Site Search

Entries in BTOP (25)

Wednesday
May092012

House Subcommittee Announces Broadband Loans and Grants Hearing

Hearing to be Held May 16, 2012

The House of Representatives Energy and Commerce Committee’s Subcommittee on Communications and Technology announced an upcoming hearing entitled “Broadband Loans and Grants.” The hearing will be held (and webcast) on Wednesday May 16, 2012 at 10:00 am. The Subcommittee has not yet released any information about witnesses or the questions it is seeking to answer, but Multichannel News had this to say:

“Republican House leaders have expressed concerns about how the BTOP loans and grants created by the American Recovery and Reinvestment Act are being spent, including to what degree they are being used to subsidize competition to existing service, and how the spending is being monitored by the government for waste, fraud and abuse. Those are the same issues that have concerned cable operators facing potential overbuilding with government dollars.”

The issue of using “government dollars” to subsidize broadband in areas that are already competitive came up in the recent Hill debates about the Farm Bill. The cable industry contributed to that debate as well, arguing that RUS loans were being used for subsidized competition. As far as BTOP is concerned, telecom operators have generally stayed clear from accusations of waste, fraud, and abuse. On the other hand, the state of West Virginia just came under fire for possibly wasting some of its $126m stimulus funding. The state allegedly spent over $22k apiece on routers intended for heavy-duty university and medical facilities, but were instead deployed in small libraries and health centers, according to FierceTelecom.

It will be interesting to see what the witnesses say at this hearing (and who the witnesses are, for that matter). JSICA will follow up with information about this hearing and report on the event.

Tuesday
Apr102012

BTOP Project OpenCapeNetwork is On Target for January 2013 Completion

Source: Ciena Press Release

CapeNet LLC (CapeNet) announced that it has chosen Ciena Corporation and Integration Partners (a secure network communications integrator and Ciena BizConnect partner) to provide coherent optical transport and Carrier Ethernet solutions for the 350-mile fiber optic OpenCape Network. The network is currently being constructed in southeastern Massachusetts and on Cape Cod. Ciena’s coherent optical processing lays the foundation to increase network bandwidth from 10G to 100G and beyond.

CapeNet is managing construction of the OpenCape Network, which is on target for completion by January, 2013. CapeNet will provide a portfolio of high-speed, business broadband services over the new fiber network. 

Funded through a Broadband Technology Opportunity Program (BTOP) infrastructure grant as part of the American Recovery and Reinvestment Act , the OpenCape Network will support regional businesses, government, education, libraries, research institutions, hospitals and public safety first responders.

On Cape Cod, the network will provide high-speed broadband connectivity to approximately 70 community anchor institutions, to include 30 libraries, five colleges, 15 town network hubs, and six research institutions. Throughout its entire footprint the network offers further opportunities to hundreds of additional anchor institutions and nearly 62,000 businesses.

CapeNet LLC is a joint venture between CapeNet Partners, Inc. and Lightbridge Communications.

Monday
Apr092012

BTOP Recipients Show Gains in Fiber Miles, New Broadband Subs

2011 Q4 BTOP Status Report Details Strong Progress Toward Meeting Goals

The National Telecommunications and Information Administration (NTIA) released its quarterly status report on the Broadband Technology Opportunities Program (BTOP) for Q4 2011, and the report shows strong gains in all funding recipients’ areas of focus. Since the 2010 Recovery Act, NTIA has invested around $4bn in 233 BTOP projects in every state, territory and the District of Columbia, including: 123 infrastructure projects ($3.5b), 66 Public Computer Center projects ($201m), 44 Sustainable Broadband Adoption projects ($251m), and 56 State Broadband Initiative projects ($293m). The quarterly status report concluded that “BTOP grant recipients collectively exceeded all performance goals established for FY11. Based on these positive results, NTIA established strong targets for FY12, taking into account progress made through FY11 and expected grant recipient performance through September 2012.”

Included in BTOP recipients’ successful endeavors, “the Program has delivered significant progress in areas such as new fiber-optic infrastructure construction, the opening of new Public Computer Centers (PCCs), and thousands of new broadband subscribers now experiencing the benefits of high-speed Internet services.” Recipients have now deployed 45,196 miles of fiber, up from 8,220 at the beginning of 2011—NTIA reports that 90% of the 2012 goal of 50k miles of fiber has been achieved already. According to NTIA, Mother Nature played a starring role in this achievement: “BTOP recipients benefited from unseasonably mild winter weather, which accelerated construction efforts. In some instances, contractors deployed additional crews to speed up the placement of fiber and underground conduit or the installation of microwave links on towers.”

