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这期的Super Pi 排行棒可能是自去年6月份以来变化最大的一期。保持已久的榜首纪录终于被打破了,Super Pi IM 的成绩已经达到了20秒,达到10秒又需要多久呢?这期榜单的主角毫无疑问是Intel 的Pentium M 处理器和ASUS 的CT479转接卡。ASUS CT479的作用是将479接口的Pentium M 处理器安装在Socket478的主板上。CT479的出现极有可能使得今后超频的方向发生某些改变:目前P4架构的超频潜力已经逼近了极限,Intel 阵营暂时只有使用在笔记本电脑中的P-M 处理器还可以被继续挖掘。在台式机平台上,P-M 的超频能力相当强大,风冷条件下上到2. 5GHz 以上是很平常的;从测试成绩来看, P-M 架构的效率比Athlon64 FX 还要高。CT479还使得经典主板--ASUS P4C800-E Deluxe 再度焕发青春,相比其他使用855芯片组的台式机主板,P4C800无论是在参数调节的范围还是性能上都要超过前者。
This issue of Super Pi is probably the biggest change since June last year. The long record has finally been broken top record, Super Pi IM score has reached 20 seconds, to 10 seconds and how long it takes? The protagonist of this list is undoubtedly the Intel Pentium M processor and ASUS CT479 Adapter card ASUS CT479 is the role of the 479 interface Pentium M processor is installed on the Socket478 motherboard. The emergence of the CT479 is likely to make some changes in the direction of future overclocking: the current P4 architecture overclocking potential is approaching the limit, Intel camp temporarily using only the P-M processor in the laptop can also be continued to dig. On desktop platforms, P-M overclocking ability is quite strong, air-cooled conditions up to 2. 5GHz above is common; from the test results, P-M architecture is even more efficient than the Athlon64 FX. The CT479 also rejuvenated the classic motherboard, the ASUS P4C800-E Deluxe. Compared to other desktop boards using the 855 chipset, the P4C800 surpassed both the range and performance of the parameters.