COMMSCOPE, INC v. ROSENBERGER TECHNOLOGY KUNSHAN CO, LTD.

District Court, D. New Jersey·Decided April 20, 2021·No. 2:19-cv-15962·Unknown

Opinion

NOT FOR PUBLICATION UNITED STATES DISTRICT COURT DISTRICT OF NEW JERSEY

COMMSCOPE, INC.,

Plaintiff, Civil Action No. 19-15962 v. OPINION ROSENBERGER TECHNOLOGY (KUNSHAN) CO. LTD., et al.,

Defendants.

ARLEO, UNITED STATES DISTRICT JUDGE THIS MATTER comes before the Court by way of Plaintiff CommScope, Inc.’s (“Plaintiff” or “CommScope”) Motion for Preliminary Injunction Against Rosenberger Defendants, ECF No. 173. Defendants Rosenberger Technology (Kunshan) Co. Ltd., Rosenberger Asia Pacific Electronic Co., Ltd., Rosenberger Technology LLC, Rosenberger USA Corp., Rosenberger North America Pennsauken, Inc., Rosenberger Site Solutions, LLC, and Rosenberger Hochfrequenztechnik GmbH & Co. KG (collectively, “Defendants” or “Rosenberger”) oppose the Motion. ECF No. 218. The Court held a hearing for oral argument on the Motion on October 28, 2020.1 For the reasons explained below, the Motion is DENIED.

1 Following oral argument, at the Court’s request, the parties submitted supplemental briefing on the specific questions raised at the hearing related to the issue of irreparable harm. The parties submitted those papers on November 6, 2020. See CommScope’s Post-Hearing Brief, ECF No 348 (“Pl. Supp. Br.”), and Rosenberger Defendants’ Post-Hearing Brief, ECF No. 349 (“Defs. Supp. Br.”) I. FACTUAL BACKGROUND

This matter arises out of Defendants’ alleged misappropriation of trade secret software that is used in the design of base station antennas (“BSAs”). See generally Am. Compl., ECF No. 50. CommScope and Rosenberger are both in the business of designing and selling BSAs. To assist in the process of designing and selling BSAs, CommScope developed two software programs: the Andrew Antenna Analysis Program (“AAAP”) and the Particle Swarm Optimization Antenna Analysis (“PSOAA”) (collectively, the “BSA Software Programs”). See generally CommScope Ex. 3, Declaration of Martin Zimmerman, ECF 175.3 (“Zimmerman Decl.”). The BSA Software Programs provide certain useful features for CommScope’s design engineers and sales representatives. The functionality of these programs is relevant to the present Motion. AAAP is a data analysis and visualization program that analyzes BSA pattern performance over a variety of parameters. See id. ¶ 5. AAAP provides flexibility to engineers in the BSA design process because engineers can redefine, add, or remove these parameters at the engineer’s

discretion. Id. AAAP also has utility in the sales process as it allows the user to “define and display BSA parameters consistent with each customer’s unique needs and preference.” Id. ¶ 9. CommScope argues that this ability to display and easily manage these parameters speeds up the design time for any given BSA. Id. ¶ 7. While AAAP helpfully displays a given BSA’s performance, it does not dictate the ultimate design of that BSA. Rosenberger Ex. 4, Expert Declaration of Warren Stutzman ¶ 196, ECF No. 220 (“Stutzman Decl.”). CommScope’s own expert confirms that it is the designer who dictates any adjustments to BSAs in the development process, not AAAP. See CommScope Ex. 7, Declaration of Dr. Robert Akl ¶ 56, ECF No. 175.7 (“Akl Decl.”) (“Once these patterns are viewed and analyzed with all the statistical values accounted for in a single analysis, the designer can then make adjustments and re-test the prototype (or re-simulate the design).”). PSOAA allows engineers to create virtual mockups of antennas so that they can evaluate the antenna’s performance before developing a physical model.2 Zimmerman Decl. ¶ 11.

