In Chanute, the “Hub of Southeast Kansas” named in honor of railroad engineer and aviation pioneer Octave Chanute, the track this small city of approximately 9,100 is on to build its Fiber-to-the-Home (FTTH) network is a long one.

It began back in 1984 when the city’s utility department installed four miles of fiber optic cable to monitor and control its electric grid. The project was almost derailed in 2015 when three new Chanute City Commissioners voted to halt a $16.4 million bond issuance moments after they were sworn into office. City officials also had to contend with AT&T, which offered DSL service in the region. Aiming to stave off competition, the telecom giant petitioned the Kansas Corporation Commission to enforce a 1947 state law that requires permission from the state to issue bonds for utility projects.

Today, however, thanks to $1.6 million from the state – part of a $50 million statewide Connectivity Emergency Response Grant established in October 2020 by Kansas Gov. Laura Kelly in response to the COVID 19 crisis – Chanute is chugging toward a citywide build-out neighborhood-by-neighborhood.

Nearly Complete

Construction to further expand the network began at the Google mural at the intersection of Lincoln and Main, which commemorates the city’s distinction of being the center of the earth on Google Maps for Apple computers thanks to the fact that the software developer, Dan Webb, was from Chanute.

The current take-rate for the area from Main Street to 7th and Santa Fe to as far over as Katy Ave is 30%, IT Director Chris Stogsdill told us this week. “We are at about 33% for our take rate in the area from 3rd Street to 14th Street and right at about 53% in the Hillside/Sunset Subdivisions,” he added, noting that residential customers are getting 1 Gigabit per second (Gbps) speed with no data caps for $75 a month.

Privately-owned broadband infrastructure builder and operator SiFi Networks is sprouting roots in cities from California to the Commonwealth of Massachusetts.

The Fullerton FiberCity network was SiFi’s first FiberCity — a privately built, financed, and operated open access network. Network construction in Fullerton started in November 2019 and involved over 600 miles of micro-trenching underground fiber, a technique designed to minimize traffic and neighborhood disruption sometimes associated with ripping up roads to install fiber conduit. The first residential customers were hooked up in June, with an anticipated completion date in the fall of 2021.

And while construction of the fiber network in Fullerton isn’t quite finished yet, eight other communities across the country are in the process of becoming the next SiFi fiber cities.

Salem

In Salem, Ma., SiFi Networks announced at the end of November it had completed a “construction trial” which is a “practice run” ahead of the actual construction of the citywide network, slated to start this spring.

Once completed, the Salem project, in which SiFi Networks is partnering with GigabitNow, will offer the city’s 43,180 residents an alternative to the monopoly services of Comcast. GigabitNow, which will be the Internet Service Provider (ISP) for Salem FiberCity, estimates they will be able to begin providing services as early as summer 2021.

That community networks act as a positive force in the broadband market is something we’ve covered for the better part of a decade, but a new study out in the journal Telecommunications Policy adds additional weight (along with lots of graphs and tables) which shows that states which enact barriers to entry for municipalities and cooperatives do their residents a serious disservice. 

“State Broadband Policy: Impacts on Availability” by Brian Whitacre (Oklahoma State University) and Robert Gallardo (Purdue University), out in the most recent issue of the journal, demonstrates that enacting effective state policies have a significant and undeniable impact on the pace of basic broadband expansion in both rural and urban areas, as well as speed investment in fiber across the United States. 

Digging into the Data

The research relies on the State Broadband Policy Explorer, released in July of 2019 by Pew Charitable Trusts, and focuses on broadband availability across the country from 2012-2018. Whitacre and Gallardo control for the other common factors which can affect whether an area has broadband or not (like household income, education, and the age of the development), and combine the FCC’s Form 477 census block-level data along with county-level data to explore expansion activities over the seven-year period. By making use of an analytical model called the Generalized Method of Moments, Whitacre and Gallardo are able to track all of these variables over a period of time to show that there is a statistically robust connection between specific state policies and their influence on the expansion of broadband Internet access all over the United States. 

Local governments have been creative in finding ways to conduct work remotely during the ongoing coronavirus pandemic, conducting city council meetings via Zoom or congregating in football stadiums to vote on referendums. Soon, Summit County, Ohio and the city of Akron will be better equipped to do similar work. Both have passed council measures approving an agreement with the neighboring city of Fairlawn to expand the latter’s municipal network southeast, and create a fiber ring connecting county- and city-level criminal justice and public safety buildings. The Summit County Criminal Justice Technology Project, which will be complete by the end of the year, is designed to facilitate court proceedings and public safety work remotely in response to the coronavirus pandemic.

A Burnin' Ring of Fiber

FairlawnGig, the municipal network run by the city of the same name, has issued a Request for Qualifications to design and build the network extension it will then manage. The ring will consist of 20 miles of mostly 864-strand fiber (with some places getting 24-strand additions or upgrades) and the $6.5 million cost will be paid for by Summit County (the money is coming from CARES Act funds).

Summit County Executive Ilene said of the investment: 

COVID-19 has forced us to rethink how government operates and delivers services. As we begin to adjust to life with the virus, we have to consider how to safely and efficiently meet the needs of our community. This project prioritizes both safety and efficiency.