Projects to connect community anchor institutions have also experienced success: “Last quarter, BTOP recipients connected and/or improved service to more than 2,211 anchor institutions within their project areas, bringing the total number of institutions to 6,374 across 35 states.” NTIA reports that recipients have reached 64% of the 2012 goal to connect 10,000 anchor institutions. Projects to “improve broadband access for the general public and vulnerable populations, such as low-income individuals, the unemployed, senior citizens, children, minorities, tribal communities, and people with disabilities” by installing PCCs reached 84% of the 2012 goal of 35k public workstations. Additionally, projects to increase Internet usage through digital literacy and job training led to “259,446 households and 1,279 businesses to subscribe to broadband services,” and more than 50k new subscribers signed up for broadband in Q4.  

NTIA provided some BTOP success stories from around the country, including:

  • Northwest Open Access Network (NoaNet) in Washington installed 120 new miles of fiber towards its goal of 830 total miles. NoaNet will “bring broadband connectivity to schools and community institutions in rural areas currently hampered by slow Internet and data connections.”
  • Com Net’s GigE PLUS Availability Coalition in Ohio deployed 140 miles of fiber towards its goal of 700 total miles. This project will ultimately “spur more affordable high-speed broadband access for approximately 737,000 households, 165,000 businesses, 2,900 institutions… [and] 300 public safety agencies.”
  • ENMR Telephone Cooperative in Texas and New Mexico connected 23 anchor institutions out of its goal of 200. NTIA explains, “ENMR will provide new broadband fiber and connectivity service, delivering Internet at discounted rates to local rural schools, state agencies, and other anchor facilities. This new network will also expand distance learning opportunities for students at schools and libraries in rural areas,” with speeds up to 1 Gbps.
  • The Nebraska Library Commission upgraded 126 PCCs at libraries across the state “to provide computer access, employment resources, and assistance with government services for communities with low broadband penetration and median incomes below the national average.” This project increased average speeds from 1.8 Mbps to 7.4 Mbps.
  • The Georgia Partnership for TeleHealth (GPT) connected 64 additional health care sites “providing free access to video conferencing and telemedicine equipment for more than 300 medical facilities, including hospitals, clinics, nursing homes, and public health departments.” This project includes outreach and awareness efforts like “free online education to rural Georgia physician office employees.”

The BTOP status report also includes information about grant expenditures, and NTIA reports that “BTOP recipients reached a significant milestone in late December 2011, surpassing $1b in total drawdowns…Federal outlays increased nearly 55 percent from the previous quarter, and matching funds contributed increased by more than 37 percent.” NTIA further explained administrative activities like recipient performance monitoring, site visits, and outreach efforts.

Overall, NTIA’s progress report appears to illustrate that the BTOP program is achieving its goals, although it does out provide details on how many new jobs have been created by the various programs. The report does however show that the funds are being used to improve broadband availability and adoption in rural, underserved, and vulnerable populations across the country. NTIA expects continued strong progress in 2012, and it looks like many of the 2012 goals will likely be met or exceeded.

Wednesday
Feb012012

For Peoples Telephone Coop, Not Even a Tsunami Will Stop Fiber Build

Peoples Telephone Cooperative Works to Build 600-Mile Fiber Network to Unserved Areas

Last week, while President Obama lamented “an incomplete high-speed broadband network” in rural areas and his Republican dissenters placed blame on the FCC for over-regulation, one thing was missing from the discussion: rural telecom providers. The truth is, the cries for “more broadband!” are only half of the story, when rural and independent telecommunications providers have made tremendous progress building out broadband networks in unserved and underserved areas. These are the companies and cooperatives we like to highlight here—to follow up on federal stimulus dollars and see how new broadband roll-outs have been received in rural communities.

Peoples Telephone Cooperative, based in Quitman, Texas, is one such example. The cooperative, which first opened its doors in the early 1950s, received a sizable stimulus grant in March of 2010 to lay over 600 miles of fiber optic cable throughout East Texas. The $36m project is being funded in part by $28m of federal BTOP grant and has encountered some delays. But according to PTC Marketing Director Lisa Webber, about 30% of the project is completed and the company has “already begun service contracts with several businesses along our new broadband network. We are also negotiating with the schools and hospitals along the route since providing connection to the anchor institutes is a primary focus of this project."

