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自从AMD发布基于EV6总线的Athlon处理器起,一直给老对手Intel沉重的压力。P4超长且效率低下的管线,使得其很难与同频率的Athlon处理器抗衡。再加上AMD薄利多销的市场策略,使很多DIYer都倾向于购买Athlon处理器。 昔日由于受生产工艺的影响,AMD处理器一直给人以“发热大户”的形象,很难上演类似赛扬300A那样的超频神话。自从采用0.13微米制造工艺的Thoroughbred与Barton核心Athlon处理器面市后,发热量问题已得到全面改善。Athlon XP 1700+超频到性能相当于2700+水准的神话开始广为流传。只是新的处理器内核也带来新的问题,为什么1700+不能上到13以上的倍频呢?1800+以上的Athlon XP又将如何破解倍频呢?看宅此文后,相信你将对Athlon XP的桥连接有更深刻的认识,这些问题自然也可迎刃而解了。
Ever since AMD released its Athlon processor based on the EV6 bus, Intel has been putting heavy pressure on its rival Intel. P4’s long and inefficient pipeline makes it difficult to compete with the same frequency Athlon processors. Coupled with AMD puerile marketing strategy, so many DIYer tend to buy Athlon processor. Formerly due to the impact of the production process, AMD processor has been given to the “big fever” image, it is difficult to staged similar Celeron 300A that overclocking myth. Since the availability of the Thoroughbred and Barton core Athlon processors in a 0.13-micron manufacturing process, heat issues have been substantially improved. The myth of the Athlon XP 1700+ overclocking to the equivalent of 2700+ performance has become widespread. Just the new processor core also brings new problems, why the 1700+ can not be on the multiplier of more than 13? 1800+ Athlon XP and how to crack the frequency? After reading this article, I believe you will be right Athlon XP bridge connection has a deeper understanding of these issues can naturally be solved.