In Connecticut, local municipalities want to take advantage of the state’s unique “Municipal Gain Space” but invoking the law has not been hassle-free. As towns try to place fiber-optic cables on this reserved section of utility poles, questions arise that need answering. 

Giving Towns Some Room On The Poles

The Connecticut statute grants state departments and municipalities the right to use space on all of the approximately 900,000 utility poles sitting in the municipal Rights-of-Way (ROW), regardless of ownership. One of the state's electric providers and either Verizon or Frontier jointly own most of the poles.

The law was created in the early 1900s for telegraph wiring and as new technologies and wire types evolved, a number of law suits ensued. Cities and state entities usually won, preserving the space, but the process of getting attachment agreements approved became more burdensome and expensive. In 2013, the state legislature amended the law so municipalities could access to the space “for any use.” The change opened the door for hanging fiber for municipal networks and partnering with private providers.

A Little Help Here...

In theory, it seems simple but in practice, pole administrators - Electric Distribution Companies (EDCs) and telephone companies - and government entities need guidance. As communities across the state band together to improve local connectivity and try to use the law, they have uncovered its flaws. It has potential, but the Municipal Gain Space law needs sharpening to be an effective tool. Its application rules are not sufficiently defined and a number of technical issues are not addressed. 

When community leaders in Lenox, Iowa, gathered together to examine the community's cable TV options in the 1980s, they probably didn't expect their decision to impact local Internet access. Fast-forward 30 years, and this town of 1,400 people now has one of the most sought after forms of Internet access infrastructure: Fiber-to-the-Home (FTTH).

Lenox Municipal Utilities owns and operates a FTTH network that offers symmetrical speeds to hundreds of customers in town. It’s just one of many communities around the nation that have invested in this rugged, future-proof technology.

Same Utility, Changing Technology

We spoke with the Lenox Municipal Utilities General Manager John Borland who graciously provided some of the history of the network.

Since the early 1900s, Lenox has operated its own electric and water systems. These essential services enabled the community to thrive in the southern plains of Iowa. Eventually, a local entrepreneur decided to build and operate a TV system to ensure that the Lenox community stayed connected. In the 1980s, the town purchased the coaxial network from the owner who was ready to sell the system, but wanted to keep ownership within the community. Unfortunately, Borland didn’t know the identity of the entrepreneur whose investment eventually led to top-notch connectivity in this most unexpected place.

By the late 1990s, the network needed replacing, and nationwide, communities had already begun to realize the importance of Internet access. The incumbent Internet service provider, Frontier, offered dial-up and some DSL. Anticipating future need, Lenox decided to rebuild the entire network with fiber. 

Better Connectivity in the Community

In 2005, the community voted on a referendum to enable the utility to provide Internet service; it was one of many towns voting that year to ensure local control. The FTTH build cost about $1.5 million, which they funded through municipal revenue bonds.

Ozarks Electric Cooperative has a plan to bring fast, affordable, reliable connectivity to northwest Arkansas and northeast Oklahoma.

Fast, Affordable, Reliable Connectivity At Last

OzarksGo, a wholly owned subsidiary of the electric co-op, will provide Fiber-to-the-Home (FTTH) Internet service with symmetrical speeds of up to a Gigabit (1,000 Megabits) per second. The fiber network will cost $150 million to build over the next six years.

ArkansasOnline and local news station KSFM reported on the future network. The residential FTTH service will have no data caps and OzarksGo will offer additional services, such as telephone and video. At the end of the project, all co-op members will have access to the network's services.

According to the FCC 2016 Broadband report, 25 percent of all Arkansas residents don't have access to broadband (defined as 25 Megabits per second (Mbps) download and 3 Mbps upload). In Oklahoma, the FCC puts the numbers higher at 27 percent. Rural areas are even higher with 48 percent lacking in Arkansas and 66 percent missing out in Oklahoma. Considering the data collection process depends on self-reporting by ISPs, those numbers are considered low. The number of households that do not have access to federally defined broadband, especially in rural areas, is higher.

Soon though, these Arkansas and Oklahoma residents will have access to fast, affordable Internet access. General manager for OzarksGo Randy Klindt, who previously worked on Co-Mo Electric Cooperative's FTTH network, explained in the video below that the price for a Gigabit will be less than $100, which is an entirely opt-in service.

Rural electric cooperatives have decades of experience in providing essential services. Now several are looking to improve Internet access in unserved and underserved regions. In central Missouri, Barry Electric Cooperative and Co-Mo Cooperative have already started by providing Fiber-to-the-Home (FTTH) Internet service. Another Missouri electric co-op, Callaway Electric Cooperative, is also getting into the business.

The co-op’s subsidiary, Callaway Electric Service, aims to offer FTTH in Callaway County and has teamed up with the local telephone co-op’s subsidiary, Kingdom Technology Solutions. Together, they will operate the partnership as Callabyte Technology.

Increasing Speeds and Access

Callabyte Technology will offer symmetrical Internet access speeds (i.e. the same upload and download speed). They will also offer telephone and video service as a triple-play package. Their “basic” speed is 100 Megabits per second (Mbps), four times faster than the FCC’s current download speed for the definition of broadband (25 Mbps download and 3 Mpbs upload). Prices are competitive:

• $65 for 100 Mbps
• $75 for 500 Mbps
• $95 for a Gigabit (1000 Megabits) per second

In the fall of 2015, they began a pilot project in a small section of Callaway Electric Cooperative’s service area, which took place in the Stonehaven Subdivision near Fulton, Missouri. Telecompetitor reported that the project had a 50 percent take rate. 

