ORA Acquisition Extends Synopsys' Capability into Optical Design and Analysis

Synopsys Inc. has acquired Optical Research Associates (ORA), a privately held provider of optical design software and optical engineering services. The addition of ORA's expertise, technology and products will allow Synopsys to move into the rapidly growing markets associated with displays and solid state lighting using light emitting diodes (LEDs), as well as expand into markets such as semiconductor lithography equipment and cameras. This acquisition represents Synopsys' initial move into this space and aligns with the company's strategy to expand its total addressable market into areas that are naturally adjacent to traditional electronic design automation (EDA).

ORA software is used to design and optimize applications that require light to be controlled or manipulated. Its software allows engineers to design and optimize the optical components and systems found in products such as cameras, telescopes, semiconductor lithography equipment, projectors, laptop displays, automotive lighting, and solid state lighting using LEDs. Optical components can include items such as lenses, prisms and mirrors, while the systems can include any combination of components necessary to achieve the desired image or image uniformity.

The terms of the deal are not being disclosed. The acquisition is not expected to be material to Synopsys' results in either fiscal 2010 or 2011.

ORA delivers innovative solutions to the optics industry. With its CODE V and LightTools software products, ORA is one of the world's leading developers of optical design and analysis software. CODE V is used for the design and analysis of optical imaging and optical communication systems. It precisely simulates the reaction of light rays as they pass through or bounce off elements such as lenses, mirrors and prisms, and calculates image quality. The result is a product or system capable of accurately depicting objects such as a planet via a telescope. LightTools is a 3D tool focused on how best to manipulate and control light. It accurately simulates how light will be perceived in real-world environments so that engineers can design products such as automotive headlights, street lights and cell phone displays that have the desired brightness, distribution and uniformity of light.

Synopsys

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