Tag: "middle mile"

Posted May 16, 2013 by Lisa Gonzalez

Back in December, 2009, Vice President Biden travelled to Dawsonville, Georgia, to officially kick off the American Recovery and Reinvestment Act (ARRA) program. The first award, a grant of $33.5 million, went to the North Georgia Network Cooperative. The group combined that grant with local and state funding and in May, 2012, lit the North Georgia Network (NGN).

We spoke with Paul Belk, CEO of NGN, who shared the network's story and described how it is improving economic development while serving schools and government across the region. We also recently published a podcast interview with Paul Belk.

In 2007, Bruce Abraham was the Lumpkin County Development Authority President and could not recruit new business to the region. Atlanta is only 60 miles away but companies and entrepeneurs were not willing to branch out toward north Georgia. Business leaders repeatedly told Abraham they were not interested because of the lack of broadband. DSL was available from Windstream, but businesses kept telling Abraham, "That's not broadband." North Georgia was losing jobs and there was no strategy to replace them.

Abraham found economic development representatives from Forsyth, White, Union, and Dawson counties shared the same problem. With North Georgia College & State University in Dahlonega, the group decided to address the problem together.

In 2008, they received a OneGeorgia Authority BRIDGE grant. They used the $100,000 award to commission a feasibility study that suggested the area had potential as a new tech hub. The study also indicated that the region's traditional manufacturing and agricultural industries would continue to dwindle. The group, determined to pursue the establishment of a new tech economy, knew the first step would be next-generation infrastructure.

In 2009, two local electric cooperatives joined the group and it incorporated to become the nonprofit North Georgia Network Cooperative. With the addition of the Habersham and Blue Ridge Mountain...

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Posted April 12, 2013 by Lisa Gonzalez

The Massachusetts Broadband Initiative's (MBI) MassBroadband 123 network is becoming a reality. On March 28th, MBI lit up the first 35-mile stretch, linking Sandisfield, traveling through Otis, and connecting at the Springfield Technical Community College Technology Park hub. The inaugural connection was the first in a series of build outs that are scheduled to be completed by July 2013 [PDF of map and schedule].

MassBroadband 123 is the middle mile open access network snaking its way across central and western Massachusetts. The project, funded with $40 million in state bond proceeds and $45.4 million in stimulus funding, is scheduled to bring the 1,200 mile network to the anchor institutions in approximately 120 communities. While MassBroadband 123 will not offer last-mile connectivity to residents, it will bring the possibility to many rural areas that have little or no options today. Communities with their own networks, like Leverett, will be able to connect with MassBroadband 123. Hopes are that the open access nature of the network will inspire private providers to offer more last-mile connections.

MassLive.com reported on the first use of the network by school children in rural Otis. Kids at Farmington River Elementary School connected in Spanish with kids from Columbia and learned about physics from the NASA Goddard Space Fight Center in Maryland:

“It was really excellent,” said Mary G. Turo, principal of Farmington River Elementary, in a phone interview. 

...

“We are a little isolated,” Turo said. “Having the capability to bring the outside world to us, you cannot put a price on it. We want our kids to be ready for the future. In order to be ready to for the future they have to know what is going on outside their hometown .”

Judith Dumont, director of MBI, compares the expansion of the network to government efforts to expand electricity in the 1930s. From the article:

Back then...

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Posted April 8, 2013 by Lisa Gonzalez

Another county in Washington will soon be connected via a community owned fiber network. Peter Quinn, of the Economic Development Committee Team Jefferson, tells us that the Public Utility District of Jefferson County will be investing in the new infrastructure. The Northwest Open Access Network (NoaNet), will operate the Jefferson County network for at least the next five years.

Nonprofit NoaNet has been expanding wholesale fiber infrastructure across Washington since 2000. NoaNet works with local communities to bring the fiber backbone to community anchor institutions (CAIs) such as schools, libraries, hospitals, and government facilities.

