Fiber optic connectivity is coming soon for public facilities in Kings Mountain, North Carolina. The city has its own electric, natural gas, and water utilities and is home to a little over 10,000 people. Located along the southern edge of the state, the town is considered a suburb of Charlotte.

According to an Alicia Banks Gaston Gazette article, the City Council unanimously approved contracts to start construction and most of the city departments should be on the network before the end of the year. The city fiber optic cables amount to nine miles in length. Savings will be about $65,000 annually as the city uses its own fiber to supply phone and Internet connections rather than lease services. From the article:

“We should start seeing the savings within seven years,” Kings Mountain Mayor Rick Murphrey said. “It’s cheaper to use your own fiber optics."

Though seven years may seem like a long time to wait for savings, recall that these connections will be needed indefinitely. Further, these networks often lead to unanticipated benefits that can make the savings occur faster than forecast.

The entire project will cost $495,722 under a five-year payment plan. Also from the article:

“Taxpayers' dollars are helping to pay for this, but no increase,” Murphrey said about rates. “(Funds will also) come out of the electric, gas and water fund.”

Kings Mountain is another community choosing to use their current fiber resources to provide broadband to city facilities and save taxpayer dollars. Our recent Public Savings Fact Sheet, highlight a few of many other communities that choose this route. 

Rather than subscribing to a service from a local telecommunications company, dark fiber allows the City of Boise access to strands of fiber optic cable between city buildings. In-house network engineers can choose the gear that is used to light the network, while maintaining complete control of protocol, platform and bandwidth, for improved flexibility. Fran Cantwell, an IT project manager for Boise’s Parks and Recreation Department, said that she noticed an immediate improvement using the City’s online mapping system. “Before, staff would wait for the system to slowly paint the screen,” Cantwell said. “After the dark fiber implementation, the maps load almost instantly. This greatly increased the efficiency of teams like Community Forestry, who refer to the maps and aerial photos daily.” The project, launched in June, took about four months to complete. Some city departments have reported a 3,000 percent increase in speed, according to Adam Reno, a Boise IT infrastructure services manager. Transmitting a 30-minute video once took two hours, but can now occur in as little as two minutes.

Rather than subscribing to a service from a local telecommunications company, dark fiber allows the City of Boise access to strands of fiber optic cable between city buildings. In-house network engineers can choose the gear that is used to light the network, while maintaining complete control of protocol, platform and bandwidth, for improved flexibility. Fran Cantwell, an IT project manager for Boise’s Parks and Recreation Department, said that she noticed an immediate improvement using the City’s online mapping system. “Before, staff would wait for the system to slowly paint the screen,” Cantwell said. “After the dark fiber implementation, the maps load almost instantly. This greatly increased the efficiency of teams like Community Forestry, who refer to the maps and aerial photos daily.” The project, launched in June, took about four months to complete. Some city departments have reported a 3,000 percent increase in speed, according to Adam Reno, a Boise IT infrastructure services manager. Transmitting a 30-minute video once took two hours, but can now occur in as little as two minutes.

Rather than subscribing to a service from a local telecommunications company, dark fiber allows the City of Boise access to strands of fiber optic cable between city buildings. In-house network engineers can choose the gear that is used to light the network, while maintaining complete control of protocol, platform and bandwidth, for improved flexibility. Fran Cantwell, an IT project manager for Boise’s Parks and Recreation Department, said that she noticed an immediate improvement using the City’s online mapping system. “Before, staff would wait for the system to slowly paint the screen,” Cantwell said. “After the dark fiber implementation, the maps load almost instantly. This greatly increased the efficiency of teams like Community Forestry, who refer to the maps and aerial photos daily.” The project, launched in June, took about four months to complete. Some city departments have reported a 3,000 percent increase in speed, according to Adam Reno, a Boise IT infrastructure services manager. Transmitting a 30-minute video once took two hours, but can now occur in as little as two minutes.

Rather than subscribing to a service from a local telecommunications company, dark fiber allows the City of Boise access to strands of fiber optic cable between city buildings. In-house network engineers can choose the gear that is used to light the network, while maintaining complete control of protocol, platform and bandwidth, for improved flexibility. Fran Cantwell, an IT project manager for Boise’s Parks and Recreation Department, said that she noticed an immediate improvement using the City’s online mapping system. “Before, staff would wait for the system to slowly paint the screen,” Cantwell said. “After the dark fiber implementation, the maps load almost instantly. This greatly increased the efficiency of teams like Community Forestry, who refer to the maps and aerial photos daily.” The project, launched in June, took about four months to complete. Some city departments have reported a 3,000 percent increase in speed, according to Adam Reno, a Boise IT infrastructure services manager. Transmitting a 30-minute video once took two hours, but can now occur in as little as two minutes.

