Mandating Access to Telecom and the Internet: The Hidden Side of Trinko
Daniel F. Spulber
Northwestern University - Kellogg School of Management
Christopher S. Yoo
University of Pennsylvania Law School; University of Pennsylvania - Annenberg School for Communication; University of Pennsylvania - School of Engineering and Applied Science
Columbia Law Review, Vol. 106, 2006
Vanderbilt Public Law Working Paper No. 07-07
Vanderbilt Law and Economics Working Paper No. 07-07
Antitrust has long played a major role in telecommunications policy, demonstrated most dramatically by the equal access mandate imposed during the breakup of AT&T. In this Article we explore the extent to which antitrust can continue to serve as a source of access mandates following the Supreme Court's 2004 Trinko decision. Although Trinko sharply criticized access remedies and antitrust courts' ability to enforce them, it is not yet clear whether future courts will interpret the opinion as barring all antitrust access claims. Even more importantly, the opinion contains language hinting at possible bases for differentiating among different types of access, in contrast to previous analyses, which have generally grouped all of the forms of access into a single category. We build upon this language to offer an analytical framework, based on a branch of mathematics known as graph theory, that captures the manner in which different components of network can interact with one another as part of a complex system. Our analysis also offers a basis for classifying the different types of access into five categories: retail, wholesale, interconnection, platform, and unbundled. We then employ this framework to analyze a range of policy and doctrinal issues, including the current debate over network neutrality.
Number of Pages in PDF File: 86
Keywords: antitrust, telecommunications, access, Trinko, graph theory, network theory, essential facilities doctrine, vertical exclusion, vertical integration, state action immunity, primary jurisdiction, abstention, dynamic efficiency, retail access, wholesale access, interconnection access, platform access
Date posted: April 6, 2007 ; Last revised: December 23, 2013
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