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| Tessera Technologies, Inc., headquartered in San Jose, California, develops, invests in, licenses and delivers innovative miniaturization technologies and products for next-generation electronic devices. More than 65% of Tessera’s employees are dedicated technologists or inventors. The company’s micro-electronics solutions enable smaller, higher-functionality devices through chip-scale and wafer-level packaging, silicon-level interconnect and 3D packaging, as well as silent air cooling technology. Tessera’s imaging and optics solutions provide cost-effective, high-quality camera functionality in consumer electronic products through technologies that include Extended Depth of Field (EDoF), zoom and MEMS-based auto-focus. The company also offers custom micro-optics for semiconductor lithography, communications, medical, industrial and other applications. For information call 1.408.321.6000. |
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- Robert A. Young, President, CEO & Member of the Board
- Michael Anthofer, Executive Vice President and CFO
- Bernard J. "Barney" Cassidy, Executive Vice President and General Counsel
- Bob Roohparvar, President, DigitalOptics Corporation
- Richard Chernicoff, President, Intellectual Property and Micro-electronics
- Simon J. S. McElrea, President, Invensas Corporation
- Craig Mitchell, Senior Vice President
- Liam Goudge, Senior Vice President & General Manager
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| Tessera invests in, develops and delivers a comprehensive portfolio of technologies in: |
- Micro-electronics – semiconductor packaging technologies encompassing interconnect and substrates, and thermal management solutions, including:
- TCC (Tessera Compliant Chip®) technology
- µPILR™ interconnect platform
- µBGA® family of lead- and wire-bonded chip-scale packages (CSPs)
- µZ® Multi-Chip Package (MCP) technology
- Imaging and optics - OptiML™ family of wafer-level camera, compact camera module (CCM) and specialty optics solutions:
- Image enhancement solutions, from software to silicon to optics
- Micro-optic solutions including diffractive optical elements (DOEs), refractive optical elements (ROEs) and integrated micro-optical subsystems (IMOS)
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