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Chanute City Commission Approves FTTH Plan

Chanute City Commission decided on June 9th to take the next step to bring ftth to the community; Commissioners voted unanimously to pursue and finalize funding to deploy a municipal network.

The City's current fiber network provides connectivity to schools, hospitals, electric utility and municipal facilities, the local college, and several businesses. Chanute has worked since 1984 to incrementally grow its network with no borrowing or bonding. Plans to expand the publicly owned infrastructure to every property on the electric grid began to take shape last year.

At a work session in May, Director of Utilities Larry Gates presented several possible scenarios, associated costs, and a variety of payback periods. The favored scenario includes Internet only from the City, with video and voice to be offered by a third party via the network. Residential symmetrical gigabit service will range from $40 - $50 depending on whether or not the subscriber lives in the city limits. Commercial service will be $75 per month. Advanced metering infrastructure will also be an integral part of the network.

The Commission authorized the pursuit of up to $14 million to get the project rolling.

Monticello Public Partners Light Up Fiber in Illinois

Kids in the Monticello Community Unified School District #25 (CUSD #25) are now enjoying a new publicly owned fiber optic network. The School District is one of four public partners that collaborated to install the network and share the $306,000 in deployment costs. The City of Monticello, Piatt County, and the Allerton Public Library began the project a year ago with the School District to execute a plan to improve local connectivity.

Approximately 5,000 people live in Monticello, the Piatt County Seat, located in the center of Illinois. The City operates water and wastewater services but not an electric utility. CUSD #25 includes approximately 1,600 students.

According to a Piatt County Journal article, the partners will equally share the annual $12,000 maintenance costs. They will also divide fees for managing the system, estimated at $5,000 - $10,000 per year; the partners will hire a third party to handle network operations. In the future, the School District may manage the network themselves to eliminate that expense.

We connected with Vic Zimmerman, Superintendent for CUSD #25 to find out more.

Until now, the District depended on a patchwork of T1 lines and DSL to connect their five facilities. The schools used four lines to obtain 170 Mbps bandwidth for which they paid $3,500 per month. According to Zimmerman, CUSD #25 rarely received speeds faster than 50 Mbps.

The school has added wireless access points to its five schools to enable Wi-Fi, but lacked the necessary bandwidth to run the system efficiently. Student smartphones on the guest network exacerbated the problem. Zimmerman and CUSD knew they needed more bandwidth to handle future technology demands; they needed fiber.

Piatt County, the City of Monticello, and the Library suffered similar problems. When they approached incumbent providers Verizon and Frontier, they were told fiber would be brought into the area but neither knew when.

Approximately two years ago, Metro Communications (Metro) was deploying a fiber network to service cell phone carriers. The planned route went directly through the center of Monticello. 

The partners approached Metro with a proposal. They would pay for half of the deployment costs for the section that went throught town. In exchange, Metro would bury an additional conduit and allow the partners to access some of the fiber. Metro ran fiber to the edge of properties lines of each entity.

CUSD #25 was the first to connect their facilities. Zimmerman expects the other three partners to be connected and lit by the end of the summer. Once the Library, the County, and the City connect the facilities, the total number of facilities on the network will be 20 - 25.

Through their intergovernmental agreement, the County paid for Metro for the total and each if the entities will reimburse one fourth of the cost. None of the entities bonded or borrowed.

The fiber network will allow the District to purchase 200 Mbps of bandwidth for $1,750 per month. Zimmerman notes that a bump up to 750 Mbps would cost about the same amount they paid when leasing four T1s. With the new infrastructure, CUSD #25 will be able to increase bandwidth in the future; speed between facilities reaches 1 Gbps.

Savings

The District used Capital Improvement funds for their share of deployment. When factoring in CUSD #25's total costs for monthly access, estimated maintenance fees, and estimated operating costs, CUSD #25 will save $16,750 per year on the new network. In other words, the district's investment will pay for itself in 4.5 years. This calculation only considers direct cost savings and does not take into account indirect savings. CUSD #25 will pay about half as much for four times as much capacity.

Technology staff at the District, spoke to the Piatt County Journal:

Todd Wiegel, a school district technology assistant, said it sets up the district for having the ability for all students to log in with a device at school.