The Jefferson County project is funded with a $3.2 million American Reinvestment and Recovery Act (ARRA) stimulus grant and a county contribution of $500,000. The network should measure approximately 70-100 miles, and connections to CAIs are expected to be 100 Mbps, however the planning is still in process.

The network will connect community anchor institutions including county schools, public safety facilities, city and county government facilities, several local libraries, healthcare clinics and hospitals, and state parks. Towns that will receive anchor connections include the City of Port Townsend, Port Ludlow, the Port of Port Townsend, Quilcene, Brinnon, and Chimacum. Approximately 90 community anchor institutions will be connected through fiber or the planned wireless network. Wireless will be offered where geography and expense preclude fiber installation.

Construction will start April 8th with a planned completion date of August 5th, 2013. Jefferson PUD will own the network and independent ISPs will provide service to the anchor institutions and have the option of expanding the network to serve local businesses and residents.

The plan is divided into three "tiers" and described on the Jefferson PUD Broadband Project website:

Tier 1 are anchor institutions that must have service to be compliant with the grant. 

Tier 2 are sites of anchor institutions that weren't initially submitted with the grant.

Tier 3 are locations that will be provided service if resources are available.

Tier 2 will include...

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Posted December 23, 2012 by Lisa Gonzalez

After six years in the making, the OpenCape network is soon to be delivering services. According to a Sandwich Wicked Local article, town selectmen were informed on December 6th that the Brockton-to-Plymouth stretch of the network will be activated before the end of 2012 for testing. We brought you detailed news of the $40 million project earlier this year.

Funded with a $32 million Broadband Technology Opportunity Program (BTOP) grant and $8 million from the state, county, and private venture firm CapeNet. According to the article, 200 miles of fiber are installed and 50 are in construction or are being leased. Construction was set back when Hurrican Sandy hit the east coast. Verizon NStar crews, working on the install, were all pulled and sent to New York and New Jersey.

The news from OpenCape Chief Executive Officer Dan Vortherms was welcome. The community has been waiting patiently to tap into the improved access, economic development, and cost savings. From the article:

Selectman Frank Pannorfi said broadband might service several initiatives the town has planned for some time; alluding perhaps to South Sandwich Village and its business potential.

“We’ve been waiting for this a long time,” Pannorfi said.

A much needed data center is just beginning construction. The data center and the network will belong to the non-profit OpenCape. The purpose of the middle-mile network is to "support the economic, educational, public safety and governmental needs of the region.

Posted December 12, 2012 by Lisa Gonzalez

Back in 2010, we reported on SuperNet in Alberta, Canada. We noted how, even though it resulted in significant middle-mile infrastructure expansion, there were still many, many Canadians along the route that were not connected. We drew a parallel between that experience and the focus on middle mile infrastructure via the broadband stimulus programs.

In October, Broadband Communities Magazine carried Craig Settles' article on Olds, a small community in Alberta that overcame the last-mile challenge by working for over 10 years to create that last-mile connection, culminating in O-Net. This town is an inspiration for other communities who decide to take matters into their own hands and find a way to get members connected and engaged. 

Settles tells how the process began as a collaborative effort to get organized and revitalize the economy. A technology committee was charged with bringing fiber throughout the county, but the expense was prohibitive. From the article:

"The initial estimate to lay fiber optic cable throughout the county was approximately $80 million [Canadian dollars], well beyond OICRD's [Olds Institute for Community and Regional Development] funding ceiling,” states Joe Gustafson, who was OICRD chairman at that time. “The Tech Committee subsequently refocused on just the town of Olds and its population of just over 8,000, which brought the estimate down to $13.5 million, or about $3,140 per premises passed.”

