SHANGHAI, Oct. 23, 2009 (PRNewswire-Asia) -- Semiconductor Manufacturing International Corporation ("SMIC", NYSE: SMI and SEHK: 0981.HK) held their ninth technology symposium in Shanghai on October 23. The seminar attracted more than 300 customers, design service providers, technology partners and vendors from around the world.
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"Opportunity, Challenge, Innovation" was the theme of this year's symposium. As the semiconductor industry is recovering, SMIC arranged this symposium to win customers and seize opportunities for the coming year. SMIC President and CEO Dr. Richard Chang made the opening speech. He talked about SMIC's recent achievements made through innovation and cooperation and spoke of future growth as SMIC adapts to the industry's trends. He stated that SMIC's customers, partners and vendors had been a strong support, and that SMIC looks forward to working more closely in continued collaboration in order to achieve greater success.
Lin Benchu, Deputy Director Of Science & Technology Commission, People's Government Of Pudong New Area, Shanghai, gave a speech affirming the important contributions SMIC had made in Shanghai's IC industry. He also mentioned hope for close cooperation to jointly promote industrial development. Afterwards, CTO of Datang Telecom Technology & Industry Group, Dr. Shanzhi Chen, gave the great keynote presentation on "Mobile Communication and TD-SCDMA Development."
The symposium also invited speakers from industry leaders and prominent IP providers. Mr. James Liu, General Manager of Cadence, gave a speech titled "Cadence Design Solutions for Advanced Process Nodes," Mr. Danny Peng, Managing Director of Mentor Graphics Pacific-Asia addressed "Advanced Design Flow & DFM Platform for 65nm and Below," and Mr. Paul Lai, Marketing Director for SVP, Synopsys, spoke about "65nm Low Power Flow and SMIC / Synopsys IP availabilities."
SMIC's technology team also held workshops on various topics: 45/65 nanometer logic technology, mixed-signal technologies, RF, analog and power integrated circuit technology, micro-electromechanical systems technology, and the status quo and development trends.
