On the use of Verilog HDL in the conversion of existing hardware designs to newer technology

D. Crate
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引用次数: 4

Abstract

The trend towards greater integration of hardware continues, with the attendant benefits of increased density, speed, manufacturability, and reliability. When the updating of an existing design to a new hardware technology becomes necessary, its adaptation must allow for the differences in speed, structure and function of the new hardware medium. With the appearance of hardware description languages and the powerful CAE tools now available, the prospect of automating such a process appears plausible. We consider the "re-spin" of a board design from a TTL/PLD implementation to a gate array implementation, and the question of the automated conversion of hardware designs.
关于使用Verilog HDL将现有硬件设计转换为更新的技术
硬件集成的趋势仍在继续,随之而来的是密度、速度、可制造性和可靠性的提高。当需要将现有设计更新为新的硬件技术时,其适应性必须考虑到新硬件介质在速度、结构和功能上的差异。随着硬件描述语言的出现和强大的CAE工具的出现,自动化这样一个过程的前景似乎是可行的。我们考虑了从TTL/PLD实现到门阵列实现的电路板设计的“重新旋转”,以及硬件设计的自动转换问题。
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