December 16, 2020 – Render Networks has announced the launch of its new RDOF Deployment Guide, sharing key considerations for network deployment success and insights into developing a compelling and complete Rural Digital Opportunity Fund (RDOF) long-form application.
Render’s role in the Federal Communications Commission’s (FCC) funding process is to deliver technology-enabled efficiencies to all participants and enable the deployment of large-scale, future-proof fiber networks at the lowest possible cost.
The innovative firm’s proven digital construction management platform is configurable to any network architecture and build strategy. Render’s digital approach delivers significant value to rural network operators and their trusted partners in the following areas:
- Long-form application: Project plan and scope accuracy. Prepare construction scope and schedule with confidence to deliver a compelling project plan while still maintaining build flexibility and sufficient margin or contingency.
- Reduced network delivery risk: Access 50+ years of deployment expertise, with industry best-practice methodologies built-in to unlock new levels of delivery efficiency and effectiveness.
- Unmatched real-time project visibility and FCC reporting capabilities. Customized data capture, reporting, and compliance templates built from the ground up to meet the requirements of the Universal Service Administrative Company’s High-Cost Universal Broadband (HUBB) portal, as well as the emerging standards of the FCC’s Digital Opportunity Data Collection.
- Accelerated build times and reduced delivery costs. Achieve “break-even’ and positive cash flow sooner while connecting communities to reliable, high-speed internet faster.
- Build prioritization to census block locations. Seamless real-time tracking of progress against census block objectives, enable early identification of performance issues or at-risk delivery to avoid post-award penalties and better build decisions.
This guide is highly applicable to all FCC and U.S. Department of Agriculture funding recipients, including Phase II of the Connect America Fund, ReConnect, and the Citizens Broadband Radio Service. This technology will help award winners in their quest for greater predictability and progress visibility into their current network rollout.
Looking to inform the next stage of your RDOF journey? Receive a free copy of Render’s RDOF Deployment Guide here.
Why the Multiple Dwelling Unit May Well Be the Next Battleground of Broadband Access
Broadband Breakfast interviews Pierre Trudeau, president and chief technology officer of Positron Access, about reaching multi-tenant units.
October 26, 2021– Positron Access President and Chief Technology Office Pierre Trudeau discusses the current “fiber frenzy,” why multiple-dwelling units sometimes suffer because of uncertainty surrounding the costs of building and some of the solutions available to get better broadband to MDUs.
In this interview with Broadband Breakfast Editor and Publisher Drew Clark, Trudeau also explains how Positron Access provides fiber-builders with a solution to serve otherwise costly or difficult to deploy fiber infrastructure, through a device they refer to as “Gigabit Access Multiplexer,” or a “GAM” for short.
Positron Access Solutions manufactures carrier grade products that increase the bandwidth delivered by Tier-1 carriers and over 150 Tier- 2 / 3 Operators. Positron’s G.hn Gigabit Access Multiplexer (GAM) extends fiber or fixed-wireless Gigabit services over the existing in-building wiring in MDU and Multi-Tenant Units, as well as and over the outdoor existing wiring from the curb to the gateway in rural areas.
Don’t miss Broadband Breakfast Live Online on Wednesday, October 27, 2021, 12 Noon ET — “When Greenfield Fiber Meets Brownfield Multiple Dwelling Units”
Indeed, bringing fiber to the premises is sometimes only half the battle. For example, bringing fiber to an MDU may not mean that every tenant will get better-quality broadband. In the case of multiple dwelling units or multi-tenant housing, it isn’t easy to completely rewire an existing building with fiber-to-the-unit. Further, the Biden Administration and the Federal Communications Commission are pushing real estate owners to eliminate or minimize exclusive MDU broadband contacts.
In the interview between Trudeau and Clark, the two discuss Positron Access and its role in solving the problem.
Positron Access delivers managed real-time non-blocking virtually symmetrical Gigabit speeds to each subscriber without the cost and construction disruption of installing fiber to each door (up to 800 feet over existing telephone pairs or 2,800 feet over existing RG6 coaxial cable and splitters). The GAM is auto-configured and supports user self-installation, eliminating the need to enter the premises. It is installed and activated in hours. Developed, manufactured and supported in North America.
Positron has adapted existing G.hn technology to function over telephone pairs and coaxial cables by developing proprietary software that effectively eliminates line born noise between cable pairs. In conjunction with this software, they developed a GAM device no bigger than a deck of playing cards known that can convert gigabit input to G.hn. Through this device consumers can receive gigabit services at a fraction of the cost of fiber.
This Broadband Breakfast interview is sponsored by:
Broadband Breakfast Interview About the Future of 5G with John Godfrey of Samsung
Greater availability of mid-band spectrum has kick-started 5G through better signal propagation, penetration and carrying capacity.
