Federal Judge Rules Qualcomm's Patent Licensing Practices Unfair
A federal judge in San Jose sided with the Federal Trade Commission in its case against Qualcomm, ruling that the company unlawfully suppressed competition in the market for cellphone chips and used its dominant position to exact excessive licensing fees. Several practices were singled out, including: charging royalties on a percentage of a phone's price, threatening to cut off access to its chips when negotiating patent royalties, and exclusive supply agreements with phone makers like Apple that block potential rivals like Intel. The judge said Qualcomm must submit to monitoring for the next seven years to ensure it abides by the remedies. Qualcomm issued a statement saying it will immediately seek a stay of the judgment and an expedited appeal.
Apr 11, 2017
Qualcomm filed a retaliatory lawsuit against Apple and accused the iPhone maker of bad behavior. The filing is in response to one Apple made against Qualcomm earlier this year.
May 15, 2017
Intel and Samsung support the Federal Trade Commission's antitrust investigation against Qualcomm and have filed amicus briefs to air their own complaints. The FTC hit Qualcomm with legal action in January and suggested that the company's patent licensing practices may violate monopoly regulations.
Sep 25, 2018
Qualcomm has taken yet more action against Apple, which it alleges stole trade secrets and offered them to Intel in a bid to improve Intel's modems. This year's iPhones rely solely on Intel modems, rather the a mix of modems from Intel and Qualcomm, in part because Apple and Qualcomm are locked in a legal dispute over patents and licensing fees.
Sep 18, 2018
A new trial between Qualcomm and Apple has begun at the U.S. International Trade Commission this week.
Nov 12, 2018
Intel today introduced the XMM 8160, a 5G modem that will bring high-speed connectivity to mobile phones, computers, and other broadband devices in 2020. The modem supports the 5G NR spec, including both standalone (SA) and non-standalone (NSA) modes for fixed and mobile service.