The story goes on, taking us through several stops and starts the community experienced when working with private providers:

“To date, few incumbents see value in working with a community on a network such as this,” states Craig Dobson, currently the director of Olds Fibre Ltd. (OFL) and initially a consultant for the institute. “In essence, they believe strongly in facilities-based competition and appear to be threatened by market- based services competition that open- access networks enable.” Open-access networks rely on service providers for revenue – without them, the networks are not sustainable.

After working with the private...

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Posted October 24, 2012 by Lisa Gonzalez

The nonprofit Merit Network, Inc., of Michigan, started in 1966 as a way to provide networking help to the state's research and educational facilities across the state. Over the years, the organization has kept up with the times and is now spearheading the Rural, Education, Anchor, Community and Healthcare - Michigan Middle Mile Collaborative (REACH-3MC II) project.

The project will bring connectivity to community anchor institutions and underserved rural communities in the Upper and Lower Peninsulas. The exentive fiber project is funded with two Broadband Technologies Opportunities Program (BTOP) grants totaling $103.2 million. When completed, Upper and Lower Michigan will house an additional 2,287 miles of fiber.

Matt Roush recently reported on the project, which is well underway in Monroe County in the southern part of the state. Roush brought news about installation of telecommunications huts, an early step in expanding the network into northern Michigican. From the article:

REACH-3MC will connect 105 community anchor institutions as the network is built and will pass 900 more over time. Led by Merit Network, REACH-3MC includes sub-recipients from the private sector to make broadband readily available to households and businesses that lack adequate service options in the 52 counties that make up the project service area.

For more details on the project, including a map of the proposed routes, follow this link to a PDF of the project overview.

 

Posted July 20, 2012 by Lisa Gonzalez

In 2011, we brought you information about New Hampshire FastRoads, an open access project. At the time, the discussion centered around legislative events. We decided to look into the FastRoads project for an update.

The FastRoads project received partial funding from the Network New Hampshire Now (NNHN) project and its American Recovery and Reinvestment grants. Private donations and matching funds added to the $65.9 million budget to expand broadband across the state. The entire NNHN network planning includes middle- and last-mile fiber installations, along with a middle-mile microwave public safety network. The NNHN network will span ten counties, some of which are still relying on dial-up.

The FastRoads network will bring together 22 communities and 220 Community Anchor Institutions on the western side of the state. The project also includes last-mile networks in Rindge and Enfield and is expected to connect approximately 1,300 businesses and residents in those two towns, many who rely on dial-up.

In March, 2011, FastRoads began the first phase of the project when it awarded the design and project management contract to Design Nine. According to the Design Nine website, the fiber build- out will cover 25% of the entire state.

Shortly after hiring Design Nine, FastRoads released a Request for Qualifications (RFQ) for the building phase of the network. The contract went to Clemsford, Massachusetts' Waveguide last October.

Completion of the project is scheduled for June 30, 2013.

Posted July 13, 2012 by Christopher Mitchell

Fresno's loss will be Provo's gain. Why? Because Provo built its own network and can meet the modern telecommunications needs of businesses. A company is moving from Clovis, in Fresno County (California), to Provo, Utah. The Business Journal covered the story:

Clovis-based Secure Customer Relations, Inc., plans to move its entire operation to Provo, Utah this month, resulting in the loss of 98 jobs.

...

Secure Customer Relations operates a call center that specializes in appointment setting, client prospecting and other functions on behalf of the insurance industry.

Overall, the cost of operations in Provo would be a savings over Clovis, Carter said, including labor costs. He added that Clovis does not have the same level of fiber optic infrastructure as Provo.

Interestingly, Clovis is slated to get better access to broadband as part of the stimulus-funded Central Valley Next-Generation Broadband Infrastructure Project. Unfortunately, that is one of them any middle mile projects that will connect community anchors but not offer any immediate benefits to local businesses and residents. It is a middle mile project, not a last-mile project that would build a fiber-optic access network like Provo has connecting everyone.

This is not to demean the middle-mile project, but such things are often misunderstood (sometimes due to deliberate obfuscations by those promoting them).

