Fast, affordable Internet access for all.
Content tagged with "fiber"Displaying 81 - 90 of 212
This week in Waverly, Iowa, the local electric utility, Waverly Utilities, hooked up the first customers for its new Fiber-to-the-Home (FTTH) network. It’s been a long time coming for the town of 10,000 people.
16 Years Ago: A Vision
The community first had the idea back in 2000 when they voted to form a municipal telecommunications utility after incumbent providers proved a letdown. Reacting to the vote, those incumbent providers improved their networks a bit, so Waverly Utilities decided to hold off on building a fiber network.
In 2013, residents and businesses found that the incumbent providers were again not providing necessary connectivity. Taking matters into their own hands, they pushed to create a new, publicly owned network. By 2015, the community had secured revenue bonds for the $12 million project.
Today: A Reality
Waverly Utilities already has 1,100 customers signed up to receive the service, and more homes and businesses will be connected over the next three months. By July 1st, Waverly Utilities’ network will be fully operational, delivering the next-generation connectivity that residents have long been waiting for.
For more about Waverly's project, take a few minutes to listen to Chris interview Mike Litterer, who was serving as Interim General Manager of Waverly Light and Power in 2013. He talked with Chris during Episode #53 of the Community Broadband Bits podcast.
Back in June 2015, Santa Cruz announced a municipal fiber project with Cruzio, a local company that offers Internet access, colocation services, and a range of other data solutions. After finalizing details of the partnership, the city is officially moving forward with the plan.
This past December, the Santa Cruz City Council voted unanimously to begin the $45 million fiber network. Cruzio intends to complete the project in the next 3 years, bringing next-generation, high-speed Internet access to the home of the UCSC banana slugs.
With the network given the green light, the city was abuzz. The open access Fiber-to-the-Home (FTTH) network will provide new opportunities for entrepreneurship throughout the city. The Santa Cruz Sentinel reported that the project is drawing interest from across the globe:
“Already, we haven’t even built the fiber network and people are already excited to work with us,” said Economic Development Director Bonnie Lipscomb, adding that a delegation from Beijing, China, visited Santa Cruz last week to discuss the project.
The Financial Plan
Through the partnership with Cruzio, the city will take out a financing bond that will be repaid by Cruzio’s customers on the network. Any funding gaps will be paid for 80% by Cruzio and 20% by the city. In the end, the city will own the infrastructure that Cruzio will manage.
The decision to create the network has not been taken lightly. The Santa Cruz Chamber of Commerce CEO Bill Tysseling, spoke to the years of consideration and deliberation before this decision:
“It feels good to [have it] be passed, we had this conversation several decades actually.”
In Hudson, Ohio, local businesses prepare for the expansion of the municipal fiber network, Velocity Broadband, and a large business relocates its headquarters to take better advantage of the fiber connectivity.
Excitement from Local Businesses
Thanks in large part to Hudson’s fiber network, a leading provider of recovery management services has moved within the small town to a new state-of-the-art headquarters. The Millennium Capital and Recovery Corporation provides recovery management services nationwide and depends on fast, reliable connectivity in order to meet clients’ needs. The new headquarters location provides for future growth and is equipped to utilize the city’s fiber connectivity. This is just one local business benefiting from Velocity Broadband.
On January 27th, the city hosted an open house for business leaders to come and learn about the opportunities available through the gigabit fiber network. More than 40 businesses participated and received information on the current plans for Velocity Broadband in the downtown area. The Hudson Hub Times features an exclusive map of the downtown area where the service will soon be available. City Office Manager Maureen Reich described the elation for the high-speed service at the open house:
“They [local businesses] are very excited… They ask 'when is it coming?' and 'how much does it cost?'"
Velocity Broadband Next Phase: Spring 2016
As in the rest of the country, broadband is now a necessity for rural economic development in West Virginia. Taking on the challenge, Spruce Knob Seneca Rocks Telephone (SKSRT) cooperative overcame impressive obstacles to build a state-of-the-art fiber optic network.
The cooperative operates in some of the most serene landscape in the United States and some of the most difficult terrain for fiber deployments. The region’s economy primarily relies on ski resorts and tourism from its namesake, Spruce Knob, the highest peak in the Allegheny Mountains.