Image

Westfield Gas+Electric (WG+E) started its broadband division WhipCity Fiber and the buildout of their network five years ago. The project started with only serving Westfield, but WG+E is now contracting with other small towns in Massachusetts to assist in building and potentially operating their own fiber networks.

Today, WG+E is slated to help connect 12,400 households in 20 Massachusetts towns over the next 10 years. In order to do this, WG+E and WhipCity Fiber will receive more than $10 million over the next ten years through the Federal Communication Commission’s Connect America Fund Phase II auction, which awarded $1.5 billion in subsidies to broadband providers to expand rural connectivity across the nation. The 20 towns that are partnering with WG+E to build fiber networks are: Alford, Ashfield, Blandford, Becket, Charlemont, Chesterfield, Colrain, Cummington, Goshen, Heath, Leyden, New Ashford, New Salem, Otis, Plainfield, Rowe, Shutesbury, Washington, Wendell, and Windsor.

Adapting While Expanding

Westfield has been slowly building out its network, which is owned and operated by WG+E, and it is now roughly 75 percent complete. Lisa Stowe, the communications manager at WG+E, said that they temporarily paused new installations in Westfield due to the Covid-19 pandemic. However, she is hopeful that they will begin connecting new customers and resume their buildout of the network this year.

Image

To construct the WhipCity Fiber network, Westfield issued a $15 million bond. The city must pay down that bond and do routine updates to the network as they continue expanding. Stowe explained that they are well on track to having the network fully constructed within their original six year timeline.

Lighting up the first phase of middle-mile network Project THOR isn’t the only good news coming out of northwest Colorado recently. Glenwood Springs, a city of 10,000 forty-five minutes north of Aspen, is once again looking to secure the future of its information infrastructure.

In a recent 6-1 decision, the city council voted to replace and expand the reach of its existing fiber system, which currently serves businesses and a select number of residents. The resulting network of 150 miles is projected to cost around $9 million and take two years to complete. Once done, current users will be switched over with no disruption. The new network will be citywide and have the capacity to handle Glenwood Springs’ 4,800 residences and commercial premises. Hopes are, many will sign up.

Building up a Fiber Legacy

This isn’t the first time Glenwood Springs has taken such initiative. Almost twenty years ago the city had access to speeds below one megabit per second (Mbps) and — after being told by Qwest (now CenturyLink) there were no plans for investment or upgrades — it built its own fiber backbone to community anchor institutions with a wireless overlay to provide service to residential customers. The city later expanded the fiber network to connect businesses and some households and opened up the network for participation by private Internet service providers (ISPs).

Sixteen months ago, OMUFiberNet in Owensboro, Kentucky, was about to celebrate the 500th subscriber. Now, that number has doubled, reports that Messenger-Inquirer.

Owensboro Municipal Utilities (OMU) has taken a deliberate, steady approach in expanding the network since the 2016 pilot program. Residents and businesses in the community are signing up at a faster rate than anticipated, says OMU telecommunications superintendent Chris Poynter. The utility had not expected to reach the 1,000 mark until late spring.

The Messenger-Inquirer reports that at a recent Owensboro Utilities Commission meeting, Poynter told commissioners:

Beginning next month, OMU will work to provide internet service to its third segment, or a large portion of Owensboro, The new segment, which will extend the service to about 3,800 potential customers, will run east from South Griffith Avenue, with Griffith Avenue and East 20th Street as its northern borders and College Drive and West Byers Avenue as its southern borders, to Breckenridge Street.

Construction on the third segment is scheduled to start in January and end around May 2020. 

Poynter said there is a backlog of about 110 customers, with a waitlist that extends into late February and early March. About 14 percent of potential customers are using the service. Poynter said customers on the waiting list are completed on a first-come, first-serve basis.

 “Business is growing and doing well and having a backlog and the problems that Chris mentioned are problems of growth,” said General Manager Kevin Frizzell at the meeting.

OMUFiberNet offers three tiers of service with all speeds symmetrical:

• 50 Mbps for $49.99 per month
• 100 Mbps for $69.99 per month
• 1 Gbps for $99.99 per month

Subscribers also pay a one-time installation fee of $49.99.

OMU plans to blanket the city with Fiber-to-the-Home (FTTH) and expects to finish the project by 2023. 

Iowa has multiple rural communities where large national Internet access companies have not invested in high-quality Internet infrastructure. Iowans have adopted a self-reliant approach, however, and one look at the community networks map shows that publicly owned networks pepper the state. Osage, in the north-central part of Iowa, has offered Internet access to the community since 2001. In a recent announcement from the U.S.D.A, we learned that Osage Municipal Utilities (OMU) will receive almost $400,000 to continue their efforts to connect more premises in rural Mitchell County and connect people with fiber Internet access.

According to the announcement:

Osage Municipal Utilities (OMU) in northern Iowa will use a $397,749 ReConnect Program grant to provide broadband service to underserved households, farms and businesses in Mitchell County. This will be accomplished by directly accessing a fiber trunk line that runs through the heart of Mitchell, Iowa, and up to the border of Minnesota, allowing OMU to increase its service area bandwidth. The funded service area includes 151 households spread over 20 square miles.

We wrote about Osage's broadband and solar projects and interviewed OSU General Manager Josh Byrnes back in 2016. Listen to the interview here: