Alienware indicated that the update will likely be a BIOS one, It Will be accessible on its Web site, which the first difficulty included an error with the fan speeds at greater temperatures:
Here's the story behind the overheating problem: On the last 24 hours I have been working with the excellent team at the note book Review forums attempting to work out what's happening with the Alienware area 51 m15x. Like I mentioned in a previous article we did not find any problems with the pictures over heating in our Crysis and Call of Duty 4 gaming sessions or in 3DMark06 and different performance evaluations.
However, a number of our commenters plus a few owners of their m15x implied that we try some thing we don't usually test: Running programs that strain that the GPU as far as you possibly can to boost the temperature past 90 degrees Celsius, the apparent cut off point. In idle, our center temperature was in the locale of 56-61 degrees Celsius.
The decrease to such low rates would make all todays games unplayable. In order to test this, we conducted the suggested apps, ATITool and GPU Z. The ATITool basically puts the maximum amount of stress on the graphics processor (GPU) as it may, slowly raising the temperatures, which we monitored using GPU Z. At about 92-degrees throughout our very first run, the unfortunate happened: our GPU core clock dropped to 275MHz and also our GPU memory clock dropped to 301MHz. The image (at right) shows the instantaneous GPU temp drop after the spike.
What exactly is this mean? We talked with Alienware Support all over to determine what's happening. Over-long gaming spans, the machine is going to heat up and folks will see horrible match play. Despite the fact that we didn't see this when we played hours, the simple fact is that strain on the GPU is going to cause problems eventually. Alienware Computer Support has now acknowledged the matter and has been able to recreate it. Apparently the GPU includes a aerodynamic thermal top, when the chip gets too hot, it automatically throttles to avoid overheating. The cut off point needs to be increased, or the heat has to be dissipated in a better way.
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