“We could not handle that amount of machines on our (previous) infrastructure,” said Wiegel. “It was like trying to fit an elephant through a garden hose.”

...

“The speeds have definitely stabilized,” added Wiegel.

When the remaining partners begin using the network, all four will share bandwidth from Metro and reimburse the School District, reducing costs even further.

Earlier this year, a private buyer approached the joint committee charged with planning and executing the project. A February article described the situation:

A preliminary meeting with the potential buyer showed the company was not interested in providing the faster fiber optic speeds to residential customers, which did not sit well with Monticello City Superintendent Floyd Allsop.

"I just want assurances that they would work something out with somebody on residential so that we're meeting our goals," said Allsop. "And you would think they would want to do that, but we don't know they want to do that."

Selling the system would relieve local entities from the cost of maintaining the fiber, but Keith did not think it made sense to do it this soon.

"Once we sell it, we've got no say over it, where if we hire an outside company to maintain it, we've still got a say," said Keith.

As the network is fired up, the partners are considering future uses. Eventually, they hope to expand the network to a ring structure to improve redundency. They intend to lease dark fiber to a private provider to spur economic development and possibly provide residential services. The partners do not want to become and ISP:

It may be a while before businesses and homes can hook into the fiber, but it is on the committee’s radar. A plan that would lease extra fiber – the entities will likely use just 20 of the 78 thin fibers that were installed – in exchange for maintenance was discussed, but that plan fell through.

Now the plan is to take bids for a company to lease or purchase fiber with the intention of eventually providing commercial and residential service.

Image of Piatt County Courthouse used under Creative Commons license, courtesy of Dual Freq.

Connected Communities in an Age of Digital Learning: Webcast Archive Available

On February 27, the New America Foundation presented the live webcast, "Connected Communities in an Age of Digital Learning: A Vision for a 21st Century E-rate Program."

The webcast addressing the modernization of the E-rate program is now archived and available to view.

As technology advances, schools must find ways to keep up. At the root of their success is connectivity in the communities. From the announcement:

Yet many communities lack robust Internet connectivity, which is a key prerequisite to using these tools. Libraries and schools across the country report that they do not have the necessary speeds and equipment to support the digital learning environments of today, let alone tomorrow. Sustaining and upgrading the Internet infrastructure that supports these community anchor institutions is critical. And in addition to physical infrastructure, these communities need investments in social infrastructure: support systems in and around community institutions that help facilitate digital literacy, support broadband access, and encourage meaningful broadband adoption. 

The panel included experts in education, library science, and technology. Featured speakers were:

Video: 
See video

Save the White Spaces! From Public Knowledge

The FCC is now contemplating how much newly freed spectrum to retain for public use and how much to auction off to private companies for their exclusive use. Public Knowledge is leading the effort to ensure we retain enough shared spectrum to unleash more innovation and public benefits rather than simply padding the profits of a few massive firms that already control plenty of it.

In addition to the Gigabit Libraries Network's White Spaces Pilot Project, we have shared white space technology stories from North Carolina and New York

Public Knowledge recently created a video on the prevalence of spectrum in our lives, included below. Most of us take for granted the fact that shared (or unlicensed) spectrum permeates our culture. 

Instead of sitting by while the resource is auctioned off to the highest bidder, Public Knowledge has also created a petition to retain the spectrum needed for white space technology to spur more innovation. From the petition:

One of the most promising new technologies uses the empty spaces between television channels, the so-called "TV white spaces" (TVWS). The United States currently leads the world in this new technology. In the few short years since the FCC approved use of the TVWS, companies have built and shipped equipment to bring needed broadband to rural communities, creating jobs and expanding opportunities.

...

We call on the FCC to set aside 4 reclaimed TV channels, or 24 MHz, for TV white spaces. This will still leave the FCC more than enough to auction to wireless companies for their commercial needs. By reserving 24 MHz of "unlicensed" spectrum across the country for TV white spaces, the FCC will encourage further innovation in wireless services and foster the growth of next generation WiFi contributing billions of dollars in new products and consumer savings.

Video: 
See video

Colorado and Mississippi Test White Space Technology

We recently reported on the WhiteSpaces Pilot Project from the Gigabit Libraries Network (GLN). In order to find out the results in the trenches, we contacted two participant communities: Delta County, Colorado and Pascagoula, Mississippi.

