a strong relationship with its Russellville customers, says White, and locals felt they could trust their municipal electric provider.

The Rural Broadband Association (NTCA) recently filed a report with the FCC as it examines the role of the Universal Services Fund (USF) in communications. Telecompetitor reports that NTCA filed the report as part of comments on November 7, 2013. The report by Vantage Point telecommunications engineering firm criticizes the argument that satellite is a magic pill for rural broadband availability. You can view a PDF of the report at FCC.gov.

The report lists high latency, capacity limitations, and environmental impacts the three main obstacles that complicate satellite usage. In the Executive Summary, the report goes on to note:

While satellites will continue to provide an important role in global communications, satellites do not have the capacity to replace a significant amount of the fixed wireline broadband in use today nor can they provide high‐quality, low‐latency communications currently available using landline communication systems. While recent advances have increased satellite capacity, the capacity available on an entire satellite is much smaller than that available on a single strand of fiber. 

Telecompetitor speculates that the organization was motivated in part by the potential loss of USF funding to NCTA members. From the article: 

The FCC has previously stated that as it transitions today’s voice-focused Universal Service Fund to focus instead on broadband, it envisions that homes in the areas that are most expensive to serve would receive broadband from a satellite (or possibly broadband wireless) provider. And depending how far the FCC is able to stretch its limited pool of USF dollars, it wouldn’t be surprising for the commission to consider expanding the number of homes targeted for satellite service – a move that eventually could leave some NTCA members without USF funding.

Regardless of the motivation, the fact remains that satellite is a poor replacement for wireline services. Latency, lack of capacity, and environmental factors degrade the quality of the service; data caps degrade its effectiveness. From the report:

Wireless networks have been incredibly successful, from home Wi-Fi networks to the billions of mobile devices in use across the planet. So successful, in fact, that some have come to believe we no longer need wires.

We developed this fact sheet to clarify some misconceptions about what wireless Internet networks are capable of and the importance of fiber optic cables in building better wireless networks as our bandwidth needs continue to increase.

This fact sheet defines important terms, offers some key points clarifying common misconceptions, compares 4G and 3G wireless to wired cable, and more. We also include references to additional resources for those who want to dig deeper.

Download our Wireless Internet 101 Fact Sheet Here [pdf].

If you want updates about stories relating to community Internet networks, we send out one email each week with recent stories we covered here at MuniNetworks.org. Sign up here.

Leverett, Massachusetts' broadband initiative has moved to the next phase in bringing fiber to residents. The town selectboard recently decided on a bidder to build the community owned network. G4S designed the network and also works with the Massachusetts Broadband Institute (MBI) as it brings a middle mile fiber network to towns across the western half of the state [PDF of service area].

An article in The Recorder alerted us to the development. Readers will recall that Leverett townspeople voted to ok a modest property tax increase as a way to help finance the ftth build out. From the article:

Indeed, after years of trying to convince private business to develop and offer high-speed telecommunication service in rural western Massachusetts, Leverett’s first-of-its kind network is being built with the help of a $40 million state bond, $47 million in federal stimulus funding and the town’s willingness to borrow to build infrastructure to attract service.

D’Errico said the cost of the project should be lower than $300 a year per median $278,000 property owner over 20 years.

...

...D’Errico said the $300 annual tax addition for the median value property is likely far lower than what residents are paying for their telephone, satellite dishes and cable service connections, and that having the town own the infrastructure likely means that the service contracts should also be a fraction of what they would cost otherwise.

Before construction can start, utility poles will need to be made ready for placement of the fiber optic cable. While this stage of the prep work is expected to take up to six months, hanging the cable would only take about three months.

VisitMendocino.com sums up this northern California community as a peaceful and serene:

"Mendocino County, where rugged coastline, breathtaking beaches, picturesque villages, majestic redwood forests and America's Greenest Wine Region beckon you to escape to a slower pace."

While the people of Mendocino County love life in the slow lane, they would love a fast lane for the Internet. Mendocino County, known for its wineries, its redwoods, and its greenery is now becoming known for its efforts to develop their own community-owned broadband.

The Mendocino County Broadband Alliance (MCBA) was borne out of a need to fill gigantic gaps in broadband coverage created by the private sector. The geological and rural nature of the area presents an insurmountable challenge to the private cable and telco business models in this spacious county of just under 88,000 residents. While there is still archaic dial-up service, spotty and unreliable satellite access, and a few communities with DSL, the MCBA reports that over half of the population has NO access to broadband.

Community leaders in Mendocino County have contemplated the need for access in their area for some time. What really drove home the urgency of the situation was the 2011 death of Esplanade, Mendocino County's small, local, independent ISP. Carol Brodsky, of the Anderson Valley Advertiser, spoke with MCBA for the story:

When Esplanade, a small, privately owned south-coast Internet service provider closed its doors in 2011, around 400 customers were left in digital darkness, according to Greg Jirak, strategic planning chair for the Mendocino County Broadband Alliance. The resultant issues cascaded and greatly affected the lives of individuals, organizations and businesses.

Jirak goes on to describe other ways Mendocino County has suffered due to the loss of a large part of the scanty Internet coverage they had:

“When Esplanade folded, the Coast Community Library was no longer able to provide public Internet access,” Jirak explains.

ECFiber is using an innovative funding method to extend its network, supported by local citizens who lend funds that enable build-out to local neighborhoods within and across member towns. Citizens who invest as little as $2500 allow ECFiber to reach all households along designated routes. ECFiber determines where it will build by choosing routes that reach the greatest number of unserved businesses and households, which are then connected to ECFiber’s state-of-the-art fiber-optic service.