Rather than subscribing to a service from a local telecommunications company, dark fiber allows the City of Boise access to strands of fiber optic cable between city buildings. In-house network engineers can choose the gear that is used to light the network, while maintaining complete control of protocol, platform and bandwidth, for improved flexibility. Fran Cantwell, an IT project manager for Boise’s Parks and Recreation Department, said that she noticed an immediate improvement using the City’s online mapping system. “Before, staff would wait for the system to slowly paint the screen,” Cantwell said. “After the dark fiber implementation, the maps load almost instantly. This greatly increased the efficiency of teams like Community Forestry, who refer to the maps and aerial photos daily.” The project, launched in June, took about four months to complete. Some city departments have reported a 3,000 percent increase in speed, according to Adam Reno, a Boise IT infrastructure services manager. Transmitting a 30-minute video once took two hours, but can now occur in as little as two minutes.

Rather than subscribing to a service from a local telecommunications company, dark fiber allows the City of Boise access to strands of fiber optic cable between city buildings. In-house network engineers can choose the gear that is used to light the network, while maintaining complete control of protocol, platform and bandwidth, for improved flexibility. Fran Cantwell, an IT project manager for Boise’s Parks and Recreation Department, said that she noticed an immediate improvement using the City’s online mapping system. “Before, staff would wait for the system to slowly paint the screen,” Cantwell said. “After the dark fiber implementation, the maps load almost instantly. This greatly increased the efficiency of teams like Community Forestry, who refer to the maps and aerial photos daily.” The project, launched in June, took about four months to complete. Some city departments have reported a 3,000 percent increase in speed, according to Adam Reno, a Boise IT infrastructure services manager. Transmitting a 30-minute video once took two hours, but can now occur in as little as two minutes.

Rather than subscribing to a service from a local telecommunications company, dark fiber allows the City of Boise access to strands of fiber optic cable between city buildings. In-house network engineers can choose the gear that is used to light the network, while maintaining complete control of protocol, platform and bandwidth, for improved flexibility. Fran Cantwell, an IT project manager for Boise’s Parks and Recreation Department, said that she noticed an immediate improvement using the City’s online mapping system. “Before, staff would wait for the system to slowly paint the screen,” Cantwell said. “After the dark fiber implementation, the maps load almost instantly. This greatly increased the efficiency of teams like Community Forestry, who refer to the maps and aerial photos daily.” The project, launched in June, took about four months to complete. Some city departments have reported a 3,000 percent increase in speed, according to Adam Reno, a Boise IT infrastructure services manager. Transmitting a 30-minute video once took two hours, but can now occur in as little as two minutes.

Rather than subscribing to a service from a local telecommunications company, dark fiber allows the City of Boise access to strands of fiber optic cable between city buildings. In-house network engineers can choose the gear that is used to light the network, while maintaining complete control of protocol, platform and bandwidth, for improved flexibility. Fran Cantwell, an IT project manager for Boise’s Parks and Recreation Department, said that she noticed an immediate improvement using the City’s online mapping system. “Before, staff would wait for the system to slowly paint the screen,” Cantwell said. “After the dark fiber implementation, the maps load almost instantly. This greatly increased the efficiency of teams like Community Forestry, who refer to the maps and aerial photos daily.” The project, launched in June, took about four months to complete. Some city departments have reported a 3,000 percent increase in speed, according to Adam Reno, a Boise IT infrastructure services manager. Transmitting a 30-minute video once took two hours, but can now occur in as little as two minutes.

Kudos to Richard Downey, Village Administrator for the Village of Kronenwetter in Wisconsin. Mr. Downey reminded us that we have yet to write about the fiber network in Princeton, Illinois. While we have noted Princeton in our list of economic development successes, we haven't delved into the network that serves the city, the schools, and the business community.

Princeton is home to about 7,500 people and is located in the north central region of the state in Bureau County. They have their own electric, water, and wastewater utilities and began offering broadband connectivity in late 2003. We spoke with Jason Bird, Superintendent of Princeton Electric Department, who shared the network's story with us.

In 2003, the city’s largest electric and water consumer was also the largest employer. At the time, incumbents served the community with T1 connections. The manufacturing company moved to Mexico, taking 450 jobs with it. The community was stunned.

Approximately 6 months later, Ingersoll Rand, the community's second largest employer with about 300 jobs, also considered moving away from Princeton. While lack of needed broadband was not the only reason, the Ingersoll Rand CEO let community leaders know that it was one of the influential factors. The company liked being in Princeton, and the city would have been on the top of the location list if not for the sad state of connectivity. At the time, the only commercial option was unreliable T1 connections for $1,500 - $2,000 per month. If Ingersoll Rand moved, the community would experience job losses equal to 10% of the population. Community leaders needed to act and do it quickly.

To retain Ingersoll Rand, the City Council decided unanimously to go into the telecommunications industry. They issued an RFP and encouraged incumbents AT&T and Comcast to bid; neither were interested. (Interestingly, once Princeton let it be known that they were going to build the network without them, there were some local upgrades from both companies.)