Specifically, PSOAA calculates the expected performance of a designed BSA, optimizes it along different variables, and “enables engineers to further fine-tune the design by tweaking its parameters (such as amplitude, phase, and arrangement of radiating elements) and checking their impact on performance.” Id. Rosenberger’s expert explains that “PSOAA provides a mathematical calculation that may provide a convenient or quick calculation for inexperienced engineers but is not useful for the ultimate simulation of performance.” Stutzman Decl. ¶ 197. PSOAA functions by implementing a commonly known “particle swarm algorithm” in a “conventional way.” Id. ¶ 123. The parties dispute the degree to which PSOAA can be characterized as a simulation tool but, in any event, the program assists in BSA design by optimizing and visualizing BSA performance. In turn, this helps the user evaluate customer

specifications and efficiently improve a model’s performance. See Akl Decl. ¶ 67; Zimmerman Decl. ¶ 17. CommScope is a leader in the United States BSA market and has strong relationships with the major wireless carriers. CommScope Ex. 8, Declaration of Allan Shampine ¶ 13, ECF No. 175.12 (“Shampine Decl.”). Rosenberger, in contrast, has had limited success in the United States market. By way of example, the total of BSA sales in the United States was $575 million in 2017;

2 Later versions of PSOAA allow for some advanced functionality, such as the ability to “analyze the data in AAAP.” Zimmerman Decl. ¶ 17. At oral argument, Rosenberger argued that the only version of PSOAA it used was Version 1.0. See Stutzman Decl. ¶¶ 118-24, 198. In its post-hearing briefing, CommScope asserts in a footnote that “Rosenberger misappropriated two versions of PSOAA—Version 1.0 and Version 2.1—but only admits to using Version 1.0.” Pl. Supp. Br. at 5-6, n.3. The factual citation CommScope provides in support of this assertion does not demonstrate that Rosenberger used Version 2.1. As such, the Court considers only Version 1.0 with respect to its analysis. Rosenberger had U.S. sales of approximately $35,000 in 2016, $437,000 in 2017, $2.7 million in 2018, and $3.3 million in 2019. See Rosenberger Ex. 7, Declaration of Ryan Sullivan ¶ 72, ECF No. 221; Defs. Supp. Br. at 4 n.5. CommScope asserts that successfully competing in the U.S. market is strongly influenced by speed to market and established sales relationships. Specifically,

CommScope argues that speed to market is critical because BSA technology evolves quickly and because BSAs are often custom designed to fit the needs of a specific customer, allowing a sale to be locked up. See, e.g., Shampine Decl. ¶¶ 15, 39; see also CommScope Ex. 11, Transcript of Deposition of Rosenberger pursuant to Rule 30(b)(6) at 88:1-10, ECF No. 178.1. Similarly, CommScope argues that sales relationships in the BSA market are “sticky,” in that once they are established, they can be difficult to dislodge. Shampine Decl. ¶ 7. However, the record also reflects that telecommunications carriers “generally use multiple vendors nationally.” Id. CommScope became aware of Rosenberger’s use of its software programs around August 2018 when CommScope personnel obtained a Rosenberger customer presentation from a client that appeared to show Rosenberger was using AAAP to pitch BSAs to customers in the United

States. See CommScope Ex. 1, Declaration of Farid Firouzbakht ¶ 2, ECF No. 175.1. By the end of September 2018, CommScope had learned that a former employee had gone to work for Rosenberger and had identified a cyber-security incident related to a departing employee who had previously worked at Rosenberger. Id. In November 2018, CommScope contacted the Federal Bureau of Investigations (“FBI”) to report that it believed Rosenberger might be infringing its intellectual property. Id. ¶ 3. After reporting its concerns to the FBI, CommScope became aware that Rosenberger was also using PSOAA when a then-Rosenberger employee told CommScope he was using it in his work. Id. ¶ 7. In May 2019, after continued discussions, the FBI informed CommScope it would not be pursuing an action against Rosenberger. Id. ¶ 8. Two months later, Plaintiff initiated this litigation in the District of New Jersey on July 29, 2019. See Compl., ECF No. 1. II. PROCEDURAL HISTORY

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COMMSCOPE, INC v. ROSENBERGER TECHNOLOGY KUNSHAN CO, LTD., (D.N.J. 2021).

COMMSCOPE, INC v. ROSENBERGER TECHNOLOGY KUNSHAN CO, LTD. (COMMSCOPE, INC v. ROSENBERGER TECHNOLOGY KUNSHAN CO, LTD.) — published by Counsel Stack Legal Research, free access to 12M+ legal documents.

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