The project connects libraries with vendors that supply equipment tapping into what has been television spectrum, or "white spaces." A Wi-Fi signal travels farther on white space spectrum and can travel through obstacles such as buildings and trees. 

The five libraries in the Delta County Libraries system serve a community of approximately 30,000 people. Most residents live on farms or in small towns scattered throughout the county. The libraries all offer free Wi-Fi and serve as places to socialize, connect, and hold community meetings. Library District staff installed the equipment in the library in Paonia, population 1,500.

TDS Telecom and Skybeam offer limited Internet access in the area, but many people do not live in the service areas or cannot afford the steep rates. John Gavan, IT Manager of the Libraries system, predicts that 90% of visits to the facilities focus on Internet access.

When the Delta County Library in Paonia closes down every night, the parking lot is usually filled with people tapping into the library's free Wi-Fi. The GLN WhiteSpaces Pilot went live in Paonia in October 2013. The library's Wi-Fi now sends a signal down the main street in town. They recently created a second hotspot to extend free Wi-Fi even farther. The community hopes to transmit the signal to a park located one mile from the library so summer festival vendors can to use the Wi-Fi for credit card transactions.

Gavan describes the technology as an easy set-up with minimal tech support from the vendor. The terrain in Delta County includes significant hills and trees. The ability to send the signal through obstacles is a major plus in Paonia, where the terrain can be challenging. As an IT Manager, he especially appreciates the ability to monitor and manage the white space network from any Internet connection.

The pilot project will run through 2013. Delta County Libraries will then have the option to purchase the equipment or to return it to the vendor. In Paonia, the equipment will cost approximately $5,800. According to Gavan, it is a small price to pay for the benefit the community receives from the technology.

Unfortunately, tough economic times have negatively impacted budgets in Paonia and Delta County. A proposed mill levy that would have paid for the equipment did not pass. One of the area's major employers - a coal mining facility - announced it will soon be closing down. The loss of jobs will remove $400 million worth of income from the region and community leaders are understandably concerned. Gavan and the Delta County Libraries have launched a Kickstarter campaign to raise funds to keep the equipment. They realize access to the Internet will be even more crucial as people search for employment.

Pascagoula Mississippi logol

In Pascagoula, Mississippi, the School District is also a pilot project participant. In addition to extending the school's Wi-Fi, the coastal community will explore public safety uses. Pascagoula was affected by Hurricane Katrina in 2005 and community leaders are considering white space technology for disaster readiness preparation.

Pascagoula also plans to use the technology to replace a DSL connection to their Adult Learning Center. According to Toby Bradley, School District Network Administrator, the connection will triple the bandwidth and save approximately $200 per month in service charges. Bradley notes:

We approached the pilot a bit differently than the other applicants, in that we were looking at rapid and easy deployment for both permanent and portable connections at a variety of locations that we cannot justify permanent Internet connections to our fiber network or the high cost of leasing services from an ISP on a regular basis. 

As time goes on, we will discover more sites, and expand our TVWS equipment inventory. It fills a niche between very expensive dedicated links, or expensive service contracts. We have also worked on simplifying setup and teardown, and we can have a remote site up and running in less than 10 minutes. Testing remote locations has allowed us to pre-program locations, sources of electrical power, antenna positioning, etc. 

Badley describes the technology as promising but notes that performance levels are inconsistent. He sees a fair degree of trial and error as the community learns the limits of the technology.

For more on the GLN WhiteSpaces Pilot Project, listen to Christopher interview Don Means in Episode 79 of the Broadband Bits podcast.

White Space Pilot Project Brings Basic Internet From Library to Residents … For Free!

The Gigabit Libraries Network (GLN) has orchestrated a pilot project to optimize white space technology for connectivity in and near community libraries and schools. We discussed this approach on our most recent podcast with Don Means, coordinator of the project.

White spaces wireless, sometimes referred to as "Super Wi-Fi" or "TVWS," can provide limited access in rural areas with limited funds and limited connectivity options. The technology is still in the development stage but creative people working in community libraries are finding new ways to use it.

