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什么时候可以将整台计算机压缩到显示器里?为了实现这一梦想,Sharp和日本半导体能源研究所曾在2002年就将原始的8位Z80处理器架构成功设计在液晶显示器的玻璃底板上。时隔不到2年的2004年4月7日,日本半导体能源研究所又宣布这一技术得到重大更新——CPU附着的底板从玻璃换为塑料。这一更新最重要的意义在于:由于使用了塑料底板,CPU可以随计算设备进行弯曲,这为研制抗冲击性能很强的“薄膜计算机”提供了可能性。新研制的CPU依然为8位的Z80,工作电压为+303V,工作频率为13MHz,可以正常运行。
When can the entire computer be compressed into the display? To achieve this dream, Sharp and Japan Semiconductor Energy Research Institute in 2002, the original 8-bit Z80 processor architecture successfully designed on the LCD glass substrate. On April 7, 2004, less than two years later, the Japan Semiconductor Energy Research Institute announced a major update to the technology - the replacement of the CPU-attached chassis from glass to plastic. The most important thing about this update is that thanks to the use of a plastic backplane, the CPU can be bent with a computing device, making it possible to develop “thin film computers” with high impact resistance. Newly developed CPU is still 8-bit Z80, the operating voltage is +303 V, the operating frequency is 13MHz, can be normal operation.