July 11, 2021—As one of the world’s most prolific technology companies, Samsung is instantly associated with many information and communications technologies, including smartphones and semiconductors. Through both of these, and through other partnerships, Samsung is also driving the pace of change in 5G network equipment and in policy deployment.
In this interview with Samsung Electronic America’s Senior Vice President of Public Affairs John Godfrey, he and Broadband Breakfast Editor and Publisher Drew Clark discussed both the past and the future of 5G.
Godfrey explained that Samsung’s work on 5G goes back a decade. Indeed, now the world is on the precipice of a 5G-connected society through a combination of technological advances and policy choices.
Broadband Breakfast Live Online hosted a six-part series, “A No-Nonsense Guide to 5G” in sponsorship with Samsung Electronics America. Links to each episode in the series are posted are at the bottom of this Sponsored Video.
In particular, in the United States, the greater availability of mid-band radio frequency auctions in this spectrum has provided a “sweet spot” of good signal propagation, penetration, carrying capacity, and transmission speeds.
The hope, Godfrey says, is that 5G will subsume all cellphones, globally as well as in the U.S. More than 60 countries have deployed 5G networks today.
“By this time next year, you will not even need to think about whether your carrier has a 5G network or your phone supports 5G,” he said. “It will be so mainstream, thanks to this mid-band spectrum deployment.”
Godfrey described how the existing telecom landscape has changed over the years—and even over the past several months—with more 5G capable devices available than ever.
Samsung has been a part and parcel in this trend, designing affordable 5G phones such as the Galaxy A32 5G, with a price point as low as $200. Though the flagship models are more expensive, as 5G continues to become more common place, the financial barriers to entry to a 5G network will also continue to fall, he said.
While the world is only at the beginning of the 5G era, he said, as the technology becomes ubiquitous, new apps and services will become available. These will be the true test of the 5G era, he said.
As more carriers shift from low-band to mid-band spectrum, then bandwidth throughput will jump significantly.
Further, continuing to open up millimeter wave spectrum for deployment in the U.S. will also facilitate greater capacity for these new innovative services and apps. For example, he said, Samsung now supports 5G in 11 distinct bands ranging from 600 MegaHertz (MHz) all the way to 40 GigaHertz (GHz).
But millimeter wave bands are not a silver bullet either. But it will be extremely valuable in specific areas in the U.S. that have cleared mid-band spectrum for 5G use. That said, the U.S. is unlikely to have millimeter wave networks deployed coast-to-coast.
See “Robert Kubik, John Godfrey and Derek Johnston: After a Decade of Progress, What’s Next for 5G?,” Broadband Breakfast, June 8, 2021
This Broadband Breakfast interview is sponsored by:
Events in “A No-Nonsense Guide to 5G” include:
- Wednesday, October 14, 2020, 12 Noon ET — “A No-Nonsense Guide to 5G: The Hype and the Reality of 5G”
- This opening panel will set the stage for Broadband Breakfast Live Online’s consideration of the policy, technology and practical questions around the 5G wireless standard. What is 5G, and why is there so much buzz about it? How much of an improvement is it over prior generations of wireless? In other words: What is real, and what is hype? How the issues of trusted partners, rights-of-way deployment, and spectrum policy interact? Where is 5G seeing early successes, and what are the stumbling blocks?”
- Wednesday, October 28, 2020, 12 Noon ET — “A No-Nonsense Guide to 5G: National Security and Trusted Partners”
- This panel will consider the global landscape for the 5G equipment ecosystem. It will consider issues in core networks, radio access networks and in handset equipment. How has the global landscape changed? Will 5G benefit from – or suffer because of – a new Cold War with China? How are American companies reacting to federal government initiatives for trusted partners? Where can the U.S. turn for solutions and alternatives to Chinese manufacturers?
- Wednesday, November 18, 2020, 12 Noon ET — “A No-Nonsense Guide to 5G: A Case Study of Transformative Apps in the Enterprise”
- 5G is seeing its first real successes in the enterprise marketplace. To glimpse the future more accurately, Broadband Breakfast Live Online will consider case studies of applications in enterprise environments. What technologies and processes bring 5G success to the business marketplace? What needs to happen to bring 5G successes to the consumer marketplace?
- Wednesday, December 9, 2020, 12 Noon ET — “A No-Nonsense Guide to 5G: Wireless Infrastructure, Municipal Rights-of-Way and the 5G Rural Fund”
- To realize the promise of 5G, far more base stations — wireless infrastructure facilities — will be necessary. 5G facilities and towers may not be as big as in previous generations of wireless technology. Still, the need for far more facilities has already created tensions with municipalities over rights-of-way. How can these conflicts be minimized? What are smart cities already doing to expedite wireless infrastructure deployment? Can the process be improved?
