In re Qualcomm Antitrust Litig.

292 F. Supp. 3d 948
CourtDistrict Court, N.D. California
DecidedNovember 10, 2017
DocketCase No. 17–MD–02773–LHK
StatusPublished
Cited by3 cases

This text of 292 F. Supp. 3d 948 (In re Qualcomm Antitrust Litig.) is published on Counsel Stack Legal Research, covering District Court, N.D. California primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
In re Qualcomm Antitrust Litig., 292 F. Supp. 3d 948 (N.D. Cal. 2017).

Opinion

LUCY H. KOH, United States District Judge

Plaintiffs Sarah Key, Andrew Westley, Terese Russell, and Carra Abernathy (collectively, "Plaintiffs") bring a putative class action against Defendant Qualcomm Incorporated ("Qualcomm"). Before the Court is Qualcomm's motion to dismiss and/or strike Plaintiffs' Consolidated Class Action Complaint ("CCAC"). ECF No. 110 ("Mot."). Having considered the parties' submissions, the relevant law, and the record in this case, the Court hereby GRANTS in part and DENIES in part the motion to dismiss and/or strike.

I. BACKGROUND

A. Factual Background

This case involves allegations similar to those made in FTC v. Qualcomm Inc. , No. 17-CV-00220-LHK, and requires understanding the complicated interaction between cellular communications standards, standard essential patents ("SEPs"), and the market for baseband processors, or "modem chips." The Court begins by discussing cellular communications standards and modem chips generally. Then, the Court discusses Qualcomm's cellular communications SEPs and Qualcomm's participation in the markets for modem chips. Next, the Court discusses Plaintiffs' allegations that Qualcomm has used its SEPs and its modem chips monopoly to harm *955competition in certain modem chips markets. Finally, the Court discusses Plaintiffs' allegations that Qualcomm's conduct has caused them harm by raising the prices paid for products containing modem chips.

1. Cellular Technology and the Baseband Processor Industry Generally

i. Cellphone Networks

Cellular communications depend on widely distributed networks that implement cellular communications standards. ECF No. 94 (Consolidated Class Action Complaint or "CCAC") ¶ 32. Cellular communications standards have evolved over four "generations." Id. ¶ 34. "First-generation cellular communications standards were developed in the 1980s. These standards support analog transmissions of voice calls." FTC v. Qualcomm Inc. , No. 17-CV-00220-LHK, 2017 WL 2774406, at *1 (N.D. Cal. June 26, 2017).

Second-generation ("2G") cellular communications were developed in the early 1990s. CCAC ¶ 35. 2G cellular communications standards support digital transmissions of voice calls. Id. The leading 2G standards are the Global System for Mobile Communications standard ("GSM") and second generation Code Division Multiple Access standard ("2G-CDMA"). Id. AT & T and T-Mobile chose to operate GSM networks. By contrast, Verizon and Sprint operate 2G-CDMA networks. Id.

In the late 1990s, third-generation ("3G") cellular communications standards were introduced. Id. ¶ 36. The leading 3G standards are the Universal Mobile Telecommunications System ("UMTS") and third-generation CDMA ("3G-CDMA") standards. Id. Network operators that deployed 2G GSM networks, such as AT & T and T-Mobile, transitioned to 3G UMTS networks. By contrast, network operators that deployed 2G-CDMA networks, such as Verizon and Sprint, transitioned to 3G-CDMA networks. Id.

In late 2009, fourth-generation ("4G") cellular communications standards were introduced. Id. ¶ 37. These standards support substantially higher data-transmission speeds than 3G standards. Id. The leading 4G standard is Long-Term Evolution ("LTE"). Id. Most major network operators worldwide have deployed LTE. Id.

ii. Standard Essential Patents

Cellular communications standards, such as CDMA and LTE standards, are adopted by standards setting organizations ("SSOs"). Id. ¶ 33. SSOs that adopt cellular telecommunications standards include the European Telecommunication Standards Institute ("ETSI"), the Telecommunications Industry Association ("TIA"), and the International Telecommunications Union ("ITU"). Id. ¶ 34.

In setting a cellular communications standard, SSOs often include technology in the cellular communications standard that is patented. Patents that cover technology that is incorporated into a standard are known as "standard essential patents" ("SEPs"). Id. ¶ 33.

Importantly, before incorporating a technology into a standard, SSOs "require participants to publicly disclose any claimed SEPs and promise to license [SEPs] to anyone who practices the standard on a royalty-free or [fair, reasonable, and non-discriminatory ('FRAND') ] basis." Id. ¶ 44. "Absent [such] safeguards, SEP holders could abuse the standard-setting process via 'patent hold-up,' which happens 'when the holder of a[n] [SEP] demands excessive royalties after companies are locked into using a standard.' " Id. ¶ 42 (citation omitted).

iii. Baseband Processors

In order to communicate with a cellular communications network, a cellphone *956handset ("handset") must contain a semiconductor device known as a baseband processor, or "modem chip." Id. ¶ 32. More specifically, in order to communicate with a particular cellphone network, the handset must contain a modem chip that complies with the cellular communications standards that the particular cellphone network supports. Id. For example, a handset that contains a modem chip that complies only with UMTS standards cannot communicate with a cellular network that uses 3G-CDMA standards. "Multi-mode" modem chips can comply with more than one cellular communications standard. Id.

To be used on a network that deploys LTE-the leading 4G standard used by major cellular network operators-the handset must ordinarily contain a modem chip that complies with LTE standards and is also "backward compatible" with 2G and 3G standards. Id. ¶ 40. This is because network operators have "continued to use the prior standards" and "have not yet replaced their 2G and 3G infrastructure with the new 4G infrastructure." Id. Accordingly, most manufacturers "must purchase multimode chips in order to make [handsets] that can function on the major U.S. wireless networks." Id.

iv. Cellular Handset Tiers and Smartphones

Cellular handsets are produced by original equipment manufacturers ("OEMs") such as Apple and Samsung. Id. ¶¶ 1-2, 38. Since the late 2000s, the market for handsets with advanced computing capability, such as smartphones and tablets, has "grown tremendously." Id. ¶¶ 2-3.

Competition in the manufacturing and sale of handsets has developed over time into "tiers": premium, mid, and low. Id. ¶ 38. "Premium"-tier smartphones include brands such as Apple's iPhone and Samsung's Galaxy-S. Id. Premium smartphones are of particular importance to OEMs because they "tend to have higher prices and margins than lower-tier products and are important for branding." Id.

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Related

Key v. Qualcomm Incorporated
129 F.4th 1129 (Ninth Circuit, 2025)

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Bluebook (online)
292 F. Supp. 3d 948, Counsel Stack Legal Research, https://law.counselstack.com/opinion/in-re-qualcomm-antitrust-litig-cand-2017.