"HR-02真的很強大(無風扇下)"
轉貼的資料:
來源網址HR-02 VS. U120E
And when both HR-02 and U120E depend on air flue to dissipate heat, are they equal to this act?First: Under default frequency, non-fans testing
From the above chart, we get to know that both HR-02 and U120E achieve the task under default frequency by 3.0GHz(QX9650), but U120E outperforms weaker than HR-02; While under full load, U120E with temperature ups to 76℃, differs by 31℃ from HR-02. Under stand by, U120E gets the CPU temperature of 36.3℃, also performs above 5 degrees than HR-02.Second: Non-fans under overclocking testing
When QX9650 overclocks to 3.8GHZ(400MHZ*9.5), the gab between HR-02 and U120E becomes bigger, under full load state, U120E gets the CPU temperature of 93.5℃, differs by 36.1℃ from U120E; While under stand by state, HR-02 gets the CPU temperature of 32.1℃, however, U120E’s can reach 46.9℃.Third: Fans under overclocking testing
After featuring a fan with rotate speed of 1000RPM( Both HR-02 and U120E use the same fan.), both of them have performance advancement, especially for U120E, its CPU temperature drops down from 93.5℃ to 53.2℃. Although HR-02 performs lower by 5℃ than the temperature without any fans, it still outperforms U120E.
It benefits by the gross area of heat dissipation, wider hole pitch and non-symmetrical design ( Which can make full use of the rear fan to dissipate heat is more important.)Fourth: Different installation testing Below testing,QX9650 overclocks to 3.8GHz(400MHz*9.5) without fans.
It is apparent that right-about installation performs bad, HR-02 gets the CPU temperature of 91℃, it is unacceptable for us. So we suggest that gamers should not make right-about installation, if you need it, a fan with low rotate speed can help you. |