- Wednesday, January 27, 2021, 12 Noon ET — “A No-Nonsense Guide to 5G: The Adoption and Use of 5G Broadband”
- What are some of the likely drivers of 5G equipment and services? How have existing consumer use cases been received? Are there 5G use cases that could help close the digital divide by elevating broadband utilization among communities of color and low-income populations? What can we expect from 5G technology in 2021?
- Wednesday, February 10, 2021, 12 Noon ET — “A No-Nonsense Guide to 5G: Spectrum Policies to Advance Better Broadband”
- More than simply the next generation of wireless technology, 5G deployments make use of radio frequencies from an extremely wide range. For example, some 5G deployment are using mid-band spectrum between 3.4 GigaHertz (GHz) and 6 GHz. But 5G networks also promise tap into spectrum between 24 GHz and 100 GHz. It deploys these millimeter bands using network slicing and other advanced wireless tools. What new spectrum policies are necessary for 5G to flourish?
Broadband Breakfast Interview with John Busby of BroadbandNow About FCC Data Errors
Though the FCC has claimed that broadband figures are improving, BroadbandNow’s data paints a less favorable picture.
July 1, 2021— For the second year in a row, the Federal Communications Commission dramatically overstated the amount of Americans – 42 million – that do not have access to broadband internet services.
This year, however, the discrepancy was worse than last year. That’s because the FCC now says there are 14.5 million that lack access to broadband, or a difference of 27.5 million. (In other words, 42 million lacking access, minus 14.5 million that the FCC said lack access, equals 27.5 million.)
Last year, the FCC said that 21.3 million lacked access. That number was only two times less than the actual number of 42 million, according to BroadbandNow.
BroadbandNow, a data aggregation company helping millions of consumers find and compare local internet options and make more informed decisions when choosing which service to use, recently published its estimate of broadband availability in all 50 states.
In this interview with BroadbandNow Managing Director John Busby, Broadband Breakfast Editor and Publisher Drew Clark explores Broadband Now’s recent report, “BroadbandNow Estimates Availability for all 50 States; Confirms that More than 42 Million Americans Do Not Have Access to Broadband.” That report built upon a prior report from the first quarter of 2020.
The report clashes with FCC data which it obtains from the widely-criticized Form 477. BroadbandNow fact-checked the agency’s data by manually combing through more than 58,000 addresses and checking ISP data available for each of the addresses.
Busby said that the FCC subsequent assertion that the number of people lacking broadband dropped from 27.5 million to 14.5 million “simply does not pass the sniff test.”
Busby also offered two recommendations to improve the connectivity issues facing the country.
First, the FCC should adopt the recommendation of Acting Chairwoman Jessica Rosenworcel and raise the minimum speed limit.
The FCC currently defines broadband as any network that can sustain 25 Megabits per second (Mbps) download and 3 Mbps upload. Critics say that the 25/3 standard is out of line with modern consumer habits, which require both higher download and upload speeds.
Busby said BroadbandNow supports 100 Mbps down and no less than 25 Mbps up, particularly now that Americans are using the internet for everything from telehealth, to telework, to distance learning in the wake of the pandemic.
Busby also touted Rosenworcel’s Broadband Data Task Force because it would audit the current reporting methodology to identify and eliminate potential gaps in how data is gathered.
Map from BroadbandNow’s report of over-reporting by state. More orange reflects a higher error rate.
This Broadband Breakfast interview is sponsored by:
- Broadband Breakfast Interview with Tyler Cooper and Jenna Tanberk about Open Data Set from Broadband Now, November 20, 2020
- Broadband Breakfast Interview with BroadbandNow about Gigabit Coverage and Unreliable FCC Data, December 27, 2020
- Broadband Breakfast Interview with BroadbandNow about Lower Costs and Lower Latency, February 25, 2021
- Broadband Breakfast Interview with John Busby of BroadbandNow About FCC Data Errors, July 1, 2021
- Advocates Call for Universal Service Fund to Include Broadband Revenues
- Craig Settles Talks Telehealth, FCC Mapping Issues on States, Broadband’s Impact on Critical Infrastructure
- UTOPIA Fiber Completes Payson City Project and Publishes Results of Customer Feedback Survey
- FCC Watchdog Finds Evidence of Fraud in Emergency Broadband Benefit
- Date Set for Sohn Hearing, Criticism of Tech Legislation, New ILSR Leadership
- TPI New Broadband Map, Justice Dept. Stands for Section 230, Ericsson Looks to Acquire Vonage
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