Radio Shop Chat: Reviewing wireless broadband technologies in the peak smartphone era: 6G versus Wi-Fi 7 and 8

SpectrumX invites you to the next Radio Shop Chat, “Reviewing wireless broadband technologies in the peak smartphone era: 6G versus Wi-Fi 7 and 8,” featuring Dr. Edward Oughton, assistant professor, George Mason University, on Wednesday, June 5, 1 p.m. E.T. / 10 a.m. P.T.

Registration is required and free.

Register here.

Abstract: With the arrival of the peak smartphone era, users are upgrading their smartphones less frequently, and data growth is decelerating. To ensure effective spectrum management decisions, policy makers require a thorough understanding of prospective wireless broadband technologies, current trends and emerging issues. Here, we review the sixth cellular generation (‘6G’), in comparison to two new Wi-Fi standards, including IEEE 802.11be (‘Wi-Fi 7’) and IEEE 802.11bn (‘Wi-Fi 8’). We identify three emerging issues necessary for successful telecommunication policy. Firstly, evidenced-based policy making needs to be able to measure effectively how much demand takes place where and how. Thus, new datasets are needed reflecting real usage by different wireless broadband technologies, for indoor and outdoor users. Secondly, with data consumption growth slowing, there needs to be an urgent reassessment of spectrum demand versus allocation. Past forecasts do not reflect recent data and regulators urgently need to re-evaluate the implications for spectrum management. Finally, regulators need new and improved Lifecycle Impact Assessment metrics of cellular versus Wi-Fi architectures, to support successful policy decisions which mitigate energy and emissions impacts.

Edward Oughton headshotBio: Edward is best known for developing spatial decision-support models of broadband infrastructure, having carried out broadband strategy assessments for countries around the world. This research provides evidence on the effective strategies to connect more people to a faster Internet, which is vital for ensuring sustainable economic development. Edward’s research is highly multi-disciplinary, drawing on engineering and computer science analytical techniques, to answer new questions pertaining to policy, innovation, planning, economics, and sustainable development. Having been awarded over $1.7 million in research funding (PI: $1.05m, Co-PI: $0.22m, Other: 0.43m), Edward has been PI/Co-PI for projects funded by many organizations including the National Science Foundation, International Monetary Fund, World Bank, Cisco, Meta (Facebook) Connectivity Lab, Canadian Space Agency, Airbus, Dutch Ministry of Economic Affairs, HM Treasury’s National Infrastructure Commission, UK Department for Transport and UK Met Office. Edward holds an MPhil and PhD from the University of Cambridge and completed post-doctoral research at the Cambridge Judge Business School Centre for Risk Studies. Prior to GMU he was a Senior Research Associate at the University of Oxford where he retains an Honorary position.

The SpectrumX Radio Shop Chats are a collegial debate on the pressing issues and optimal model for managing spectrum, as a complex interplay among technology, economics, law, and policy. All Radio Shop Chats are held under the Chatham House Rule.

Radio Shop Chat: Reviewing wireless broadband technologies in the peak smartphone era: 6G versus Wi-Fi 7 and 8

Edward Oughton headshotSpectrumX invites you to our next Radio Shop Chat: “Reviewing wireless broadband technologies in the peak smartphone era: 6G versus Wi-Fi 7 and 8” presented by Dr. Edward Oughton, assistant professor, George Mason university, on Wednesday, June 5, 2024, at 1 p.m. ET / 10 a.m. PT

Register Here

Registration is free and required.

Abstract: With the arrival of the peak smartphone era, users are upgrading their smartphones less frequently, and data growth is decelerating. To ensure effective spectrum management decisions, policy makers require a thorough understanding of prospective wireless broadband technologies, current trends and emerging issues. Here, we review the sixth cellular generation (‘6G’), in comparison to two new Wi-Fi standards, including IEEE 802.11be (‘Wi-Fi 7’) and IEEE 802.11bn (‘Wi-Fi 8’). We identify three emerging issues necessary for successful telecommunication policy. Firstly, evidenced-based policy making needs to be able to measure effectively how much demand takes place where and how. Thus, new datasets are needed reflecting real usage by different wireless broadband technologies, for indoor and outdoor users. Secondly, with data consumption growth slowing, there needs to be an urgent reassessment of spectrum demand versus allocation. Past forecasts do not reflect recent data and regulators urgently need to re-evaluate the implications for spectrum management. Finally, regulators need new and improved Lifecycle Impact Assessment metrics of cellular versus Wi-Fi architectures, to support successful policy decisions which mitigate energy and emissions impacts.

