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Broadband's Impact

Techies Tout Plan to Share the C-Band and Bring High-Speed Wireless Access to Millions

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WASHINGTON, July 2, 2019 — About 80 million Americans in unserved or underserved locations could receive gigabit broadband access through spectrum sharing without harming existing operations, according to research conducted by Jeffrey Reed, Professor of Electrical and Computer Engineering at Virginia Tech.

Reed presented a summary of the study results at a press event on Tuesday sponsored by the Wireless Internet Service Providers Association, prior to filing them to the Federal Communications Commission C-band docket.

The FCC is currently looking at changing or expanding the use of the 3.7 to 4.2 GigaHertz satellite downlink band. There has been significant debate over the portion of the band that would potentially be cleared and made available at auction. But less attention has been given to the remaining uncleared portion, which will house remaining satellite operations.

Without harming these operations, technologists claim, this same portion of the band could be used to provide multi-hundred-megabit broadband service over fixed wireless access links.

Spectrum sharing will bring more rural Americans into the digital economy, enabling more robust precision agriculture, distance learning, telemedicine, and more, said Claude Aiken, CEO of the Wireless Internet Service Providers Association.

According to Reed’s study, which was sponsored by WISPA, Microsoft and Google, exclusion zones of about 10 kilometers are sufficient to protect fixed-satellite service earth stations from harmful interference caused by co-channel point-to-multipoint broadband systems.

These so-called “P2MP” systems operating outside of the exclusion zones could provide gigabit broadband access to 80 million Americans, particularly in rural areas, the advocates said.

The study results demonstrate that P2MP systems can operate co-channel with existing earth stations, said Google’s Spectrum Engineering Lead Andrew Clegg.

Repacking the C-band will not affect these results because they assume co-channel sharing with all 18,000 registered earth stations. The only criterion that matters is the location of the earth stations, and the P2MP systems can be carefully and deliberately designed around them.

Many other plans have been proposed for the use of this valuable C-band spectrum. On Tuesday, entities representing incumbent and prospective users of the C-band spectrum submitted a proposal to the FCC asking for increased spectrum to be reallocated for 5G services.

That proposal will require physical re-farming of earth station facilities, taking a significant amount of time, said Clegg. By contrast, the spectrum sharing plan will provide benefits to as many people as possible, as quickly as possible.

Aiken pointed out that these proposals are not necessarily mutually exclusive. A sharing component with sufficient spectrum to ensure robust rural broadband service can and should be a part of any final proposal from the FCC, he said.

In closing, Clegg quoted FCC Commissioner Michael O’Rielly: “We no longer have the luxury of over-protecting incumbents via technical rules, enormous guard bands, or super-sized protection zones. Every megahertz mused be used as efficiently as possible.”

(Photo of Dr. Andrew Clegg by Emily McPhie.)

Development Associate Emily McPhie studied communication design and writing at Washington University in St. Louis, where she was a managing editor for campus publication Student Life. She is a founding board member of Code Open Sesame, an organization that teaches computer skills to underprivileged children in six cities across Southern California.

Broadband's Impact

Fiber Broadband Association Kicks Off Fiber Connect 2021

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FBA's Gary Bolton speaking on stage during Fiber Connect 2021

WASHINGTON, July 2, 2019 — About 80 million Americans in unserved or underserved locations could receive gigabit broadband access through spectrum sharing without harming existing operations, according to research conducted by Jeffrey Reed, Professor of Electrical and Computer Engineering at Virginia Tech.

Reed presented a summary of the study results at a press event on Tuesday sponsored by the Wireless Internet Service Providers Association, prior to filing them to the Federal Communications Commission C-band docket.

The FCC is currently looking at changing or expanding the use of the 3.7 to 4.2 GigaHertz satellite downlink band. There has been significant debate over the portion of the band that would potentially be cleared and made available at auction. But less attention has been given to the remaining uncleared portion, which will house remaining satellite operations.

