Monitor CPU temperature using Core Temp监控CPU温度使用核心温度

Posted on November 13, 2008 at 5:54 am发布于08年11月13日在上午05时54分

Current semiconductor CPUs like Intel’s Core 2 and AMD’s Athlon along with their more advanced offspring have a technology called DTS (Digital Temperature Signal) that can provide the temperature of each core of the CPU. If you are interested, a more detailed “how it works” article is located目前半导体的CPU像英特尔的Core 2和AMD的Athlon以及他们的后代更先进的技术的DTS （数字温度信号），可以提供温度的每个核心的CPU 。如果你有兴趣，更详细“如何运作”的文章位于 here 这里 . 。 This is useful if you suspect that your computer is overheating. You might need to fix your fan or internal cooling system if the readings are not这是非常有用的，如果您怀疑您的计算机是过热。您可能需要修正您的风扇或冷却系统内部，如果不读

In my home computer, my AMD Athlon X2 has the following results using Core Temp:我在家里的电脑，我的AMD Athlon X2处理器有以下结果使用核心温度：

Get Core Temp from获取核心温度从 this link这个连结 or或 this link这个连结 . It is a small but powerful program written by Arthur Liberman. You should be able to run it on both XP and Vista. The two most important things to notice on the Temp core window is the ID of the CPU and the temperature of each core: 。它是一个小而强大的程序写的阿瑟利伯曼。您应该能够运行它的两个XP和Vista 。两项最重要的事情通知的Temp核心窗口的ID的CPU和温度的每个核心：

We can see from above that there is about 10 degree Celsius differential between the two cores. This is an interesting fact since I always assumed that the two cores have almost the same temperature.我们可以看到上面有大约10摄氏度之间的差别两个核心。这是一个有趣的事实，因为我始终认为，两个核心几乎相同的温度。

Another distinctive feature of the program is that you will be able to see the readings of each core on the Quick Lunch toolbar. This will appear as long as the program is running.另一个显着特征的计划是，你将能够看到的读数每个核心的快速午餐工具栏。这将会出现，只要程序运行。

It is worth commending the developer who worked on this software for making it run on minimal footprint. In my setup, it only used 3MB of RAM with almost zero CPU utilization:这是值得赞扬的开发谁对这一工作的软件使运行于最低限度的足迹。我在安装时，只用3兆的内存与几乎是零CPU利用率：

Besides core temp readings, there are information like TCaseMax and TDP that can help you determine “overclockability” and heat build-up on AMD processors:除了核心温度读数，有信息，如TCaseMax加TDP ，可以帮助您确定“超频”和热量建立对AMD处理器：

If you are interested in overclocking using the concepts above, you can read this post from如果你有兴趣的超频使用上述的概念，您可以阅读这个职位由 hardforum.com:http://www.hardforum.com/showthread.php?t=1043186 hardforum.com ： http://www.hardforum.com/showthread.php?t=1043186

So when do we say that we need to add additional cooling? First we need to determine how much our processor can handle. This resource is a good guide:所以，当我们说，我们需要添加额外的冷却？首先，我们需要确定有多少我们的处理器可以处理。这种资源是一个很好的指南： http://users.erols.com/chare/elec.htm

From above you can see the maximum case temperature of each processor model on both AMD and Intel processors. You can also Google your CPU’s model to determine the maximum temperature. When you get this number, you can compare it with your core temp readings.从上面可以看到案件的最高温度为每个处理器模型AMD和英特尔的处理器。您也可以谷歌你的CPU的模式来确定的最高温度。当你拿到这个数目，您可以比较其与您的核心温度读数。

If you see that they are near or core readings are exceeding your supposed to be “maximum limit” – you might need to add a heat sink or fan on your processor. On my old PC, the thermal paste conducting the heat sink and the core of the CPU was worn out and it caused the heat to build up on the CPU since the heat can’t reach the heat sink.如果你看到他们的核心接近或超过朗诵是你应该“上限” -你可能需要增加散热器或风扇的处理器。在我的旧电脑，进行热贴散热器和核心的CPU是旧的，它造成的热量建立在CPU上的热量，因为无法达到散热。

That was the time I learned the value of the thermal paste – it was a costly lesson so I hope you will not make this mistake when handling CPUs.这是我学到的时间价值的热贴-这是一个昂贵的教训，所以我希望你不要让这种错误时，处理的C PU。

Got your own CPU temperature monitoring tips? Post them here on the comments section!有自己的CPU温度监测秘诀？后他们在这里一节的评论！

Ben Carigtan jumps in and blog!本Carigtan跳跃和博客！

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