IBM to announce micro-chip breakthrough
IBM Corp. researchers say they have made a breakthrough in chip development that could lead to processors that are smaller but more powerful than the current offerings.
In a paper scheduled to be presented on Monday at the IEEE International Electron Devices Meeting in Washington, D.C., IBM researchers will say they have used a technique called "molecular self-assembly" to create important parts of a semiconductor memory device. According to the researchers, from IBM's Yorktown Heights, N.Y., research lab, the self-assembly technique takes advantage of a reliable way that certain types of polymer molecules come together and organize themselves.
The result of that tendency are patterns that can be used to create device features that are smaller, denser and more uniform than techniques currently used, such as lithography, according to IBM. Chip makers will still be able to use lithography for many more years to create smaller and faster chips, but that will also increase the cost and complexity of the technique, according to an IBM spokesman.
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eWEEK
IBM Corp. researchers say they have made a breakthrough in chip development that could lead to processors that are smaller but more powerful than the current offerings.
In a paper scheduled to be presented on Monday at the IEEE International Electron Devices Meeting in Washington, D.C., IBM researchers will say they have used a technique called "molecular self-assembly" to create important parts of a semiconductor memory device. According to the researchers, from IBM's Yorktown Heights, N.Y., research lab, the self-assembly technique takes advantage of a reliable way that certain types of polymer molecules come together and organize themselves.
The result of that tendency are patterns that can be used to create device features that are smaller, denser and more uniform than techniques currently used, such as lithography, according to IBM. Chip makers will still be able to use lithography for many more years to create smaller and faster chips, but that will also increase the cost and complexity of the technique, according to an IBM spokesman.
More information >>
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