SKSRT’s service area also includes the National Radio Quiet Zone, which creates unique challenges for the cooperative. Established in 1958 by the FCC, the National Radio Quiet Zone protects the radio telescopes at the National Radio Astronomy Observatory from interference. Because these telescopes are incredibly sensitive, the region is greatly restricted in deploying different types of telecommunication technologies. In certain areas of the quiet zone, closest to the observatory, wireless routers and two-way radios are prohibited.
Because of the mountainous terrain and the technology restrictions, large telecoms had completely bypassed the sparsely populated communities, leaving them with few options for any sort of connectivity. Much of the isolated region still used the old ringdown operator-telephone system until 1972 when the community created SKSRT as a non-profit cooperative. SKSRT installed the latest in telephone infrastructure at the time and committed to encouraging economic development in the region.
Thirty years later, in 2008, the copper infrastructure that SKSRT had originally installed was in bad shape. The coop went to the Rural Utility Service to fund the needed copper improvements. RUS instead encouraged future-proof fiber. While other telecoms have integrated fiber slowly, General Manager Vickie Colaw explained in an interview with us that SKSRT took a different approach:
“It was evolving to a fiber world. That was when we decided to be total fiber-to-the-home.”
Good news from Montana! Bozeman Fiber has secured funding to begin construction of a 23-mile open access community fiber network. Through an impressive partnership among eight local banks, Bozeman Fiber secured $3.85 million.
First Interstate Bank, Rocky Mountain Bank, Big Sky Western Bank, Opportunity Bank, U.S. Bank, American Bank, First Montana Bank and Bank of Bozeman all came together to support the fledgling network. During a press conference, First Interstate Bank President Bruce Parker described how this level of collaboration was possible. He initially approached twelve banks in April about the project. Now, six months later, eight banks have committed to providing funds. Parker expressed a high level of confidence for the network’s impact:
The project really speaks for itself in terms of what this infrastructure will do for the Bozeman community.
Bozeman Fiber is itself a remarkable collaboration between public and private sector interests. The city of Bozeman will not manage the network themselves. Instead, the City Commission voted to form a separate nonprofit entity to direct the project. In order to consider the many diverse needs of Bozeman from the economic to the educational, the board of this newly formed nonprofit features seven members from the public and private sector. The end result is this unique public-private partnership.
A purpose for the fiber network is economic development, in part by providing affordable fiber access to small businesses and startups. The press conference took place at the headquarters of Elixiter, an online marketing company that has grown rapidly in the past four years. The founder, Andrew Hall explained how Bozeman Fiber will benefit companies like Elixiter:
On October 2nd, a group of residents, business owners, and educators met with elected officials to celebrate the early success of LeverettNet. The municipal gigabit fiber network now serves 650 of 800 households in the Massachusetts town of 1,800.
This spring, the network began serving limited areas of town, offering telephone service and gigabit Internet access. LeverettNet's instant success is no surprise, considering a number townsfolk depended on unreliable, slow dial-up service over antiquated copper infrastructure for years. Some in town used DSL, satellite, and wireless devices; others had no Internet access at all. Telephone service was equally dismal - sometimes the community would lose service when it rained.
Leverett connects to MassBroadband 123, the statewide middle-mile network deployed by the Massachusetts Broadband Institute. Greenfield, Massachusetts Internet service provider Crocker Communications, is partnering with Leverett to offer gigabit service via the publicly owned infrastructure.
The community chose to fund the network with a modest property tax increase and from revenue collected from subscribers. After they did the math, Leverett realized they could obtain better, faster, more reliable services for less if they built their own network. Take a few minutes to listen to Chris interview Peter d'Errico from Leverett's Broadband Committee and Select Board, in episode #113 of the Community Broadband Bits podcast.
At the celebration, d'Errico described the way the community came together:
Plans for a fiber network collaboration between the city, school district, and county will save hundreds of thousands of dollars in Stormlake, Iowa. The school district recently voted to take advantage of significant savings for connectivity by switching to the publicly owned infrastrucutre as soon as the network is ready.
The Storm Lake Pilot recently reported that under the current contract with Vast Broadband, the district pays $7,500 per month to lease two strands of fiber. The new arrangement will allow the district to lease 12 fibers from the city-owned network for $14,000 per year or $1,167 per month - a reduction of approximately 85 percent. The city and the school district will enter into a 10-year agreement to ultimately save the district a total of $760,000 or approximately $6,333 per month during the term of the lease.
