SEMI发布了一份白皮书，关于3D IC集成技术的快速发展，包括通孔硅（TSV）技术发展概况，题为“3D Integration: An Industry Progress Report”。TSV已成为半导体产业发展最快速的技术之一，有望支持摩尔定律的进一步延续，并促进多芯片集成和封装技术的发展。白皮书旨在为芯片制造商、设备材料商、产业技术人员、创新人员和分析师提供3D集成技术快速发展的概况，并分析有待克服的关键困难。
SEMI Releases White Paper on 3D Integration Development Status
Through-Silicon Via (TSV) Technology Must Overcome Barriers For Industry Adoption
SAN JOSE, Calif. – July 7, 2009 – SEMI has announced the release of a white paper on the rapid progress of 3D IC integration technology, including Through Silicon Via (TSV) developments, entitled, 3D Integration: An Industry Progress Report. TSV has been one of the most rapidly developing technologies in the semiconductor industry and promises a fundamental shift for the continued role of Moore’s Law and current multi-chip integration and packaging approaches. The white paper is intended to provide chip makers, equipment and materials suppliers, industry technologists, investors and analysts with a snapshot of the rapidly developing technology and insights on critical barriers that have yet to be overcome.
While current integration schemes such as wire bond and flip chip have been in production for some time, the next-generation of 3D integration proposes to incorporate through-silicon via (TSV) technology as the primary method of interconnect. The drivers for the widespread adoption of TSVs are increased performance, reduced form factor, and cost reduction. Additionally, achieving true heterogeneous integration at the local level will require a high-density TSV solution and development efforts are rapidly occurring by numerous organizations around the world.
“Few technology areas are progressing as rapidly as TSV and few with such widespread impact on consumer and industrial electronics,” said Karl Stuber, senior director of Assembly and Test at SEMI. “While various conferences and industry news reporting have been helpful in covering recent developments, SEMI members believed a white paper summarizing the current TSV industry-wide development progress was important to enable a more effective industry-wide implementation process.”
The white paper details the critical development areas in TSV formation and subsequent stacking processes which include those that address insulator/ barrier/seed, etching/plating, thin wafer handling for permanent and temporary bond/debond process, and pick-and-place stacking. In addition, the paper identifies and explores limitations to market adoption of 3D integration using TSVs, including lack of design tools, thermal management issues, test solutions, and supply chain issues.
The report concludes that the successful achievement of all of these technologies relies on collaboration and participation across the supply chain. The paper calls for more communication and information sharing between the design, test, and manufacturing communities to accelerate the march towards market adoption. To this end, the paper outlines the current industry eco-system, including the variety of consortia, industry standards efforts, collaborations, and joint development projects that have been formed to promote development of 3D integration.
The report was developed by SEMI with the assistance of Francoise Von Trapp, industry analyst, and co-sponsored by AZ Electronics, Brewer Science, Dow Electronic Materials, EV Group, KLA-Tencor, Lam Research, and Suss MicroTec.
Price for the report is $99.00 for SEMI Members and $199 for non members. For more information and to purchase the report, visit www.semi.org/3dintergration
SEMI is the global industry association serving the manufacturing supply chains for the microelectronic, display and photovoltaic industries. SEMI member companies are the engine of the future, enabling smarter, faster and more economical products that improve our lives. Since 1970, SEMI has been committed to helping members grow more profitably, create new markets and meet common industry challenges. SEMI maintains offices in Austin, Bangalore, Beijing, Brussels, Hsinchu, Moscow, San Jose, Seoul, Shanghai, Singapore, Tokyo, and Washington, D.C. For more information, visit www.semi.org.
