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POLYMER MEMORY

机译:聚合物记忆体

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摘要

While microchip makers continue to wring more and more from silicon, the most dramatic improvements in the electronics industry could come from an entirely different material: plastic. Labs around the world are working on integrated circuits, displays for handheld devices and even solar cells that rely on electrically conducting polymers―not silicon―for cheap and flexible electronic components. Now two of the world's leading chip makers are racing to develop new stock for this plastic microelectronic arsenal: polymer memory. Advanced Micro Devices of Sunnyvale, CA, is working with Coatue, a startup in Woburn, MA, to develop chips that store data in polymers rather than silicon. The technology, according to Coatue CEO Andrew Perlman, could lead to a cheaper and denser alternative to flash memory chips―the type of memory used in digital cameras and MP3 players. Meanwhile, Intel is collaborating with Thin Film Technologies in Linkoeping, Sweden, on a similar high-capacity polymer memory.
机译:尽管微芯片制造商继续越来越多地使用硅,但电子行业中最显着的进步可能来自一种完全不同的材料:塑料。世界各地的实验室都在研究集成电路,手持设备的显示器,甚至依赖于导电聚合物(而不是硅)的太阳能电池来制造廉价而灵活的电子组件。现在,世界上两个领先的芯片制造商都在竞相开发这种塑料微电子武库的新库存:聚合物存储器。加利福尼亚州桑尼维尔的Advanced Micro Devices公司正在与马萨诸塞州沃本市的一家初创公司Coatue合作,开发将数据存储在聚合物而非硅中的芯片。根据Coatue首席执行官安德鲁·珀尔曼(Andrew Perlman)的说法,该技术可能会导致更廉价,更密集的闪存芯片替代产品,后者是数码相机和MP3播放器中使用的内存类型。同时,英特尔正在与瑞典林科平的薄膜技术公司合作开发类似的高容量聚合物存储器。

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