Dali Wireless, Inc. v. Corning Optical Communications LLC

District Court, N.D. California·Decided November 3, 2022·No. 3:20-cv-06469·Unknown

Opinion

DALI WIRELESS, INC., Case No. 20-cv-06469-EMC

Plaintiff, ORDER GRANTING DEFENDANT’S v. MOTION TO DISMISS AND GRANTING IN PART AND DENYING CORNING OPTICAL IN PART DEFENDANT’S MOTION TO COMMUNICATIONS LLC, STRIKE Defendant. Docket No. 157 Plaintiff Dali Wireless, Inc. (“Dali”) filed suit against Defendant Corning Optical Communications LLC (“Corning”) for willful infringement of U.S. Patent No. 10,433,261 (“the ’261 patent”), U.S. Patent No. 9,197,358 (“the ’358 patent”), and U.S. Patent No. 10,506,454 (“the ’454 patent”) (together, “the patents-in-suit”). Docket No. 154 (“TAC”). After its First and Second Amended Complaints were dismissed on the pleadings with leave to amend, Dali filed its Third Amended Complaint. Now pending before the Court is Corning’s combined motion to strike and motion to dismiss Dali’s willfulness allegations. Docket No. 157 (“MTD”). For the following reasons, the Court GRANTS Corning’s Motion to Dismiss the allegations of willful infringement. The Court GRANTS IN PART Corning’s Motion to Strike as to paragraph 269 of the TAC but DENIES IN PART the remainder of the motion. A. Factual Background Dali is a designer and manufacturer of power amplifiers for radio frequency communications for indoor and outdoor wireless coverage and capacity. TAC ¶ 4. Corning is a Access Network (“E-RAN”) system that provides in-building cellular voice and data coverage. TAC ¶¶ 4, 6. Corning now owns certain equipment and systems relating to E-RAN small cell systems, such as SpiderCloud Services and Radio nodes. TAC ¶ 272. Dali’s three patents-in-suit relate to distributed antenna systems (“DAS”). The ’261 patent is entitled “Self-Optimizing Distributed Antenna System Using Soft Frequency Reuse” and was issued on October 1, 2019. TAC Exh. A. The invention is a method of determining carrier power in a communications system to address unbalanced traffic distributions inside cellular networks. Id. at 1:19–21, 1:34–39. The ’358 patent is entitled “Method and System for Soft Frequency Reuse in a Distributed Antenna System” and was issued on November 24, 2015. TAC Exh. B. The invention relates to wireless communication systems employing “DAS utilizing Soft Frequency Reuse [SFR] or Fractional Frequency Reuse techniques” to suppress inter-cell interference in a multi-cell environment. Id. at 1:39–43, 9:5–20. The ’454 patent is entitled “Optimization of Traffic Load in a Distributed Antenna System” and was issued on December 10, 2019. TAC Exh. C. The invention teaches a traffic monitoring and optimization DAS system for dynamically routing signals to manage the physical movement of groups of subscribers from one location to another. Id. at 1:17–29, 1:43–52. Corning executives were first introduced to Dali beginning in late 2010. TAC ¶¶ 36–37. In March 2011, Corning signed a Non-Disclosure Agreement to discuss purchasing radio distribution system components from Dali. TAC ¶ 38. Later that year, Corning executives visited Dali’s research and development headquarters in Vancouver, Canada, to discuss a joint project. TAC ¶ 39. In May 2012, the two parties signed a letter of intent for Dali to develop parts of a radio distribution system—specifically, DT-650 digital transport equipment—which Corning would purchase. TAC ¶ 40. Corning then performed due diligence on Dali’s portfolio. TAC ¶ 41. In September 2012, the two parties entered into a License and Purchase Agreement to memorialize the letter of intent. TAC ¶ 42. In October 2013, Corning informed Dali that it was reevaluating its involvement with DT- 650 and considering beginning a new project. TAC ¶¶ 46–47. In June 2014, Corning’s corporate Dali. TAC ¶ 48. Dali presented the company’s strategy, product roadmap, and IP positioning, and allowed Corning to conduct due diligence at Dali’s Vancouver research and development facility. TAC ¶¶ 48–49. At the time, none of the three patents-at-suit had been issued. Corning offered Dali $100M for the business and IP holdings, but negotiations were unsuccessful. TAC ¶¶ 50–51. In 2017, Corning acquired SpiderCloud and obtained the accused products at issue in this lawsuit—the SpiderCloud Enterprise Radio Access Network (“E-RAN”) system—which it markets as small cell products. TAC ¶¶ 2, 72, 86, 90. As of 2022, Corning continues to sell the accused product. TAC ¶ 222. B. Procedural History Dali filed its original complaint on December 30, 2019. In that complaint, Dali asserted U.S. Patent No. 10,159,074 (“the ’074 patent”) and (2) U.S. Patent No. 9,769,766 (“the ’766 patent”). Docket No. 1. In its First Amended Complaint, filed on April 30, 2020, Dali modified its infringement claims and alleged that Corning infringed its ’261 patent,1 ’358 patent,2 and ’454 patent. Docket No. 7 (“FAC”). Dali alleged that in the two parties’ discussions about forming a strategic partnership and acquisition, Corning conducted due diligence on Dali’s patent portfolio. FAC ¶¶ 34–36. Corning filed its first motion for judgment on the pleadings of no willfulness under Rule 12(c). Docket No. 84. Corning argued that Dali failed to plead adequate pre-suit knowledge of the patents-in-suit and egregious conduct by Corning. Docket No. 84. The Court agreed and dismissed Dali’s willfulness pleading with leave to amend. Docket No. 104. Dali filed its Second Amended Complaint on September 20, 2021. Docket No. 109 (“SAC”). Dali contends that Corning’s counsel Mr. Keith Montgomery learned of the ’358 patent on October 14, 2016, the ’261 patent on April 8, 2020, and the ’454 patent on April 15, 2020—all before the April 30, 2020, filing date of the First Amended Complaint. SAC ¶¶ 37–39. Dali

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