Sharing Expertise and Profit

Pulaski, located in the area Tennesseans describe as the southern middle region of the state, has a fiber network other communities covet. When we contacted Wes Kelley, one of the people instrumental in establishing the network, he told us that the community always wanted to be more than "just Mayberry." Rather than settle for the sleepy, quaint, character of the fictional TV town, local leaders in Pulaski chose to invest in fiber infrastructure for businesses and residents.

A Legacy That Lives On

The county seat of Giles County, Pulaski has a long history of municipal utility service. The electric system was founded in 1891, and is the oldest in the state. The city also provides municipal water, sewer, and natural gas service. The electric utility, Pulaski Electric System (PES), serves most of Giles County, which amounts to approximately 15,000 customers. PES receives power from the Tennessee Valley Authority (TVA) and then distributes it throughout the county.

Pulaski is now known for its Fiber-to-the-Home (FTTH) network, PES Energize, but the city's first adventure in providing municipal Internet access began in 1993. The city developed dial-up service and within five years, 1,500 homes were using the service. The city abandoned the dial-up service to offer Wi-Fi but then sold that system to a private company.

Preparing PES

Leaders in Pulaski had their sights on connectivity beyond the limits of Wi-Fi. In 2002, Mayor Dan Speer and Dan Holcomb, the New CEO of PES, began exploring a publicly owned fiber network. Holcomb had previously lead a Michigan utility that offered cable TV and so used his experience to help establish the PES Energize network. AT&T (BellSouth at the time) provided DSL service and Charter offered cable Internet access but neither company performed to the satisfaction of the community. In fact, Pulaski had always suffered through poor quality service from its incumbents.

In July, the Columbus Telephone Company (CTC), a cooperative in rural Cherokee County, Kansas, announced plans to expand its fiber-to-the-home network to the nearby city of Pittsburg. 

When CTC built the fiber network in 2004, it was the first 100% fiber-optic network in the state. This expansion marks the first time the coop has expanded outside Cherokee County, located in the southeast corner of the Sunflower State. 

New Branding for New Expansion

Last year, CTC announced the creation of Optic Communications, a new brand the company started to expand beyond their original footprint. The news of the expansion to Pittsburg comes after the network’s first expansion project last year. They built a fiber-optic ring that now links together Cherokee County’s three major cities: Columbus, Galena, and Baxter Springs. The coop has also acquired Parcom, LLC, the leading Verizon retailer in the region.

Subscription Details

Residential rates for stand alone Internet access from Optic Communications are $40 for 10 Megabits per second (Mbps), $50 for 20 Mbps, $65 for 50 Mbps, and $90 for 100 Mbps. All speeds are the same for both upload and download. Gigabit service is also available but rates determined on a case-by-case basis. Optic also offers customized bundles including subscription options for any combination of Internet access, phone, and cable TV service. 

Rates for the different bundled packages vary based on the number of cable TV channels the customer wants, access to DVR and HD capability, and which tier of phone service. The network also offers designated Internet access and phone rates for business customers.

A Long History of Innovation

The people in this rural community have a long legacy of telecommunications innovation. In 1905, a group of Columbus-based farmers started the CTC coop to bring telephone service to their rural homes. Throughout the 20th century, CTC provided phone service to people living within the 2.4 square mile serving area within the City of Columbus.

Iowa, known across the country for its agriculture, is known in other circles for its exciting community broadband projects. Earlier this year President Obama visited Cedar Falls to praise its municipal network and to support other efforts to improve rural high-speed Internet access. One of those efforts is Wiatel. This small telecommunications coop is beginning a $25 million project to upgrade its network from copper to fiber throughout its entire service area.

Fiber Connectivity

The cooper network that Wiatel uses now is sufficient for basic phone service, but upgrading to fiber will future-proof the network and provide better Internet speeds. The coop is based out of Lawton, a small town of about 1,000 people, but the coop serves an area of 700 miles. Wiatel hopes to start burying the fiber cables in the summer of 2016. Once the project gets started, officials from the cooperative estimate they will connect all residential and business customers to fiber within 24-30 months.

Wiatel is part of a long-growing movement as rural coops build fiber networks or upgrade to fiber to improve services for members. Just check out the Triangle Communications coop in Montana, the Paul Bunyan Communications coop in Minnesota, or Farmers Telecommunications Cooperative in Alabama. They’re providing next-generation connectivity at reasonable prices to rural communities often ignored by the large incumbent telephone and cable companies.

Coops: An Alternative

Washington, DC, continues to operate an incredibly successful municipal network. Created in 2007, the municipal government’s 57-mile fiber optic network, DC-Net, provides connectivity to government buildings and community anchor institutions that are health or education based. DC-Net started providing public Wi-Fi hotspots in 2010. We covered some of the savings of DC-Net itself in our 2010 report, and we recently found a report from 2012 that details an example of public savings from the network.

In 2008, the Office of Personnel Management in D.C. needed to replace its aging phone system with state-of-the-art Voice over IP and a video conference system. These two telecommunication systems require a high capacity network. After a market analysis found that prospective vendors would cost more than the budget could handle, they had to find an alternative solution. That’s when they connected with DC-Net. The network kept costs down - the initial cost-savings from the project were about $500,000. 

DC-Net also provided more than Office of Personnel Management had originally anticipated: redundancy, more connectivity, and better coverage. With the added redundancy, the phone and Internet have had less outages. DC-Net then provided gigabit ethernet to the headquarters and Wi-Fi coverage. 

The total cost savings for the Office of Personnel Management over the first 6 year period (from 2008 to 2014) are estimated at $9.25 million. They came in at budget with more connectivity than they had anticipated by using a municipal network that was committed to meeting their needs. Sounds like a good deal to us.