The broadband network will be an extensive one, connecting medical, educational and governmental institutions in 13 East Texas counties—some of which have few, if any, options for high-speed. While primarily a middle-mile network, PTC will also provide end-use infrastructure to residential customers. So far, Webber says, “The response from residential consumers has been encouraging as well. These potential customers currently have little or no broadband options and are very excited to see Peoples laying fiber in their area.”

In areas where competitors do provide high-speed service, it's usually “satellite providers such as HughesNet and Texas Cellnet” that attract customers, Webber said.

To some rural Texans (and, likely, to many politicians) the progress in rural broadband may seem slow, but laying fiber is, in reality, a sizable infrastructure project that takes time. And for PTC, there were some delays that no one could have predicted. For instance, Webber explained, “Much of the initial progress was delayed due to the fiber shortage caused by last year’s tsunami in Japan that damaged a major fiber supplier located in that area. We found ourselves in a line with our larger nationwide competitors, all vying for the first available fiber supplies.”

Assistant General Manager Steven Steele said, “When ATT, CenturyTel and Verizon go to a supplier that I’m using, I very seldom get a phone call back, so you can imagine what it has done to my fiber supply. We have been slowed almost to a complete stop several times as far.” To keep progressing, Steele said crews worked ahead to install conduit, making it easier to insert the fiber when shipments came in, and since last November shipments of optical fiber have picked up, allowing them to resume installation.

Talk about the repercussions of a global economy.

To date, PTC is finished with Phase I, and has moved into Phases II and III of the build out. Once complete, PTC's broadband network will connect with the Texas Lone Star Network, a group of 39 rural telecommunications carriers that also is connected to many of the state’s educational institutions and medical facilities.

According to Webber, Peoples currently serves 13 exchanges in landline telephone service—a little more than 11k subscribers—in rural East Texas. The company also offers high-speed internet through DSL and a wireless broadband option, for residents outside the co-op's telephone exchanges. Webber said, “Over 95% of our service area has DSL service available. Over 51% of our total landline subscribers also subscribe to our DSL service. Through our wireless broadband service, we have been able to offer service to residents living in surrounding underserved areas. We currently have 334 wireless broadband subscribers on our 3.65 and 700 spectrum services. A recent upgrade to utilize our 700 [MHz] spectrum is allowing a greater customer growth potential and enhanced speeds and quality of wireless broadband service through our partnership with NetAmerica.”

Webber echoed the sentiments of many other rural providers, stating that, “Broadband has had a huge impact on our local schools, hospitals and businesses as in any other rural area... [These] connections have allowed our local schools to connect to area colleges and form partnerships to offer higher education courses to the high school students.”

For Webber, the education benefit of broadband is personal: “I’ve seen this benefit first-hand, as a parent of a high school senior. This May, my daughter will graduate with 30 college semester hours which will qualify her as a college sophomore. Her 'dual-credit' courses allowed her to complete the hours needed to fulfill her high school requirements while, at the same time, earn credit for college classes…all while attending her current high school. A partnership between her high school and an area college provided the framework for the course structures.” For example, Webber said that “video classes, online testing and online assignment submissions allowed the students to meet course requirements without ever leaving the city limits or the farm.” Such connections saved time and money, and has been an experience Webber deemed “priceless.”

For rural residents like Webber, broadband in East Texas will also likely bring medical advancements and world-class medicine to small communities. “Quality medical care is a major factor when determining the quality of one’s life in a rural setting,” Webber said. “Broadband technology allows rural residents to overcome geographic challenges in accessing medical care by placing their local physicians and health care facilities only a computer screen away from a network of specialists, larger medical staffs, medical files and other telemedicine benefits.” Again, the effects can be personal. “When put into perspective, this benefit is one of great importance since the medical care administered—and the life saved—could be one of ours or that of our family members,” Webber said.

Whether for education, medical services or connectivity to a global market, Webber acknowledged that the benefits of broadband still hinge, in part, on funding availability that will get broadband projects off the ground. Like so many other independent telephone companies, PTC has seen its wireline subscriber base dramatically decrease and, simultaneously, seen shifting criteria for how newer services are funded. “Among the many challenges in our industry is the nationwide trend of consumers 'cutting the cord' and going mobile only,” Webber said. “This trend has obviously made us expand the original focus of our company to encompass more broadband and cellular services. As with any other rural provider, one of the biggest challenges is building-out our services in areas that simply do not have the population base to offer much return on the investment. This challenge is one reason the recent changes in USF funding has our industry so concerned.”

