IBM and Siemens report developing production model for new chip series

Article Abstract:

IBM and Siemens AG announce the development of their first production prototypes of 64M-bit dynamic random access memory (DRAM) computer memory chips. Some Japanese companies have previously introduced working models of similar semiconductors, but these were mere research and academic models, never intended as prototypes for potential mass production. Semiconductor companies that participate in the race to develop DRAM technology are considered to be at the forefront of the industry. Siemens had relinquished its superior standing in the semiconductor industry in the 1980s, but this announcement may place it back in the limelight. Production for the chips is scheduled for 1995, but the companies must first test and confirm mass production potential, improve performance and cut out all errors.

Office machines, not elsewhere classified, Integrated circuits, Siemens AG, Dynamic random access memory, Strategic Planning, Prototype

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IBM builds the first 16-Megabit chip to be made on existing production line

Article Abstract:

IBM, in an expected announcement, claims to have built the first 16-Mbit DRAM chip using machinery on an existing production line. The chip, with four times the capacity of the current state-of-the-art chips, is the next evolutionary step towards faster, more powerful computers. IBM did not announce a schedule for commercial production, but sources say it will be 18 months to two years until the chips are available. The announcement proves that the next generation of chips will not need technological breakthroughs in production techniques to be practical. IBM says it uses a version of Complementary Metal-Oxide Semiconductor (CMOS) technology to produce the chips. Analysts are also heartened that IBM maintains it technological edge over the leading Japanese companies.

Memory, Future Technologies, Semiconductor Industry

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IBM says new chip technology will boost speed of computers

Article Abstract:

IBM is working on a microprocessor technology that will enable it to build faster computers. The technology involves a technique for insulating silicon semiconductors that will not only increase speed, but will also prvent chips from leaking power or making errors because of radiation. IBM does not expect its technology to be important immediately, but states that the advance is important in building high-performance microcomputers for the late 1990s. The technology uses complimentary metal oxide semiconductor (CMOS) chips, which are popular because they give off less heat, require less power and are faster than conventional devices.

Computers, Microprocessor, CPUs (Central processing units), Digital computers, Microprocessors

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