Electromagnetic frequencies used for wireless communications
Broadband expansion is at the top of Biden’s telecom to-do list.
In October 2019, the Benton Institute for Broadband & Society issued Broadband for America’s Future: A Vision for the 2020s. The agenda was comprehensive, constructed upon achievements in communities and insights from experts across the nation. The report outlined the key building blocks of broadband policy—deployment, competition, community anchor institutions, and digital equity (including affordability and adoption).
Judge Victor Marrero of the United States District Court in Manhattan ruled in favor of T-Mobile’s takeover of Sprint in a deal that would further concentrate corporate ownership of technology, combining the nation’s third- and fourth-largest wireless carriers and creating a new telecommunications giant to take on AT&T and Verizon. The decision concluded an unusual suit filed in June by attorneys general from 13 states and the District of Columbia. The challenge was brought after regulators at the Department of Justice and Federal Communications Commission approved the deal.
On November 5, the Federal Communications Commission gave its final OK, approving—with conditions—the transfer of control applications filed by T-Mobile and Sprint. T-Mobile's acquisition of Sprint was first announced April 29, 2018, touting the capacity to rapidly create a nationwide 5G network while offering lower prices, better quality, unmatched value, and greater competition. Is that where we've ended up? Although T-Mobile's acquisition of Sprint has gotten approval from both the U.S. Department of Justice and the FCC, the deal isn't done yet.
To address the loss of a mobile communications competitor that will result from the proposed T-Mobile/Sprint merger, the Department of Justice (DOJ) has proposed a solution that seeks to enable DISH Network to emerge as a fourth national facilities-based wireless carrier. From an engineering perspective, however, DOJ’s approach to enabling DISH’s deployment is not guaranteed to prove adequate to maintain competition comparable to that currently offered over Sprint’s network.
Justice Department Settles with T-Mobile and Sprint in Their Proposed Merger by Requiring a Package of Divestitures to Dish
The Department of Justice announced that it and the Attorneys General for five states reached a settlement with T-Mobile and Sprint regarding their proposed merger. The settlement requires a substantial divestiture package in order to enable a viable facilities-based competitor to enter the market. Further, the settlement will facilitate the expeditious deployment of multiple high-quality 5G networks for the benefit of American consumers and entrepreneurs.
Perhaps the biggest news of the week was the agenda for the Federal Communications Commission's July 10 Open Meeting, which FCC Chairman Ajit Pai laid out in a blog post on June 18, 2019. I'm traveling to New York this week; below is a shorter-than-usual weekly that takes a look at how Chairman Pai plans to take education out of the Educational Broadband Service -- and broadcast television.
Over the past few years, news of 5G – fifth generation wireless technologies – has grabbed too many headlines to count.
One of the most disturbing aspects of the digital divide is the “homework gap.” The term – first coined by FCC Commissioner Jessica Rosenworcel – describes the situation faced by the estimated 12 million students that cannot complete their school assignments because they have no broadband access at home. As she notes, roughly 7 in 10 teachers assign homework that requires a broadband connection, which means that many students, especially in low-income communities, are missing out on the educational opportunities afforded to their connected peers.
In 2008, Northern Michigan University (NMU) elected to tackle the lack of adequate broadband access in its community head-on. With over 8,000 notebook computers assigned to its students, NMU launched an aggressive plan to construct the nation’s first Educational Broadband Service (EBS) WiMAX network.