As for the here-and-now, PTC has 3 years to complete its fiber network, or will risk losing the $28m in federal funds. Additionally, Steele said the network “has to be economically self-sustaining, so we have to hook up enough businesses and institutions to make this thing pay for itself.”

Wednesday
Jan042012

A New High Wire Act Along New Hampshire Roads

Sometimes when we discuss the need for broadband in remote or rural areas, it's easy to forget just how much work it takes and how many hours are necessary to complete a fiber build-out. As a case in point, consider New Hampshire, where this winter residents will see more than just snow along the road. There, crews are working demanding hours for Network New Hampshire Now (NNHN), hanging fiber from already-existing telephone poles. Last week, Seacoast Online reported that the BTOP-funded, 750-mile fiber network was “moving into the next phase,” thanks to diligent work and considerable man-hours. But the project is taking time, thanks to a complicated build-out process that involves “stringing cables from pole to pole to pole—over 750 miles in cities, suburban streets and back woods—a lot of hours spent in 'bucket trucks' doing the physical work, but just as many [crew members] figuring out how the cables can fit on the poles, which are owned either by the electric company or telephone company.”

As a public-private consortium, NNHN oversees the $65m project, with $44.5m in grants from the federal stimulus package and $21m in matching funding from other sources. It's an ambitious and far-reaching broadband initiative that, according to NNHN, will “ensure that residents of ten counties in New Hampshire will be able to plug into a powerful future with internet connectivity.”

There are three main components of the network: the middle-mile fiber backbone, last-mile fiber-to-the-premises (FTTP), and a closed middle-mile public safety microwave network.

The middle-mile network will stretch all across the Granite State—from the Seacoast, across the more populated southwest, up to the northwest, and all the way to the remote North Country and mountainous Lakes Region. NNHN says it will “place network access points in or near existing central telephone office locations along the path, allowing all commercial broadband providers to potentially leverage the fiber optic network build across the state regardless of protocol, service or technology.” This portion of the broadband network is being overseen by University of New Hampshire Information Technology—a leader in the initiative.

A variety of partners are coming together to provide last-mile connectivity through what NNHN is deeming an “innovative model called FastRoads,” which will provide fiber-optic connectivity in 35 communities in the southwest part of the state. According to NNHN, these 35 communities translate into 1,300 homes and businesses.

Finally, a closed middle-mile microwave network called NHSafeNet will be made available for public safety, public television, transportation and mobile broadband communications on mountaintops across New Hampshire covering 3,800 square miles.

As with any statewide broadband initiative, the list of partnerships for NNHN is quite long. Last April, Chelmsford, Massachusetts-based Waveguide announced that it would “provide engineering and construction services,” along with New Hampshire Optical Systems, based in Nashua. Additionally, Green Mountain Communications is constructing NHSafeNet, along with other state organizations and departments.

But, despite good planning and an impressive assembly of partners, the issue of actual, physical work remains. And it takes time.

Waveguide president Rob Carmichael described the process of preparing for and hanging fiber to Seacoast Online last week: "We have a right to the space, but the space has to be made available. First we do a survey, walk the pole line with both utilities. We look at the pole, take measurements, engineers in the field decide on this one, power can move up, phone can move down, cable TV can be rearranged, whatever is needed, then you'll have space," he said. "There are no unique issues, other than the timelines. Building 750 miles in this time period is fast.” Completion date for the network is slated for June 30, 2013.

Of course, in addition to deadlines and man-hours in the cold, the network has also faced criticism from existing providers in the area. FairPoint Communications has already built a similar fiber backbone in the area, which it uses to provide its DSL service. In more populated areas like Nashua, in the southern part of the state, FairPoint's FAST provides fiber-to-the-home for residents. But in many “overlooked” regions of the mountainous state, there is no fiber connectivity.

With an impressive scale, NNHN's 750 miles of fiber is just one of many New England fiber builds, as Vermont, Massachusetts, and Maine are all stringing fiber to underserved areas of their states. In Maine alone, 1,100 miles of fiber will crisscross the state, connecting businesses and residents who cannot currently get high-speed service.

But just like in New Hampshire, these networks, too, will be completed in difficult terrain, in a variety of weather—one measurement, one survey, and one cable line rearrangement at a time. No faster.