GLN's goal is to bring next generation connectivity to all 16,000 libraries in the U.S. The organization grew out the 2007 "Fiber to the Library" Campaign from the Community TeleStructure Initiative. The initiative is a collaboration of institutions of higher education, corporations serving the higher education technology market, and related entities. GLN advances the idea that anchor networks, like those at the library, are cost effective ways to serve populations and to create middle mile access.

"White spaces" are the unlicensed low-frequency spectrum that was reserved for television signals prior to digitization of television. (If you are REALLY old, like me, you remember the "UHF" and "VHF" dials on the ol' black-and-white.) As we transitioned to digital TV, the spectrum was abandoned. White spaces differ from traditional point-to-point wireless spectrum because they do not require a line of sight. Buildings, trees, or other obstacles do not stop the signals. Thurman, New York, and New Hanover County in North Carolina use white space technology for limited Internet access in their areas.

White space technology is not a replacement for next generation high-speed networks but can operate as a complement to an existing connection, expanding the reach of a library's free Wi-Fi. The network is not mobile but can be used for a nomadic fixed wireless remote as on a bookmobile. Early testing of pilot networks indicates the signal provides an average of 5 Mbps from the anchor station throughout the hotspot, depending on the conditions. The technology provides a basic level of service for email and web surfing. Users cannot stream video or use bandwidth hungry applications but when a user has no other access, "The value of the first Mbps is worth more than the next ninety-nine," says Don Means, GLN Coordinator.

GLN published an open call in July 2013 to libraries seeking proposals for innovative uses for white space technology. Sixty communities submitted proposals, surprising them by the volume and creativity of proposals. GLN considered a variety of factors, including innovative ideas that would benefit the community, the presence of access to backhaul to support the Wi-Fi, and accessibility of Internet access.

Humbolt County Library

Ultimately, they chose six respondents to participate, including the Humbolt County Library in California; the Skokie Public Library in Illinois; Pascagoula, Mississippi; Delta County Libraries in Colorado; the University of New Hampshire WhiteSpace Consortium; and several libraries in the Kansas City, Kansas Public Library System. When the pilot is complete the libraries will have the option to purchase the equipment or to return it to the vendor. Prices vary from $5,000 - $8,000 for a base station and one to three remote location equipment packages. The Paonia, Colorado, library has created a kickstarted campaign to raise the funds for purchasing the equipment. 

White space is not yet available for commercial use, making it ideal for a pilot project. Unlike traditional Wi-Fi, white space technology requires cognitive radios to function. There are three FCC Certified TVWS Databases: iconnectiv, SpectrumBridge, and Google. When a device is activated, it connects with one of those databases to find available channels. Each device must be certified with one of those databases to access a chanel. At this point, there are no vendors that have certification for the equipment they provide. Once the vendors receive certification from the FCC, commercial use will follow. 

According to GLN, the distance between many U.S. library branches is consistent with the reach of white space technology, approximately five miles. If plans to connect them all include schools as base stations or remotes, much of the United States could have access to free, basic Wi-Fi Internet access.

The idea of reserving some of this spectrum for public use has been debated. The idea of an extensive free "network of networks"  sounds radical at first blush. Here is Harold Feld and his Tales of the Sausage Factory blog:

Hmmm . . . . a best effort “network of networks” voluntarily exchanging traffic through the use of common protocols . . . that sounds vaguely familiar.  Why yes, that’s the Internet! The “network of networks” that runs on best efforts. And some of us are old enough to remember when the idea of millions of independent networks voluntarily agreeing to exchange best efforts traffic would become a meaningful global medium of communications was laughed at, sneered and scorned by the carrier world and the Collective Wisdom generally. “Who on Earth would manage such a system? How could you get connections? Why would people possibly put meaningful traffic on a best efforts and therefore inherently unreliable network? Don’t sell the bike shop Orville, that’s just crazy talk!”

The idea of self organizing networks, where each individual network contributes some resource because it derives benefit of some sort from the contribution, happens around every day. If you are reading this blog post, then you are participating in and using precisely the same kind of network that would emerge from making enough high-quality spectrum available for bigger, better WiFi.

Means describes libraries as "natural community laboratories for innovation." As gathering places in the community that are funded with local dollars, libraries are the ideal place for white space experimentation on a local level. We'll follow this story with another post next week looking at some of the pilot projects.