Without harming these operations, technologists claim, this same portion of the band could be used to provide multi-hundred-megabit broadband service over fixed wireless access links.

Spectrum sharing will bring more rural Americans into the digital economy, enabling more robust precision agriculture, distance learning, telemedicine, and more, said Claude Aiken, CEO of the Wireless Internet Service Providers Association.

According to Reed’s study, which was sponsored by WISPA, Microsoft and Google, exclusion zones of about 10 kilometers are sufficient to protect fixed-satellite service earth stations from harmful interference caused by co-channel point-to-multipoint broadband systems.

These so-called “P2MP” systems operating outside of the exclusion zones could provide gigabit broadband access to 80 million Americans, particularly in rural areas, the advocates said.

The study results demonstrate that P2MP systems can operate co-channel with existing earth stations, said Google’s Spectrum Engineering Lead Andrew Clegg.

Repacking the C-band will not affect these results because they assume co-channel sharing with all 18,000 registered earth stations. The only criterion that matters is the location of the earth stations, and the P2MP systems can be carefully and deliberately designed around them.

Many other plans have been proposed for the use of this valuable C-band spectrum. On Tuesday, entities representing incumbent and prospective users of the C-band spectrum submitted a proposal to the FCC asking for increased spectrum to be reallocated for 5G services.

That proposal will require physical re-farming of earth station facilities, taking a significant amount of time, said Clegg. By contrast, the spectrum sharing plan will provide benefits to as many people as possible, as quickly as possible.

Aiken pointed out that these proposals are not necessarily mutually exclusive. A sharing component with sufficient spectrum to ensure robust rural broadband service can and should be a part of any final proposal from the FCC, he said.

In closing, Clegg quoted FCC Commissioner Michael O’Rielly: “We no longer have the luxury of over-protecting incumbents via technical rules, enormous guard bands, or super-sized protection zones. Every megahertz mused be used as efficiently as possible.”

(Photo of Dr. Andrew Clegg by Emily McPhie.)

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Expert Opinion

Craig Settles: Libraries, Barbershops and Salons Tackle TeleHealthcare Gap

Craig Settles describes the important role that community institutions have played in promoting connectivity during the COVID-19 pandemic.

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Photo of Urban Kutz Barbershops owner Waverly Willis getting his blood pressure checked used with permission

WASHINGTON, July 2, 2019 — About 80 million Americans in unserved or underserved locations could receive gigabit broadband access through spectrum sharing without harming existing operations, according to research conducted by Jeffrey Reed, Professor of Electrical and Computer Engineering at Virginia Tech.

Reed presented a summary of the study results at a press event on Tuesday sponsored by the Wireless Internet Service Providers Association, prior to filing them to the Federal Communications Commission C-band docket.

The FCC is currently looking at changing or expanding the use of the 3.7 to 4.2 GigaHertz satellite downlink band. There has been significant debate over the portion of the band that would potentially be cleared and made available at auction. But less attention has been given to the remaining uncleared portion, which will house remaining satellite operations.

Without harming these operations, technologists claim, this same portion of the band could be used to provide multi-hundred-megabit broadband service over fixed wireless access links.

Spectrum sharing will bring more rural Americans into the digital economy, enabling more robust precision agriculture, distance learning, telemedicine, and more, said Claude Aiken, CEO of the Wireless Internet Service Providers Association.

According to Reed’s study, which was sponsored by WISPA, Microsoft and Google, exclusion zones of about 10 kilometers are sufficient to protect fixed-satellite service earth stations from harmful interference caused by co-channel point-to-multipoint broadband systems.

These so-called “P2MP” systems operating outside of the exclusion zones could provide gigabit broadband access to 80 million Americans, particularly in rural areas, the advocates said.

The study results demonstrate that P2MP systems can operate co-channel with existing earth stations, said Google’s Spectrum Engineering Lead Andrew Clegg.

Repacking the C-band will not affect these results because they assume co-channel sharing with all 18,000 registered earth stations. The only criterion that matters is the location of the earth stations, and the P2MP systems can be carefully and deliberately designed around them.

