open access

Content tagged with "open access"

Displaying 321 - 330 of 443

Broadband Communities Mag Publishes List of Municipal Fiber Networks

This summer, Broadband Communities Magazine published its list of 135 municipalities that have invested in their own FTTH networks. In the May/June issue, Masha Zager finds that a growing number of communities are building fiber to the home networks. Subscriptions to the magazine are available here.

In her accompanying article [PDF], Zager describes her precise criteria for inclusion on the list:

All the network deployers on this list

Are public entities, consortia of public entities, consortia of public and private entities or, in a few cases, private entities that benefited from significant investment or participation by local governments. 

Own all-fiber networks that connect local homes or businesses to the Internet (or are actively developing such networks). 

Make available – directly or through retailers – such services as voice, Internet access or video (or are planning such services). 

Zager left out commuities with Institutional Networks (I-Nets) that only serve government or schools. The list also omits communities that only lease dark fiber and those that provide services over cable or wireless.

The article discusses commonalities between municipal network communities, including the fact that many communities first run their own electric utility. Often I-Nets come first, serving municipal facilities, schools, and libraries. Next the network will serve commercial and industrial clients. Expansion to single and multi-dwelling households is usually the last step in community connectivity. As our readers know, the deployment and funding approaches can be as unique as the communities they serve.

Zager notes that a growing trend shows larger cities entering the telecommunications business. In the past, networks graced primarily small to mid-sized communities. Those communities were large enough to have necessary resources, but small enough to be ignored by major telecommunications providers.

Roanoke Valley in Virginia Pondering Municipal Network

The Roanoke Valley, nestled in Virginia's Blue Ridge Mountains, grapples with the same connectivity problems facing many communities in rural Virginia. Private providers have few incentives to invest in next-generation Internet networks because the low density population promises too little profit. 

Like Danville, Bristol, and the Rockbridge area, communities in the Roanoke Valley are taking matters into their own hands. A February 2013 Roanoke Times news article reported that local businesses and regional governments collaborated to fund a $50,000 study. The study recommended creating a broadband authority to investigate the possibility of building an open access network. The Roanoke Times has more recently reported that public hearings are on the schedule for August:

Public hearings are coming up next month in the city and county of Roanoke, Salem and Botetourt County on a plan for local governments to band together to form a Roanoke Valley Broadband Authority. It could work with the private sector to create a regional open-access, fiber-optic Internet network that would allow large and small service providers to compete on a level playing field. [A PDF of the schedule includes the proposed resolution and Articles of Incorporation for the Authority.]

Hamilton, Ohio, to Expand Fiber to Businesses and Schools

A part of the Cincinnati metro region, Hamilton sits in the extreme southwest corner of Ohio. The community of 63,000 will soon expand its fiber resources to spur economic development and improve education opportunities. Eric Schwartzberg from the Journal News reports that the City Council recently voted to support the city-owned electric utility's proposal to create a broadband utility and build a data center. Hamilton is a full service community, also offering sewer, water, and gas.

Hamilton's municipal facilities have used the city's fiber I-Net for over nine years, reports Schwartzberg, and they believe it now makes sense to connect schools and local businesses while opening the network to independent service providers. 

[Mark] Murray [a project manager for the city’s underground utilities] said the opportunity to offer broadband to businesses and schools is similar to what Hamilton does with the electricity it generates.

“If we were putting up poles and stringing wires and only providing that to city institutions or city buildings … why wouldn’t we offer electric to businesses?” he said. “Well, that’s the same question that’s being asked of our fiber optic network. We’ve made great use of it here within the city, but why not take this asset and offer it as a service to the businesses?”

...

“When you start to see this type of facility go in, it’s not unusual for regional or national start ups to want to take advantage of the opportunity to tap into our fiber network,” [Murray] said.

In January of 2012, the City's We Connect People Sub-Committee began investigating how best to use the City's fiber. They hired Magellan Advisors who estimates the project costs at $4.3 million to expand the fiber network, purchase equipment and build the data center, and to use for future capital improvements and maintenance. Murray said positive operating revenue would be expected in 2017 and 2018 would very likely show net income.

Shafter Fiber Network, Then, Now, and Next - Community Broadband Bits Episode #56

Last week, we discussed how Shafter's plans in California for a community fiber network changed with the Great Recession. Today we have an interview with Shafter Assistant City Manager Scott Hurlbert with an expanded discussion of how the community adjusted and what its next steps will be. Shafter transitioned from leased T1 lines to a city owned fiber network with gigabit connections between municipal facilities. As the network expands, it will do so with independent ISPs offering services as the local government prefers to focus in providing the physical infrastructure rather than delivering services directly. Unlike the majority of communities that have invested in their own networks, Shafter does not have a municipal electric utility. Nonetheless, local leaders see a fiber network in much the same light as the water system. They expect the fiber network to break even but do not expect large revenues from it - the point is for the infrastructure to enable economic development and a high quality of life that improves the entire community. Read the transcript from our conversation here. We want your feedback and suggestions for the show - please e-mail us or leave a comment below. Also, feel free to suggest other guests, topics, or questions you want us to address. This show is 25 minutes long and can be played below on this page or subscribe via iTunes or via the tool of your choice using this feed. Search for us in iTunes and leave a positive comment! Listen to previous episodes here. You can can download this Mp3 file directly from here. Find more episodes in our podcast index. Thanks to Break the Bans for the music, licensed using Creative Commons.

New Hampshire FastRoads to Partner With Sovernet

New Hampshire FastRoads will soon be working with Vermont's Sovernet to bring access to southern New Hampshire. According to the Brattleboro Reformer, Sovernet is ready to begin offering data and voice service as soon as the fiber infrastructure is complete.

