Deliver Your News to the World

California Federal District Court Halts Rambus Patent Infringement Case Against Micron


WEBWIRE

Case Stayed Based on Earlier Delaware Court Decision Holding Rambus Patents Unenforceable

Micron Technology, Inc., today announced that the U.S. District Court for the Northern District of California has halted the patent infringement case filed by Rambus Inc. against Micron. The stay order, issued by the Honorable Ronald M. Whyte, comes after an earlier decision by the U.S. District Court of Delaware that Rambus’ patents in that case were unenforceable against Micron. Judge Whyte likewise stayed proceedings in parallel patent infringement cases filed by Rambus against Samsung Electronics Co. Ltd., Nanya Technology Corporation and Hynix Semiconductor, Inc.

On January 9, the Honorable Sue L. Robinson of the U.S. District Court of Delaware held that, because Rambus’ “spoliation conduct was extensive, including within its scope the destruction of innumerable documents relating to all aspects of Rambus’ business,” the only appropriate sanction for the conduct was “to declare the patents in suit unenforceable against Micron.”

In the opinion issued today, Judge Whyte acknowledged the impact of the Delaware Court’s decision and declared that the cases should be stayed indefinitely, pending appeals of the Delaware spoliation and unenforceability decision and a spoliation decision by Judge Whyte in an earlier case involving Rambus and Hynix.

“We are pleased that Judge Whyte recognized that the Delaware Court’s unenforceability ruling impacts the patents asserted by Rambus in the California matter, and that he stayed Rambus’ patent case against Micron,” said Rod Lewis, Micron’s Vice President of Legal Affairs and General Counsel. “We believe that Judge Robinson’s thorough decision will be upheld on appeal.”



WebWireID86440





This news content was configured by WebWire editorial staff. Linking is permitted.

News Release Distribution and Press Release Distribution Services Provided by WebWire.