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四、通信应用成为半导体产业的重要推动力 整个80年代和大部分90年代,PC和数据处理设备吸纳了一年以上的半导体器件产品,中央处理器的性能是很多系统的重要指标,而莫尔定律成为处理器性能提高的表征。到了90年代后期,因特网应用的爆炸式发展、移动通信和数字音像技术共同推动了声音、图像和数据传输量的迅速增加,使通信带宽的增长速度达到9个月翻一番,是莫尔速度的二倍。满足通信领域的需求成为新时期推动半导体产业持续发展的重要力量。
IV. Communication Applications Become an Important Driving Force for the Semiconductor Industry Throughout the 1980s and most of the 1990s, PCs and data processing devices took more than a year of semiconductor device products. The performance of the CPU is an important indicator of many systems, and Moore The law becomes a characterization of processor performance improvement. By the late 1990s, the explosive development of Internet applications, mobile communications, and digital audio and video technology jointly contributed to the rapid increase in the transmission of sound, images, and data, doubling the growth rate of communication bandwidth to 9 months. Twice. Meeting the needs of the communications field has become an important force for the continued development of the semiconductor industry in the new era.