"It's really exciting because while we do some business in New Hampshire we have not been able to do anything to the extent that we will be able to do on this fiber network," said Sovernet Vice President of Sale and Marketing Peter Stolley. "Needs over the Internet are constantly evolving and this gives us a virtually unlimited amount of speed to get to people."

Sovernet managed a similar project to New Hampshire Fastroads in Vermont, but in Vermont Sovernet installed and manages the fiber network.

FastRoads' open access model will provide infrastructure on which independent ISPs will offer service to community anchor institutions, businesses, and residents in underserved areas. The $7.6 million project is about 98% finished after a year-long installation period. New Hampshire Community Development Finance Authority, Monadnock Economic Development Authority and 42 towns in New Hampshire comprise the FastRoads collaborative effort.

Carole Monroe, New Hampshire FastRoads Executive Director told the Reformer:

"This project was done to reach the most rural and least served communities in this part of the state," Monroe said. "Up to now there has been no way to bring fiber to these homes and this is a great opportunity to get them that big broadband. We think that as more people come on board it will entice growth and allow us to expand our footprint to reach more businesses and homes."

We spoke with Monroe in Episode #36 of the Broadband Bits podcast. She shared a history of the challenges facing the collaborative and how the network was already bringing benefits to the community, even before launch.

Rockbridge Area Network Authority Close to Launch in Virginia

The Rockbridge Area Network Authority (RANA) is almost ready to launch its open access network in north central Virginia, home to about 22,000 people. A recipient of the BTOP stimulus program, the main focus is connecting community anchor institutions and spurring economic development. However, it has been built to allow service providers to also offer DSL to some residents in the area.

Dan Grim, GIS Manager for Rockbridge County, and one of the driving forces behind the network was kind enough to walk us through the project. In early 2007, the cities of Buena Vista, Lexington, and the County joined forces to commission a study to determine the need for a county wide broadband network. The three jurisdictions matched funding from the state Department of Housing and Community Development to pay for the study, completed in 2008.

Grim had already consulted with local provider, Rockbridge Global Village, about using a regional network to improve public safety mapping. Rockbridge Global Village President, Dusan Janjic, suggested a bigger project and that the three entities apply together for American Recovery and Reinvestment Act (ARRA) funding. 

Richard Peterson, Chief Technology Officer from nearby W&L determined that the school needed a new and updated data center. In 2009, RANA was officially formed as a collaboration between the local governments and Washington & Lee. The University joined the group and contributed $2.5 million toward a $3 million grant fund match. With the grant fund match to improve their chances, RANA applied for a $10 million BTOP award and received $6.9 million in funding through round two in 2010.

Peterson passed away in 2011. Grim notes that without Peterson, the network would never have expanded so far and may not have become a reality. The data center was later named after him to honor his memory. Network construction started in February 2012.

RANA Map

Small Michigan Town Issues RFP for FTTH Network

The community of Sebewaing, located in the "thumb" of Michigan is moving closer to its own FTTH network, which will be the first new municipal FTTH project in the state.

Because of a state law impinging on local authority in Michigan, local governments must first issue an RFP and can build a telecommunications network themselves if they receive fewer than three qualified bids. If the community builds the network themselves, it probably must adhere to the RFP as if it were a private entity. This approach ignores the fact that a community operates a network with different incentives than a private company, so the two are not interchangeable. 

We wanted to know more about this effort, so we contacted Melanie McCoy, Superintendent of the municipal utility Sebewaing Light and Water. We discovered that the town of 1,700 residents, known for its beet farming, has several factors going for it. 

Communities with their own utilities already in place have personnel, equipment, and expertise which saves money and time. And because they already own the utility poles, they are often able to get started quickly rather than waiting for other firms to do "make-ready," which can take months as wires are shifted on poles. Sebewaing has a municipal fiber loop currently in place - another plus. McCoy tells us the fiber was installed in 2001 and 2002 at a cost of about $50,000.

Private Internet choices were limited to dial-up for about $20 per month or a T1 connection for around $1,000 to $1,500 per month. At the time, Sebewaing Light and Water shared a T1 connection with local businesses.

Residents, business and government needed better connectivity and community leaders also realized the need to boost economic development. Sebewaing Light and Water leadership also wanted to increase efficiency with a SCADA system and considered a telecommunications utility a good investment. And looking toward the future, they knew installation of the fiber would position them favorabley for future investment. 

Catching Up on UC2B in Illinois - Community Broadband Bits Podcast #42

The home of the first web browser (Mosiac) is now building an exciting open access network - the twin cities of Urbana-Champaign received a stimulus award for UC2B (2B = Big Broadband). Episode #42 of Community Broadband Bits features Carol Ammons of the U-C Indepedent Media Center and Brandon Bowersox-Johnson, who is on the policy committee for the network and an Urbana City Council member. In our interview, we discuss how Urbana-Champaign received a unique stimulus award - the only urban FTTH network and what they are doing with it. It came after many years of organizing and working toward a broadband solution for the community. Now the Independent Media Center is helping to teach people how to take full advantage of the network. The network also received funds from the state, as Broadband Illinois has taken an active role in pushing for better broadband access and usage across the state. Read the transcript from this discussion here. We want your feedback and suggestions for the show - please e-mail us or leave a comment below. Also, feel free to suggest other guests, topics, or questions you want us to address. This show is 20 minutes long and can be played below on this page or subscribe via iTunes or via the tool of your choice using this feed. Search for us in iTunes and leave a positive comment! Listen to previous episodes here. You can can download this Mp3 file directly from here. Find more episodes in our podcast index. Thanks to Mount Carmel for the music, licensed using Creative Commons.

MassBroadband 123 Lights Up in Rural Massachusetts

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:

Jefferson County, Washington, Set to Build New Fiber Network

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.