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芯片组好比整个PC系统构架的基石,所以芯片组直接影响系统的整体性能及稳定性,以北桥芯片为例,它使CPU、内存、AGP显卡,南桥能够相互协调运作。北桥运算量很大,其功耗及发热量较高。超频后北桥芯片发热量更大,如果没有采取有效的散热措施,整个系统将会变得不稳定。在正常使用下,北桥芯片原配散热片可很好散热,但当你提升外频甚至进行极限超频时,很可能因为北桥的稳定性而影响到最后的成功,以笔者的ABIT KG7为例,为了增加DIMM的工作电压,需要改动主板电路,这
Chipset is like the cornerstone of the entire PC system architecture, so the chipset directly affects the overall performance and stability of the system to Northbridge chip, for example, it CPU, memory, AGP graphics, Southbridge can work together. Northbridge a large amount of computation, the higher power consumption and heat. Northbridge chip after overclocking more heat, if not take effective cooling measures, the entire system will become unstable. Under normal use, Northbridge chipset heat sink can be very good heat, but when you improve the FSB and even the ultimate overclocking, it is likely because of the stability of Northbridge affect the final success, the author of ABIT KG7, for example, in order to Increase the working voltage of DIMM, need to change the motherboard circuit, this