In order to save public dollars, improve municipal connectivity, and enhance the city’s ability to take advantage of various “Smart City” technologies, Louisville is planning to grow its existing fiber infrastructure. Their plan will take advantage of aspects of the KentuckyWired project to reduce costs. An increasing number of local governments have taken a similar common sense approach and deployed fiber optic Institutional Networks (I-Nets). In addition to cutting telecommunications costs, the infrastructure gives communities the freedom to predict future expenditures and find innovative ways to use publicly owned fiber.

Grow What You Have, Smartly

Louisville already owns a little more than 21 miles of fiber within the downtown business district. Under the Mayor’s proposed budget, $5.4 million would be allocated to add another 97 miles to the network. The estimated cost of the project deployment is low for an urban project because there are locations along the proposed route that overlap with the KentuckyWired project. In those areas, the company that is working with the state, Macquarie Capital, will install the fiber optic cables for Louisville alongside the KentuckyWired infrastructure. Macquarie will deploy both underground and on utility poles. This arrangement greatly reduces the cost for Louisville because they only pay for the materials.

According to the city’s chief of civic innovation, without the contribution of KentuckyWired, the project would have cost more than $15 million.

The network is only meant to serve community anchor institutions, along with municipal and Jefferson County facilities; there are no plans to connect homes or businesses. Louisville could lease excess capacity to Internet Service Providers (ISPs) in the future, which would generate revenue for the community.

It’s no small feat to plan, deploy, and operate a municipal citywide Fiber-to-the-Home (FTTH) network, but communities are doing it. We’ve put together a Citywide Municipal FTTH Networks list and a map, with quick facts at your fingertips. If your community is considering such an investment, this list can offer a starting point on discovering similarly situated locations to study.

The list is divided by state and each state heading offers a description of any barriers that exist and a link to the statute in question. Under each community, we also included relevant links such as to the provider’s website, coverage on MuniNetworks.org, and reports or resources about the network.

We used four basic criteria to put a community on our list and map:

• The network must cover at least 80% of a city.
• A local government (city, town, or county) owns the infrastructure.
• It is a Fiber-to-the-Home network.
• It is in the United States. 

Share the list far and wide and if you know of a community network that meets our criteria that we missed, please let us know. Contact H. Trostle at htrostle@ilsr.org to suggest additions.

Earlier this spring, Pikeville, Kentucky, released an RFI for partner interest to bring Fiber-to-the-Premises (FTTP) to businesses, community anchor institutions, municipal facilities, and residential properties. The Appalachian community is ready to move forward and recently released its Request for Proposals (RFP) for Partnership for FTTP Network Deployment. Responses are due January 4, 2017.

A Measured Approach

The community wants any potential partners to focus on a project to be executed in phases. This RFP is for Phase One, described as:

Phase One of the City’s multi-stage project will include constructing a fiber backbone in the selected service area—approximately 57 miles of distribution fiber that will pass 2,850 homes, businesses, and other community organizations that represent potential customers. Phase One will also include constructing a network “core” site that will aggregate traffic from the FTTP sites and house the network’s routers that will allow for interconnection with other networks including the network’s “upstream” connection to the Internet. Planning for upstream connectivity is a critical element of the partnership, and will require meaningful coordination between the City, the Partner, and the Commonwealth. 

Eventually, the goal is to deploy a network that will serve the city of Pikeville (pop. 7,000), nearby Coal Run Village, and other areas in Pike County. Pikeville expects to receive grants, but also anticipates contributing to the cost of the project with funds from bonds, loans, or other mechanism. They also state in the RFP that, depending on the type of partnership, they anticipate some sharing of risk and financial contribution from the partner they choose.

Pikeville

Comcast is the second Internet Service Provider (ISP) suing the mayor and metro government of Nashville, Tennessee (pop. 680,000) to stop a new ordinance to give streamline access to utility poles in the city, reports Cnet.com news.

Comcast’s October lawsuit over the Google Fiber-supported One Touch Make Ready ordinance (OTMR) comes on the heels of AT&T's legal action in late September. We wrote about AT&T’s lawsuit shortly after the filing.

Cnet.com reported that most of the utility poles are owned by Nashville Electric Service (NES) or AT&T, but Comcast has wires on many poles and has control over how these wires are handled. “When Google Fiber wants to attach new wires to a pole, it needs to wait for Comcast to move its wire to make room, and this is where the new ordinance becomes controversial.”

Comcast’s lawsuit, filed in U.S. District Court in the Middle District of Tennessee, contends the AT&T-owned poles fall under the purview of the Federal Communications Commission (FCC) and not the city, and that Nashville Metro Council lacked authority to regulate NES poles, according to a story in the Tennessean newspaper.  The telecommunications carrier is asking for a permanent injunction to stop enforcement of the ordinance. 

Comcast reproduces AT&T's argument in Nashville - that the poles are within federal jurisdiction so the city does not have the authority to enforce such an ordinance.

Reverse Preemption In Louisville

The NTCA-Rural Broadband Association this month awarded the Highland Telephone Cooperative (HTC) of Sunbright, Tennessee, its national certification as a “Gig-capable” provider, reports the Independent-Herald.

HTC serves Scott and Morgan counties in Tennessee and McCreary County in Kentucky and is now one of 85 Gig-certified company/cooperative providers in the nation. The certification recognizes rural communities that are at the cutting-edge of broadband technology, offering Internet service of up to at least 1 Gigabit per second (1,000 Megabits per second or Mbps). The association launched this national campaign in the fall of 2015. 