The school will still need to pay for Internet access and as part of the agreement will be responsible for purchasing its own equipment. The School Board voted unanimously to approve the agreement.
As we reported in July, the Stormlake project began as a way to better communication between water and wastewater utility facilities but then evolved into a public safety and cost saving initiative. All three entities - Storm Lake Community School District, the City of Storm Lake, and Buena Vista County - anticipate considerable savings and heightened reliability. We expect to report on more public savings as the community uses this valuable fiber asset.
Project costs for the system of conduit and fiber, which does not include hardware, are estimated at approximately $1,374,000 to be shared by all three entities. This first phase of the project is scheduled to be completed by December.
As the article notes, while installers can lay fiber optic cables without using conduit, carrier-class conduits often use conduit for two primary reasons: (1) to protect fiber optic cables and (2) to make the cables easily accessible for future needs. The post explains the three methods installers user to feed the cables through the conduit. One method, the simplest of all, involves pushing the cables through conduit; it is commonly used for home and office installations. For longer routes, installers can potentially use either of more complex pulling and blowing methods. Dawson discusses the advantages and limitations of each method along with unique characteristics of short and long installations that dictate which method is the best for a given job.
For example, the most basic pushing method is practical for short runs inside of offices and homes because it can’t overcome snags and bends in conduit the way the pulling method can. On the other hand, while the pulling method is the most viable method for long outdoor installations, it is also more likely to cause damage to the cables during the install process. While installers can use the blowing method for longer routes in some circumstances, it requires installers to use a lighter than normal set of fiber cables, specialized conduit with a low-friction lining, and more care avoid physical obstructions in the conduit.
At a Chicago City Council meeting this month, a newly elected alderman proposed the city stop relying on incumbent ISPs and start using its existing fiber network for connectivity.
Pointing to nearby cities like Aurora, where municipal government eliminated leased lines to reduce costs by $485,000 per year, Alderman Brian Hopkins suggested the switch could save the city “tens of millions of dollars” annually. He also advocated the change in order to provide more efficient services.
“We already have a robust infrastructure in place to build from. Fiber optic resources currently controlled and managed by [the Office of Emergency Management and Communications] for traffic, first-responder, and emergency services is an example,” Hopkins said. "Given the debt Chicago faces, we should follow other cities by switching all municipal government broadband access from private incumbent providers to a taxpayer-owned fiber network. The money saved can be reinvested into the expansion of the municipal network to finally reach those communities that need fast affordable access. Why would we not do this?”
Hopkins’s comments come on the heels of a resolution we reported on earlier this year from four powerful Chicago City Council members calling for hearings on how to use city buildings, light poles and high-speed fiber-optic lines for a wireless network that could raise the city millions.
Salisbury, North Carolina's Fibrant, now holds the distinction of offering the fastest Internet access in the country. The municipal network is making 10 Gbps symmetrical connectivity available for residents and businesses.
Fibrant's first 10 Gbps customer is Catawba College, a local school that will use the ultra-fast connections for its new Digital Media Creation and Collaboration labs. In a press release Joanna Jasper, Catawba CIO stated:
"By moving to Fibrant's 10 Gbps speeds, the College is in a better position to differentiate itself. We can bring world-class broadband services to our campus community to support the next generation of educational applications."
"The future is all about rich immersive digital media and being able to communicate and collaborate with others in real-time regardless of where people are in time and space."
The city of Salisbury hopes this new standard will set it apart from other North Carolina communities and entice more economic development. From a BizJournals article:
“It helps us differentiate ourselves” among cities and states seeking technology companies, [says Kent Winrich, Director of Broadband and Infrastructure Services]. “It will attract international companies. It’s not sniping businesses from Charlotte.”
Winrich sees Salisbury attracting technology companies that need the bandwidth for real-time connections to clients and suppliers — software developers and data centers, for example.
The network, which already offers gigabit connectivity to businesses and residents for around $100 per month, has attracted several businesses to a community that once struggled with job loss. Mayor Paul Woodson told WFAE that the investment in Fibrant grew out of necessity: