Join us live on Friday, September 16, at 1pm ET for the latest episode of the Connect This! Show. Co-hosts Christopher Mitchell (ILSR) and Travis Carter (USI Fiber) will be joined by Deborah Simpier (Co-founder at Althea Networks, Sommelier Finance, and Gravity Bridge) and Sascha Meinrath (Palmer Chair in Telecommunications at Penn State University, Founder of X-Lab). They'll discuss the advantages of different wireless deployments (LTE vs. licensed spectrum vs. unlicensed spectrum) as compared to fiber, the present and future of distributed, member-owned networks, and more.

Email us at [email protected] with feedback and ideas for the show.

Subscribe to the show using this feed or find it on the Connect This! page, watch on YouTube Live, on Facebook live, or below.

Join us live on Friday, September 16, at 1pm ET for the latest episode of the Connect This! Show. Co-hosts Christopher Mitchell (ILSR) and Travis Carter (USI Fiber) will be joined by Deborah Simpier (Co-founder at Althea Networks, Sommelier Finance, and Gravity Bridge) and Sascha Meinrath (Palmer Chair in Telecommunications at Penn State University, Founder of X-Lab). They'll discuss the advantages of different wireless deployments (LTE vs. licensed spectrum vs. unlicensed spectrum) as compared to fiber, the present and future of distributed, member-owned networks, and more.

Email us at [email protected] with feedback and ideas for the show.

Subscribe to the show using this feed or find it on the Connect This! page, watch on YouTube Live, on Facebook live, or below.

The Tlingit and Haida Tribes will leverage $15 million in Rescue Plan funding to bring LTE-based 100 Mbps symmetrical wireless connectivity to 10,000 unserved residents in and around the city of Wrangell, located on Wrangell Island in southeast Alaska. The Internet Service Provider in charge of the buildout is the newly-launched, tribally-owned ISP Tidal Networks. The project is a pilot the tribes plan to expand to all residents of the island, and eventually to other communities in the region.  

The pilot is made possible by Tlingit and Haida’s successful participation in the FCC’s Rural Tribal Priority Window, which allowed tribes to claim space on the 2.5 gigahertz spectrum band. Back in 2019, Tlingit and Haida partnered with southeast Alaska village tribes to gain access to the spectrum, and worked throughout 2021 to “discuss [Tlingit and Haida’s] broadband initiative and opportunities to partner for the broadband project.” 

Utilizing Spectrum to Make Connectivity Feasible

News stories highlighting the breadth and depth of the digital divide and its impacts in the midst of the Covid-19 pandemic have dominated the headlines in recent months, but a new report emphasizes the degree to which dozens of communities in one Canadian province have struggled with connectivity issues for years. The recently released Nunavut Infrastructure Gap Report [pdf] shows what broadband access looks like for the 35,000 or so mostly Inuit residents of the nation’s youngest province, and what solutions exist for closing the gap for tens of thousands who struggle to get online.

Nunavut is the northernmost of Canada’s provinces, made up of two interlocking geographies: the landmass immediately north of Manitoba and east of the Northwest Territories, and the large collection of islands curled around Baffin Bay to the west of Greenland. It has a population barely 1/20th the size of Wyoming (the U.S.’s smallest by population) despite being the second-largest political subdivision by area in North America, and a population density of just 0.05 persons/square mile.

Image

A Host of Infrastructure Gaps

Next Century Cities and WifiFoward will present the results of new research on wireless technologies. The report (to be released on February 29, 2016) provides a detailed analysis of LTE-U and Wi-Fi in the context of local governments.

Major topics covered in the new report include the importance of Wi-Fi for local government operations, the potential effects of LTE-U interference, and the possibility of LTE-U and Wi-Fi coexistence. Next Century Cities, WifiForward, and CTC Technology & Energy will present the results of the research in an upcoming webinar.

The presentation is this coming Monday, February 29th at 1PM ET over Google Hangout and features:

• CTC Technology & Energy’s Joanne Hovis and Andrew Afflerbach
• Next Century Cities’ Todd O’Boyle 
• WifiForward’s Bill Maguire 

The report will be released on February 29, 2016.

Register for the webinar here.

On November 18th, 90% of voters at Princeton's special town meeting approved a measure to fund $1.2 million in make-ready costs bringing the community one step closer to fiber connectivity. The number voters who attended the meeting broke the previous attendance record set 15 years ago by 30%.

We introduced the central Massachusetts town of 3,300 in 2013. The community suffered from poor Internet connectivity negatively impacting its schools, real estate market, and economic development. Since then, the community voted to create a Municipal Light Plant and to appropriate funds to keep the project moving forward.

Community leaders have investigated several options and last fall entered into a relationship with the Matrix Design Group. According to the Memorandum of Understanding [PDF], Matrix will design, build, and operate the FTTH network for a period of 20 years. At the end of that time period, Princeton Broadband Municipal Light Plant has the option of renewing that relationship or purchasing the network for $1.

As their contribution, Princeton will provide rights-of-way, police details during construction, powered telecom shelters, and will pay for utility pole make-ready costs. According to an article in the Landmark:

The make ready work includes replacing approximately 80 utility poles, and moving telephone and electrical lines on 450 poles, providing housing for the electrical components needed to operate the system, and paying for police details during the make ready work.

The borrowing is expected to cost the owner of a home valued at $300,000, about $10 a month or $115 a year increase on their taxes for 12 years. Internet service plus telephone will cost $115 a month. Once a contract is negotiated with Matrix, construction on the make ready phase would start in January 2015 and the project would be completed by January 2016.

Verizon Wireless CEO Dan Mead is not doing any favors for Comcast as it pursues approval to acquire Time Warner Cable. In August, he came out and publicly stated that no, LTE is not equal to fiber. The Verge quoted Mead, who was refreshingly honest about technical limitations and Comcast's motivations for making such outrageous claims:

"They're trying to get deals approved, right, and I understand that... their focus is different than my focus right now, because I don't have any deals pending," Mead said, a reference to the fact that Comcast is looking for ways to justify the TWC buy. "LTE certainly can compete with broadband, but if you look at the physics and the engineering of it, we don't see LTE being as efficient as fiber coming into the home."

A number of other organizations also try to educate the general public about the fact that mobile Internet access is not on par with wireline service. For example, Public Knowledge has long argued that "4G + Data Caps = Magic Beans." 

Our Wireless Internet Access Fact Sheet dispels common misconceptions, shares info about data caps, and provides comparative performance data between wireless and wired connections. While mobile Internet access is certainly practical, valuable, and a convenient complement to wired connections, it is no replacement. Wireless limitations, coupled with providers' expensive data caps enforced with overage charges, can never replace a home wired connection. Doing homework, applying for a job, or paying bills online quickly drives families over the typical 250 GB limit.