Networks and Infrastructure

Wireless

Wireless networks allow users to access telecommunications and the Internet while on the move. The wireless devices operate on the electromagnetic spectrum, which is a finite resource. The allocation and assignment of spectrum, particularly given the burgeoning demand for wireless access to the Internet, poses a unique set of policy decisions for regulators worldwide.

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TAP Blog

Trump’s 5G Plan Is More Than a Gift to His Base

In this opinion piece written for The New York Times, University of Pennsylvania Legal Studies and Business Ethics professor Kevin Werbach explains why the wireless open access proposal from the Trump re-election campaign is worth considering.

Kevin Werbach

Fact Sheets

Wireless and Mobile Communications

Wireless or “mobile” devices send information one-to-one (like mobile phones), one-to-many (like AM or FM radio), or many-to-many (like Wi-Fi Internet access). Wireless devices send and receive signals along the electromagnetic spectrum in the form of waves similar to visible light or sound.

Quote

Trump’s 5G Plan Is More Than a Gift to His Base

"Making capacity available in real time at market prices limits hoarding and encourages innovation. Unleashing our brilliant start-up ecosystem through such market mechanisms, along with opportunities for unlicensed access to wireless capacity, is America’s best hope to beat China in 5G." — Kevin Werbach, Professor of Legal Studies and Business Ethics, University of Pennsylvania

Kevin Werbach
The New York Times
March 6, 2019

Featured Article

Using Spectrum Auctions to Enhance Competition in Wireless Services

This paper looks at how regulators can support more competition between different wireless services.

By: Gregory L. Rosston, Peter Cramton, Evan Kwerel, Andrzej (Andy) Skrzypacz