Don Means on Libraries and White Spaces - Community Broadband Bits Episode 79

This week, Don Means joins us to talk about public libraries, their role in the modern era, and an interesting pilot project involving several libraries and white spaces wireless technology. Don is the coordinator of the Gigabit Libraries Network and has a passion for both libraries and expanding Internet access to all.

We offer some basic background on "TV white spaces" wireless technology (see our other coverage of that technology here). The pilot libraries in this project are using white spaces as backhaul from a library branch location to nearby areas where they have created Wi-Fi hot spots.

Libraries involved with the project are located in Kansas, New Hampshire, Colorado, Illinois, Mississippi, and California.

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 15 minutes long and can be played below on this page or via iTunes or via the tool of your choice using this feed.

Listen to previous episodes here. You can can download this Mp3 file directly from here.

Thanks to Haggard Beat for the music, licensed using Creative Commons.

Small Illinois City Plans to Light Fiber Network By 2014

Monticello anticipates firing up its own fiber network by the start of 2014. The News-Gazette reports the town of 5,300 plans to use the network to serve government offices. 

The City, Piatt County, Monticello Community Unit School District #25, and the Allerton Public Library District collaborated to share costs for the installation. The four entities will split the $160,000 deployment costs for the underground network. The News-Gazette reports conduit is now in the ground and ready for fiber optic cable; construction began in the spring. The four entities are looking for a company to manage the system and exploring options for Internet access:

[Piatt County Board Member Randy] Keith said they also need to purchase high-speed Internet access, with one possibility being the Illinois Century Network. The state has installed about 1,000 miles of fiber along interstates in Illinois, including a swath that runs by Monticello.

Hopes are that the project will put the city on the technological cutting edge. For the school system, it will speed up a district goal to allow every student in the district to be on a computer or handheld device at the same time.

Platt County Courthouse used under Creative Commons license, courtesy of Dual Freq.

Longmont Prepares to Vote on Fiber Bonds - Community Broadband Bits Episode #68

As Longmont prepares to vote on November 5, we are paying special attention to question 2B, which will authorize the city utility to issue revenue bonds to finance the FTTH network already being built. The successful referendum from 2011 gave the City authority to build the network and this referendum, if successful, will finance a rapid expansion rather than the present incremental approach that will take decades.

We have a double interview today, with Vince Jordan rejoining the show from Longmont Power and Communications. He previously spoke with us on episode 10 but today he just gives us the facts about the network and scenarios of what will happen depending on how the city votes.

The second interview is with George Oliver, co-founder of the grassroots group Friends of Fiber that is advocating for people to vote yes on question 2B. George explains the benefits of passing this debt, namely that area residents and businesses will gain access to a world class networks without increasing any taxes.

Friends of Fiber is on Twitter and Facebook. Read our other stories on Longmont 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 30 minutes long and can be played below on this page or via iTunes or via the tool of your choice using this feed.

Listen to previous episodes here. You can can download this Mp3 file directly from here.

Thanks to Break the Bans for the music, licensed using Creative Commons.

Broadband for Schools and Libraries on the Agenda at Oct. 1 SHLB Event

The Schools, Health & Libraries Broadband Coalition (SHLB) will present a webcast via BroadbandUS.TV tomorrow, October 1. The event focuses on broadband in schools and libraries. The webcast, titled The Importance of High-Capacity Bandwidth for Schools and Libraries runs from 9:30 a.m. to 3:30 p.m. ET. 

Presenters from schools, libraries, vendors, and broadband coalitions will address some of the issues most pressing for schools and libraries. The discussions provide a special emphasis on E-rate as the FCC reviews the program during the current Notice of Proposed Rule Making [PDF]:

Panel #1: How Can the E-rate Program Support High Capacity Broadband?

Panel #2: Wireless and Internal Connections; What Options Are Available to Bring Broadband into the Classroom and Out to the Community?

Panel #3: How can the E-rate Program be Strengthened for the Long-Term?

In addition to panel discussion, Tom Power, Deputy Chief Technology Officer for Telecommunications, Office of Science and Technology, Executive Office of the President, will speak.

Register here for the event. (There is a charge to attend whether in person or by stream.)