And speaking of obfuscation, the Economic Development Corporation of Utah apparently wants the Utah state government to take credit for this company moving to Provo.

"We move a lot of data and need high capacity," CEO Carter Beck told the Journal last week. His company specializes in appointment setting, client prospecting and other functions on behalf of the insurance industry.

The relocation of companies like Secure Customer Relations, Inc. to Utah reaffirms the conclusions of a Utah Broadband Advisory Council Report released last week by the Utah Broadband Project and the Governor's Office of Economic Development (GOED) -- that...

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Posted April 16, 2012 by Lisa Gonzalez

Wise people say that collaboration often leads to a better result than individual efforts. Recently, I was reminded of the benefits of different levels of collaboration, as they relate to community networks, in two separate articles about fiber-optic expansion in Wisconsin.

First, is a recent Randy Happel article in Trenchless Technology, about how UW-Extension is working with a private telecommunications network design, engineering, and construction firm to expand the fiber-optic landscape in their state.  Over thirty-seven million dollars in stimulus funding for UW-Extension through the American Recovery and Reinvestment Act (ARRA) is allocted as part of the Broadband Technology Opportunities Program (BTOP). The result will be a 630-mile fiber-optic network to help improve connectivity in Wisconsin.

CCI Systems, the private partner, has been around since 1955 and has a history in CATV networks. From the Happel article:

“Public-private partnerships are our expertise,” says Dave Mattia, director of operations for CCI Systems. “We are also quite adept at working within the parameters for the federal funding programs. Our experience and expertise in designing and building broadband, fiber-optic communications networks are great assets to our partners.”

“Our approach is extremely disciplined and methodical,” says Cory Heigl, director of business development for CCI Systems. “Collaboration, listening and cooperation are critical to maximize project efficiencies. Other firms may start by choosing a technology. We begin by listening and identifying the desired end result. Our approach streamlines the process and has proven most effective in securing funding, especially grants and stimulus money.”

After fiber installation is complete, scheduled for June 2013, CCI Systems will shift from installation and design to maintenance and support. After the long battle with AT&T, working with a cooperative partner like CCI Systems must be a welcome relief for UW-Extension.

UW-Extension and CCI Systems are partnering to create...

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Posted April 13, 2012 by Lisa Gonzalez

Washington's Olympic Peninsula is one step closer to being laced in a new fiber-optic network. The first link in the new Peninsula-wide broadband project is between Blyn and Sequim and will serve the Jamestown S'Klallam tribe from its new Blyn library to a local medical clinic located in Jamestown. Also benefiting from the new expansion will be the Sequim Library.  Thirty people, including state and federal elected officials, a representative from the Jamestown S'Klallam tribe, NoaNet, and local public safety professionals, recently gathered together at the Sequim Library to celebrate the new expansion, as reported by Jeff Chew in the Peninsula Daily News.

Clallum County PUD's network is part of NoaNet, an open access wholesale only network, and now has 24 miles of fiber-optic cables between Port Angeles and Sequim. From Chew's artcle:

“High-speed broadband is the most exciting thing that has happened in law enforcement in my career,” Port Angeles Police Chief Terry Gallagher told about 30 at the Sequim Library.

Gallagher said broadband Internet will allow officers to work faster and more efficiently, enabling them to multitask in their patrol cars, such as checking a motorist's identification while checking on a city webcam and communicating all at once.

The construction of the project is overseen by NoaNet. The network is planned to run from Brinnon to Port Ludlow and  Port Townsend and then across the Olympic Peninsula to Neah Bay to Forks. This portion of the project, from Blyn to Sequim, was chosen first  because it was part of the first round of funding and because it is less complex than other legs of the network.

Thirty-six counties, 170 communities, and over 2,000 anchor institutions (schools, libraries, public safety facilities, etc.) will benefit with better connectivity, funded with approximately $140 million ARRA (...

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