复杂指令集计算机。
它用于复杂指令集计算机微处理器或者单处理机简化指令系统计算机系统的时钟分布。
It is designed to provide clock distribution for CISC microprocessors single processor RISC systems.
例如在20世纪70年代，存储器是以千字节来衡量大小的并且非常的昂贵，复杂指令集计算是主要的计算，因为它保存记忆。
In the 70s of 20th century, for example, memory was measured in kilobytes and was very expensive. CISC was the dominant approach because it conserved memory.
除了标准的微处理器指令外，DSP常常支持复杂指令集去非常快地完成通用的信号处理计算。
In addition to standard microprocessor instructions, DSPs usually support a set of complex instructions to perform common signal-processing com putations quickly.
在计算机技术的许多变革中，最有意义的变革是从复杂指令集(CISC)过渡到精简指令集(RISC)体系结构。
In many revolutions of the computer techniques, the most significant one is the transmission from Complex Instruction Set computer (CISC) to Reduced Instruction Set computer (RISC) architecture.
除了标准的微处理器指令外，DSP常常支持复杂指令集去非常快地完成通用的信号处理计算。
In addition to standard microprocessor instructions, DSPs usually support a set of complex instructions to perform common signal -processing computations quickly.
除了标准的微处理器指令外，DSP常常支持复杂指令集去非常快地完成通用的信号处理计算。
In addition to standard microprocessor instructions, DSPs usually support a set of complex instructions to perform common signal-processing computations quickly.
除了标准的微处理器指令外，DSP常常支持复杂指令集去非常快地完成通用的信号处理计算。
In addition to standard microprocessor instructions, DSPs usually support a set of complex instructions to perform common signal-processing computations quickly.
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