Bio: Edward is best known for developing spatial decision-support models of broadband infrastructure, having carried out broadband strategy assessments for countries around the world. This research provides evidence on the effective strategies to connect more people to a faster Internet, which is vital for ensuring sustainable economic development. Edward’s research is highly multi-disciplinary, drawing on engineering and computer science analytical techniques, to answer new questions pertaining to policy, innovation, planning, economics, and sustainable development. Having been awarded over $1.7 million in research funding (PI: $1.05m, Co-PI: $0.22m, Other: 0.43m), Edward has been PI/Co-PI for projects funded by many organizations including the National Science Foundation, International Monetary Fund, World Bank, Cisco, Meta (Facebook) Connectivity Lab, Canadian Space Agency, Airbus, Dutch Ministry of Economic Affairs, HM Treasury’s National Infrastructure Commission, UK Department for Transport and UK Met Office. Edward holds an MPhil and PhD from the University of Cambridge and completed post-doctoral research at the Cambridge Judge Business School Centre for Risk Studies. Prior to GMU he was a Senior Research Associate at the University of Oxford where he retains an Honorary position.

Call for papers: IEEE ICC 2024 Workshop WS-10: Catalyzing Spectrum Sharing via Active/Passive Coexistence

Paper submissions for the IEEE ICC 2024 Workshop WS-10: Catalyzing Spectrum Sharing via Active/Passive Coexistence are due January 20, 2024. 

From the Call for Papers:

Topics of Interest

1. Spectrum Sensing and Spectrum Decision Techniques for passive-active sharing
2. Digital Twins for passive-active Spectrum Sharing and Management
3. Spectrum Resource Allocation and Sharing Models for passive-active Coexisting Networks,
Including Between Satellite and Terrestrial Networks.
4. Experimental zones and testbeds
5. Coexistence Mechanisms for Satellite Transmissions and Radio Astronomy Observatories
6. Coexistence Mechanisms and Strategies for Active and Passive Systems
7. Interference Management and Mitigation for Radio Astronomy and Remote Sensing
8. Interference Avoidance and Coordination Strategies in Satellite and Terrestrial Networks
9. Spectrum, Propagation, and Interference Measurements and Modeling for Shared Spectrum
10. Cooperative and Collaborative Spectrum Sharing Techniques

This workshop will be hosted on June 9, 2024, and is organized by:

  • General Chair: Mariya Zheleva, University of Albany, USA (and SpectrumX research partner)
  • Co-Chair: Christopher G. DePree, NRAO, USA
  • TPC Chair: Christopher R. Anderson, NTIA, USA

Read the full document here:

ICC_2024_Workshop_on_Spectrum_Coexistence_CFP

Recording, presentation slides available for Radio Shop Chat featuring Aleksandar Damnjanovic of Qualcomm

SpectrumX’s Radio Shop Chat series regularly features speakers from across the electrical engineering, telecommunications, and spectrum sciences presenting on pressing topics and areas of innovation. On May 30, 2023, Aleksandar Damnjanovic, Principal Engineer and Manager, Qualcomm, joined the series presenting “Technological innovations and spectrum for future wireless networks.” Qualcomm is now one of SpectrumX’s collaborating partners.

Notre Dame to host listening session on national radio spectrum strategy

On Tuesday, April 11, the National Telecommunications and Information Administration (NTIA) will hold a listening session at the University of Notre Dame to garner broad input about future spectrum allocations. The listening session is open to the general public, to attend as well as to potentially speak, and will take place from 1 to 3:30 p.m. in the Patricia George Decio Theatre at the DeBartolo Performing Arts Center. Local and state policymakers and regional industry leaders are especially encouraged to participate as speakers.

NTIA seeks feedback on future airwaves for innovative technologies; SpectrumX to host a listening session at the University of Notre Dame

WASHINGTON – The Department of Commerce’s National Telecommunications and Information Administration (NTIA) on Wednesday began seeking comment on identifying airwaves for more intensive use and innovative new uses by both the private sector and federal agencies.

NTIA’s National Spectrum Strategy Request for Comment seeks input on creating a spectrum pipeline for the next decade of frequencies that could be studied for new or additional uses. The agency’s goal is to identify at least 1,500 megahertz of spectrum to study for potential repurposing – perhaps the most ambitious study goal for NTIA to date – to meet future requirements for non-federal and federal users.

SpectrumX leadership participate in URSI National Radio Science Meeting

In early January, radio science researchers from across the United States and beyond came together for the National Radio Science Meeting (NRSM) at the University of Colorado Boulder. The meeting was attended by six SpectrumX members, who hosted workshops and participated in multiple panel discussions. The NRSM is sponsored by the U.S. National Committee for the International Union of Radio Science.

LEO Satellite Constellations: Why Smart Sharing Rules Matter in Space

Learn more and register: here

From hosting organization New America:

Please join FCC Commissioners Geoffrey Starks and Nathan Simington, as well as a panel that includes representatives of the two U.S. industry leaders (Amazon’s Project Kuiper and SpaceX’s Starlink) and noted policy experts, to discuss the key regulatory debates that will shape the industry’s future.

Keynote Remarks:

Commissioner Geoffrey Starks
Federal Communications Commission

Commissioner Nathan Simington
Federal Communications Commission

Discussion Panel:

Julie Zoller
Head of Global Regulatory Affairs, Amazon’s Project Kuiper

David Goldman
Senior Director of Satellite Policy, SpaceX

Whitney Lohmeyer
Assistant Professor of Engineering, Olin College of Engineering

Harold Feld
Senior Vice President, Public Knowledge