基于SystemC寄存器传输级建模的高效数字系统设计方法

M.C. Zabawa, S. Wunnava
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引用次数: 0

摘要

在这个竞争激烈的工业市场中,最大限度地压缩新产品开发和发布的时间对于实现和维持战略地位至关重要。为由数千万个晶体管组成的复杂集成电路(IC)设计应用程序是一种常态。这些系统由复杂的硬件模块组成,集成在一起形成了一个片上系统(soc)设计。在当今的技术中,寄存器传输级(RTL)数字系统设计和复杂集成电路的相关建模都是基于两种著名的硬件描述语言(hdl),即VHDL和Verilog。然而,一种新兴的HDL语言被集成到这些复杂系统的设计中,被称为SystemC。作者将讨论围绕SystemC的数字设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Efficient Digital System Design Methodology with SystemC Register Transfer Level Modeling
In this competitive industrial market, maximizing time compression for new product development and release is paramount to achieving and sustaining strategic position. Designing applications for complex integrated circuits (IC) composed of tens of millions of transistors is the norm. These systems are composed of complex hardware modules integrated to create a System-On-Chip (SoCs) design. In today¿s technology, Register Transfer Level (RTL) digital system designs and associated modeling of complex ICs have been based on two prominent hardware description language (HDLs)s known as VHDL and Verilog. However, a new arising HDL language being integrated in the design of these complex system is known as SystemC. The authors will discuss the digital designs around SystemC.
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