By Ernst Richter et al - ABSTRACT - This article follows up on a previously published paper that introduced
the 110nm technology transfer of Dynamic Random Access Memory (DRAM)
for the Inotera Memories joint venture at start-up [1]. In this paper, technology transfer and ramp of the 75nm DRAM technology is
outlined for Inotera in full production mode. Again, technology
transfer was done from Qimonda (previously Infineon Technologies) at
Dresden in Germany where the technology was jointly developed with
Nanya Technologies. Inotera at Taoyuan in Taiwan was the first
receiving site to repeat the technology qualification. Continuous sales
price reduction puts pressure on memory firms for fast introduction of
technology shrinks to remain cost competitive [2]. Delays as short as a
few days in the production ramp can translate into millions of dollars
of missed opportunity in revenue. This paper sets forth the steps taken
by the two companies to avoid such setbacks in the technology transfer.
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By Brandon Lee & Susanta Dash, CIMAC, San Jose, California, U.S. - ABSTRACT - Performance testing is carried out on an MES system to identify and eliminate bottlenecks that can potentially cause production outages and lost revenue in a semiconductor production fab. In a distributed system, bottlenecks can occur at the client site, within the server or in the network. The MES system is the heart of the manufacturing operation and interacts with a number of other systems to support the manufacturing line in a fab. As production increases with ramping up of the production volume, the loads on the various systems that support the production also increase. This paper puts forward the potential benefits in applying the MES system for testing and validation of performance and scalability to measure the various key parameters, thus providing good ROI by early detection of potential problems.
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