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几年前,整合芯片组是“低价,低能”的代名词,那时只有品牌电脑厂商才是整合主板的主顾,极差的性能和扩展性让不少DIYer对其嗤之以鼻,以至于后来用整合芯片组都成了DIYer攻击品牌电脑“低能”的重要根据。不过,经过几年的发展,整合芯片组在性能、稳定性等方面已能媲美独立型芯片组。同时,集成显示核心也已不是当年“只能玩小游戏”的小弟弟,像Radeon 9100 IGP、nForce2 IGP等整合芯片组的显示性能已大幅超过Radeon 9200 SE、Gerorce4 MX 4000这类瘸腿蛤蟆。可以这么说,目前整合芯片组的性能已能满足日常应用和日后升级的需求。不过,面对市场上林林总总的整合主板,我们该如何选择呢?又该如何优化整合芯片组呢?本文将全面解开你的疑问。
A few years ago, the integrated chipset was synonymous with “low-cost, low-energy,” when only the brand-name computer makers were the mainstay of the integrated motherboard. The poor performance and scalability caused many DIYers to scoff at it, Chipset has become DIYer attack brand computer “low energy” important basis. However, after several years of development, the integrated chipset has become comparable to the standalone chipset in terms of performance and stability. At the same time, the integrated display core is no longer the “only play small games,” the younger brother, such as Radeon 9100 IGP, nForce2 IGP and other integrated chipset display performance has greatly exceeded the Radeon 9200 SE, Gerorce4 MX 4000 such lame toad. It can be said that the performance of integrated chipset has been able to meet the needs of daily applications and future upgrades. However, the face of the market all-in-one integrated motherboard, how do we choose it? And how to optimize the integrated chip set it? This article will fully unlock your questions.