Is there life after 64K

R. Foss
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Abstract

Each new generation of DRAMs has been found to require increasing need for time to transfer the initial set of operational components to large volume production. Several years is now the norm for the current generation of 64Ks. What are the factors which give rise to this phenomenon and what are the implications in the trends for the future . . . It is clear that there are many diverse approaches in architecture, circuits and processes, and also user requirements diverging from the standard functional specifications. One now questions which way industry will go. On a long term basis, it is possible that the DRAMs,as presently structured, are approaching fundamental limits and will be superceded. If this is so, what will we have as a successor... Panelists will discuss these topics and project roads that may be taken.
64K之后还有生命吗
人们发现,每一代新一代dram都需要越来越多的时间来将初始操作组件转移到大批量生产。对于当前一代64k来说,几年是常态。造成这种现象的因素是什么?未来趋势的影响是什么?很明显,在架构、电路和过程中有许多不同的方法,而且用户需求也偏离了标准的功能规范。现在人们开始质疑工业将何去何从。从长期来看,目前结构的dram可能正在接近基本极限,并将被取代。如果是这样的话,我们有什么继任者呢?小组成员将讨论这些主题,并规划可能采取的道路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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