Years of Planning

HTC completed its $66 million fiber-optic network within the last year; 1 Gig capacity Internet service is available to all 16,5000 members reports the Independent-Herald.  The six-year project upgrades the cooperative’s old copper network. Highland Telephone CEO Mark Patterson: 

"This gigabit certification caps off years of careful planning, investing and building a brand-new fiber network in our area...All along, we knew our commitment was worth the effort so our friends and families in this area could keep their rural lifestyle without sacrificing world-class connectivity."

The upgrade included more than 2,700 miles of fiber by the cooperative's crews and contractors — enough to stretch from Highland's office in Sunbright to Vancouver in British Columbia, the Independent-Herald reported.

"Our area lacks interstates and many economic advantages that other communities enjoy, and we've suffered through some extremely high unemployment in recent years," Patterson said. "An asset like a gigabit-capable network can be our competitive edge when it comes to bringing in industry and growing existing businesses."

85 Gig Networks

Warren County, Kentucky, issued a Request for Information (RFI) in June to find partners in order to improve connectivity for local businesses and residents. County officials want to develop a Fiber-to-the-Premises (FTTP) network and are willing to consider both publicly owned and privately owned options. RFI responses are due July 8th.

The community has prioritized the following in its RFI:

1. A community-wide FTTP work to serve both businesses and homes
2. An open access model to encourage competition
3. A financially sustainable network
4. A network that provides affordable base-level service for everyone

Warren County

There are approximately 120,500 people in Warren County with about half living in the county seat, Bowling Green. After Louisville and Lexington, Bowling Green is the most populous. Located in the south central area of the state, Warren County is about 548 square miles. This region of the state had a relatively high growth rate of 24 percent between 2003 and 2014 and Warren County officials want to continue that trend with better connectivity.

In addition to Western Kentucky University, there are several other colleges and technical colleges in the region. STEM education at both the college and K-12 levels is prevalent in Warren County. The area is home to the Carol Martin Gatton Academy of Mathematic and Science,  which was named best high school in America three years in a row by Newsweek.

There is a range of industry, including finance, health care, agriculture, and manufacturing. The community seeks to improve connectivity to retain a number of its employers as well as diversify its economy further, encourage better services for residents, and spark competition.

Don't Delay

Get the details on Warren County's RFI by accessing their Bids Calendar. Responses to this RFI are due by July 8th. You can also contact Brenda Hale with questions: brenda.hale(at)ky.gov.

Two new Requests for Information (RFI) were recently released in Palo Alto, California, and Pikeville, Kentucky. 

Pikeville, Kentucky

Pikeville is open to both public ownership and Gigabit service via privately owned infrastructure. This community of approximately 7,000 residents wants Fiber-to-the-Premises (FTTP) for businesses, community anchor institutions, municipal facilities, and residents. The regional Appalachian Mountain community, with many jobs lost due to the shrinking coal industry, is turning to connectivity as a way to spur economic development.

Pikeville’s RFI describes how service from existing providers is expensive and "sporadic." This RFI calls for a partner that will help the community develop an open access, affordable, financially sustainable network. In drafting the RFI, Pikeville’s officials made sure to note that low-income residents will not be left behind; bringing this asset to disadvantaged residents is a priority.

The city is the county seat of Pike County and home to a number of colleges as well as several large healthcare facilities. City, county, and federal government facilities are also located in Pikeville and need better connectivity. In 2015, the city obtained a $5 million grant for technology-based training and degree programs for residents in the area. A $1 million grant supplied funding for a Broadband Technology Center in Pikeville. Now the city needs fast, affordable, reliable Internet network infrastructure to complement the Center and to move the local workforce toward more information based industries.

Important Dates:

• Letter of Intent Due: May 23, 2016
• Questions Due: May 25, 2016
• Final RFI Submissions Due: June 3, 2016

The city’s website has more information and details.

Palo Alto, California

Palo Alto is a Silicon Valley city of 67,000 residents; daytime workers coming into the community swell the population to approximately 125,000. Incumbents include Comcast and AT&T who have intimated they might be interested in bringing fiber to the city, but have yet to act. Community leaders are exploring all options with this RFI.

On the border of Kentucky and Indiana a fight is brewing as AT&T and Google Fiber have both announced plans to bring Gigabit Internet service to Louisville, Kentucky. Home to over half a million, the city could see major economic development with new ultra high-speed Internet access, but there’s a problem: the utility poles.

AT&T is suing the city over a “one touch make-ready” ordinance. On February 11, 2016, the Louisville Metro Council passed the ordinance in order to facilitate new competitors, i.e. Google Fiber. 

Utility Poles: Key to Aerial Deployment

Make-ready is the shorthand for making a utility pole ready for new attachments. Although it may seem simple, this process is often expensive and time-consuming. To add a new cable, others may have to be shifted in order to meet safety and industry standards. Under the common procedure, this process can take months as each party has to send out an independent crew to move each section of cabling. 

To those of us unfamiliar with the standards of pole attachment it may seem absurd, but this originally made sense. Utility poles have a limited amount of space, and strict codes regulate the placement of each type of cable on the pole. Competitors feel they have to fiercely guard their space on the pole and cannot trust other providers to respect their cables. Make-ready must involve coordination between multiple providers and the utility pole owners. For some firms, like AT&T, this is an opportunity to delay new competition for months.

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.