Caldera, Inc. v. Microsoft Corp.

72 F. Supp. 2d 1295, 1999 U.S. Dist. LEXIS 18393, 1999 WL 1067490
District Court, D. Utah·Decided November 3, 1999·No. 2:96-CV-645 B·Published·Cited by 5 cases

Opinion

MEMORANDUM OPINION & ORDER

BENSON, District Judge.

J. INTRODUCTION

Presently before the Court are four motions for partial summary judgment brought by defendant, Microsoft Corporation. In its complaint, plaintiff, Caldera, Inc., alleges that Microsoft engaged in anticompetitive conduct in violation of §§ 1 and 2 of the Sherman Antitrust Act, 15 U.S.C. §§ 1, 2, as well as § 3 of the Clayton Act, 15 U.S.C. § 14. Microsoft has attempted to separate what it believes are *1297 Caldera’s individual claims by filing the following nine motions for partial summary judgment on: (1) “Plaintiffs Preannouncement Claim,” (2) “Plaintiffs Product Disparagement Claim,” (3) “Plaintiffs Claim Regarding Microsoft’s Licensing Practices,” (4) “Plaintiffs Perceived Incompatibilities Claim,” (5) “Plaintiffs Intentional Incompatibilities Claim,” (6) “Plaintiffs ‘Predisclosure’ Claim,” (7) “Plaintiffs Technological Tying Claim,” (8) “Plaintiffs European & Japanese Claims,” and (9) “Plaintiffs State Law Tortious Interference Claims.” In addition to responding to each of Microsoft’s motions for partial summary judgment, Caldera filed its own “Motion to Strike Microsoft’s Partial Summary Judgment Briefs Relating to Substantive Antitrust Violations.’*

In its Memorandum Opinion and Order dated June 28, 1999, the Court denied three of Microsoft’s motions for partial summary judgment. The motions denied were “Plaintiffs Product Preannouncement Claim,” “Plaintiffs Product Disparagement Claim,” and “Plaintiffs Claim Regarding Microsoft’s Licensing Practices.” Additionally, the Court denied from the bench defendant’s motion for partial summary judgment on “Plaintiffs Japanese and European Claims,” as memorialized in its Order dated July 27, 1999. With respect to “Plaintiffs State Law Tortious Interference Claims,” the Court continues to take the matter under advisement. This Opinion addresses defendant’s motions for partial summary judgment on “Plaintiffs Claim of Intentional Incompatibilities,” “Plaintiffs Claim of Predisclo-sure,” “Plaintiffs Claim of Perceived Incompatibilities,” and “Plaintiffs Claim of Technological Tying,” as well as plaintiffs motion to strike.

The Court heard oral argument regarding defendant’s present motions for partial summary judgment and plaintiffs motion to strike on June 8, 10, 29, and July 6, 8, 1999. Based on the motions presently before the Court, the memoranda, exhibits submitted by both parties, and the statements presented in oral argument, the Court makes the following findings and issues this Memorandum Opinion and Order.

II. BACKGROUND & DESCRIPTION OF PLAINTIFF’S CLAIMS

This case finds its genesis in the mid-1970s with the advent of the personal computer. Critical to the evolution of the personal computer was the development of the computer operating system. An operating system functions as the control center of the computer. It controls the computer’s interaction with peripheral hardware such as keyboards, modems, and printers and also serves as the underlying support structure for software applications. An operating system functions as the interface between the computer and the software applications. Independent software venders (ISVs) write software application programs, such as games, spreadsheets, and wordprocessors, that rely for their operation on certain general functions written into the operating system.

As the computer age dawned, new and old companies alike scrambled to pioneer the emerging frontier. Founded in 1976 by Gary Kildall, Digital Research, Inc. (DRI) developed one of the first operating systems for personal computers, known as CP/M (Control Program for Microprocessors). According to plaintiff, CP/M was the dominant operating system for 8-bit personal computers in the late 1970s and early 1980s. CP/M operated much the same as a disc operating system (DOS) operates today. Both CP/M and DOS are character based, requiring the user to direct the computer to perform desired operations by using specific keystrokes.

At the same time DRI was making inroads into the operating systems market, a new start-up partnership called Microsoft was formed which focused on programming languages. In July 1980, IBM approached Microsoft about designing 16-bit versions of its most popular products to be used with IBMs forthcoming personal computer, which at the time was still un *1298 disclosed to the public. IBM was also looking for an operating system to install onto its personal computers. At that time, DRI had preliminary designs for a 16-bit version of CP/M. IBM contacted DRI about obtaining a license of this 16-bit version, known as CP/M-86, but the parties were unable to reach an agreement.

Microsoft also began exploring the possibility of developing or acquiring its own operating system. In 1981, Microsoft first licensed and later purchased for a reported $50,000 a 16-bit CP/M clone from Seattle Computer Products, a small original equipment manufacturer (OEM). This system, named QDOS (Quick and Dirty Operating System), mirrored the functionality of CP/M. Thereafter, IBM obtained a license from Microsoft for QDOS. When IBM launched its personal computer in August 1981, this operating system was installed on each computer, offered as PC-DOS 1.0 to IBM’s direct customers, and offered by Microsoft as MS-DOS 1.0, to all other OEMs. IBM’s personal computer incorporated the Intel x86 microprocessor. Other OEMs were able to use this same microprocessor to essentially clone the IBM personal computer, and MS-DOS was compatible with all of these clones. Accordingly, literally millions of Microsoft’s operating systems were installed worldwide. By 1985, MS-DOS was the prevalent operating system in the world for personal computers using Intel x86 microprocessors. As a result, Microsoft enjoyed enormous financial success. By 1988 Microsoft had obtained a monopoly position in the DOS market. For purposes of the present motions, Microsoft does not dispute the contention that it has such a monopoly in the operating systems market.

By the mid-1980s, the computer industry began exploring alternatives to DOS, which were considered by many to be difficult to use because they required the user to type in commands in order to operate the computer. As a result, graphical user interfaces (GUIs) were developed, which replaced some of the character-based commands of DOS with graphical commands that users could execute through the use of point-and-click technology. In using a GUI, the user operates a “mouse” that controls an arrow on the screen and enables the user to control the computer by pointing at screen icons and clicking on them. GUIs were initially utilized by Apple Computer, Inc. In the early 1980s Apple developed the Macintosh microprocessor, which, unlike the IBM personal computer, ran on the Motorola 68000 microprocessor chip. However, unlike Microsoft’s GUI, called Windows, Apple’s GUI was a complete operating system. Windows had the appearance of running the computer as its own operating system, but it was in essence merely, operating on top of DOS, unable to function without the underlying DOS program.

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Caldera, Inc. v. Microsoft Corp., 72 F. Supp. 2d 1295, 1999 U.S. Dist. LEXIS 18393, 1999 WL 1067490 (D. Utah 1999).

72 F. Supp. 2d 1295 (Caldera, Inc. v. Microsoft Corp.) — published by Counsel Stack Legal Research, free access to 12M+ legal documents.

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