Federal Trade Commission Bureau of Competition Director Bruce Hoffman issued this statement regarding the U.S. District Court for the Northern District of California’s ruling yesterday that Qualcomm Inc.’s licensing practices relating to its modem chips violate Sections 1 and 2 of the Sherman Act and constitute an unfair method of competition under the FTC Act:
“Yesterday’s decision that Qualcomm’s practices violate the antitrust laws is an important win for competition in a key segment of the economy. FTC staff will remain vigilant in pursuing unilateral conduct by technology firms that harms the competitive process.”
The FTC’s 2017 complaint challenged “Qualcomm’s unlawful maintenance of a monopoly in baseband processors, semiconductor devices that enable cellular communications in cell phones and other products.” It asserted that “Qualcomm has engaged in exclusionary conduct that taxes its competitors’ baseband processor sales, reduces competitors’ ability and incentive to innovate, and raises prices paid by consumers for cell phones and tablets.” The district court decision follows a four-week trial completed in January.
The Federal Trade Commission works to promote competition, and protect and educate consumers. You can learn more about how competition benefits consumers or file an antitrust complaint. Like the FTC on Facebook, follow us on Twitter, read our blogs, and subscribe to press releases for the latest FTC news and resources.
WASHINGTON — Today, the United States is imposing sanctions on 35 entities and vessels that…
WASHINGTON—The Office of the Comptroller of the Currency (OCC) today released a list of Community…
WASHINGTON – The United States welcomes the Government of Israel’s decision to approve a one-year extension…
WASHINGTON — Today, on the International Day for the Abolition of Slavery, the Department of…
WASHINGTON—The Office of the Comptroller of the Currency (OCC) today announced an increase in assessment…
WASHINGTON — Today, the Department of the Treasury’s Office of Foreign Assets Control (OFAC) is…