Many other plans have been proposed for the use of this valuable C-band spectrum. On Tuesday, entities representing incumbent and prospective users of the C-band spectrum submitted a proposal to the FCC asking for increased spectrum to be reallocated for 5G services.

That proposal will require physical re-farming of earth station facilities, taking a significant amount of time, said Clegg. By contrast, the spectrum sharing plan will provide benefits to as many people as possible, as quickly as possible.

Aiken pointed out that these proposals are not necessarily mutually exclusive. A sharing component with sufficient spectrum to ensure robust rural broadband service can and should be a part of any final proposal from the FCC, he said.

In closing, Clegg quoted FCC Commissioner Michael O’Rielly: “We no longer have the luxury of over-protecting incumbents via technical rules, enormous guard bands, or super-sized protection zones. Every megahertz mused be used as efficiently as possible.”

(Photo of Dr. Andrew Clegg by Emily McPhie.)

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Education

Broadband Breakfast CEO Drew Clark and BroadbandNow’s John Busby Speak on Libraries and Broadband

Friday’s Gigabit Libraries Network conversation will feature Drew Clark of Broadband Breakfast and John Busby of BroadbandNow.

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WASHINGTON, July 2, 2019 — About 80 million Americans in unserved or underserved locations could receive gigabit broadband access through spectrum sharing without harming existing operations, according to research conducted by Jeffrey Reed, Professor of Electrical and Computer Engineering at Virginia Tech.

Reed presented a summary of the study results at a press event on Tuesday sponsored by the Wireless Internet Service Providers Association, prior to filing them to the Federal Communications Commission C-band docket.

The FCC is currently looking at changing or expanding the use of the 3.7 to 4.2 GigaHertz satellite downlink band. There has been significant debate over the portion of the band that would potentially be cleared and made available at auction. But less attention has been given to the remaining uncleared portion, which will house remaining satellite operations.

Without harming these operations, technologists claim, this same portion of the band could be used to provide multi-hundred-megabit broadband service over fixed wireless access links.

Spectrum sharing will bring more rural Americans into the digital economy, enabling more robust precision agriculture, distance learning, telemedicine, and more, said Claude Aiken, CEO of the Wireless Internet Service Providers Association.

According to Reed’s study, which was sponsored by WISPA, Microsoft and Google, exclusion zones of about 10 kilometers are sufficient to protect fixed-satellite service earth stations from harmful interference caused by co-channel point-to-multipoint broadband systems.

These so-called “P2MP” systems operating outside of the exclusion zones could provide gigabit broadband access to 80 million Americans, particularly in rural areas, the advocates said.

The study results demonstrate that P2MP systems can operate co-channel with existing earth stations, said Google’s Spectrum Engineering Lead Andrew Clegg.

Repacking the C-band will not affect these results because they assume co-channel sharing with all 18,000 registered earth stations. The only criterion that matters is the location of the earth stations, and the P2MP systems can be carefully and deliberately designed around them.

Many other plans have been proposed for the use of this valuable C-band spectrum. On Tuesday, entities representing incumbent and prospective users of the C-band spectrum submitted a proposal to the FCC asking for increased spectrum to be reallocated for 5G services.

That proposal will require physical re-farming of earth station facilities, taking a significant amount of time, said Clegg. By contrast, the spectrum sharing plan will provide benefits to as many people as possible, as quickly as possible.

Aiken pointed out that these proposals are not necessarily mutually exclusive. A sharing component with sufficient spectrum to ensure robust rural broadband service can and should be a part of any final proposal from the FCC, he said.

In closing, Clegg quoted FCC Commissioner Michael O’Rielly: “We no longer have the luxury of over-protecting incumbents via technical rules, enormous guard bands, or super-sized protection zones. Every megahertz mused be used as efficiently as possible.”

(Photo of Dr. Andrew Clegg by Emily McPhie.)

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