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- higher processor clock speed 更高脉冲时钟速度
- Besides the clock speed, the technology used in a processor can affect performance. 除时钟速度外,处理器使用的技术也会影响性能。
- Furthermore,the development of synchronous DRAM (SDRAM) means that RAM runs at the same clock speed as the processor's external bus. 而且,新开发的同步DRAM(SDRAM)意味着,RAM以与处理器外部总线相同的时钟速度工作。
- Furthermore, the development of synchronous DRAM (SDRAM) means that RAM runs at the same clock speed as the processor's external bus. 而且,新开发的同步DRAM(SDRAM)意味着,RAM以与处理器外部总线相同的时钟速度工作。
- Furthermore , the development of synchronous DRAM (SDRAM) means that RAM runs at the same clock speed as the processor's external bus. 而且,新开发的同步DRAM(SDRAM)意味着,RAM以与处理器外部总线相同的时钟速度工作。
- Given the current clock speed situation, that's a tough reality. 鉴于目前的时钟速度的情况,这是一个很困难的现实。
- This kind of technology inmicroprocessor unusual remarkableness, uses for to help the promotionnowadays the processor clock frequency. 这种技术在微处理器中非常的显著,用来帮助提升现今处理器的时钟频率。
- At first, to benefit from this progress will be mainly confined to the mission of higher processor requirements of the users, such as rendering video or high-end design work. 刚开始的时候,受益于这一进展的将主要局限于所执行任务对处理器要求比较高的用户,比如视频渲染或高端设计工作。
- Possible reasons: lack of memory, high processor load, faulty signals or timeouts between SW subsystems, faulty messages from BSC. (see TR AE55267). 可能的原因是内存不够、处理器负荷太大、各个软件子系统中出现错误信息或者通信超时。
- When more performance isneeded, designers typically sought higher clock speeds and wider busses. 在需要更高性能时,通常会选择更高的时钟频率和更宽的总线。
- Some typical machine attributes include the amount of memory, CPU type, CPU clock speed, and current machine load. 典型的机器属性包括内存数量、CPU类型、CPU时钟速度以及当前的机器负载。
- Some typical machine attributes include the amount of memory, the CPU type, the CPU clock speed, and current load. 典型的机器属性包括内存总量、CPU类型、CPU时钟速度以及当前的负载。
- This suggests that a likely culprit is the Windows XP management of the CPU clock speed. 这表明嫌疑犯是Windows XP的CPU时钟速度管理。
- Certain variants of SCSI-2 can operate at higher clock speeds or transmit more bits in paral-lel,resulting in even higher throughput. SCSI-2的某些版本可以更高的时钟速度工作或以并行方式传递更多的位,从而达到更高的吞吐率。
- That clock speed improvement allows single thread software to simply make record benchmarks again and again and again. 时钟速度进步允许单一线软件只是一次又一次而且再一次创下记录基点。
- Each bit can flip 1020 times per second, equivalent to a clock speed of 100 giga-gigahertz. 每个位元每秒可翻转1020次,大约比振?频率10亿赫兹的时钟快1000亿倍。
- Each bit can flip1020 times per second, equivalent to a clock speed of100 giga-gigahertz. 每个位元每秒可翻转1020次,大约比振荡频率10亿赫兹的时钟快1000亿倍。
- Operating at clock speed of 50 MHz in FPGA,the multiplier can meet the demand of DTR. 该乘法器在工作频率为50 MHz的FPGA芯片中工作正常,可以满足光盘的DTR要求。
- AMD had also argued for years that there was more to performance than simply getting chips to run at ever higher clock speeds, the approach favoured by Intel. AMD长期以来一直宣称,芯片实际性能的提高比一味提高主频更重要,而一味提高主频正是英特尔公司的长期的芯片设计哲学。
- "Strong superhumanity" would be more than cranking up the clock speed on a human-equivalent mind. 而强势人工智能则要比仅仅加快时钟速度要复杂得多。