05-08-2011, 02:12 PM
Hi!
As someone with an aging laptop, I'm trying to lengthen my TravelMate 5530G's life-cycle a bit. I've succeeded in upgrading pretty much everything by now except the CPU. My laptop originally came with a Turion RM-70, so I expected a considerable increase in speed (of compiling programs, and it did so quite nicely ) when upgrading to a ZM-87.
So the computer boots with the stronger ZM-87 and there aren't any problems with it but one: whenever I'm doing something really processor-intensive (e.g. play STALKER) I noticed that as the temperature goes a little higher (near 75 °C) the thermal trip point is reached and it immediately switches to the lowest p-state.
What's interesting, is that I can bypass not being able to warm the processor to higher than 75 °C by running something that only puts a 60-70% load on the system, and in this case, the temperature steadily increases beyond 75, until it reaches 78 degrees without throttling!
And 78 degrees is as high as it gets, thanks to my modification of the cooling system (all the thermal paste substituted with MX-2, thermal pads replaced with copper plates) and my notebook cooler (Cooler Master Notepal U2). So there's really no danger of an electrical fire . It's funny that the trip point would only have to be 5 degrees higher, and I wouldn't have a problem...
At first, I opened a thread at the notebookreview forums, where kizwan eventually modded (corrected actually) my DSDT table, setting the trip point to 95 degrees. The problem is that it didn't do any good . I've been told that I should start a thread here to see if any of you guys could update my CPU microcode, since that's the only remaining explanation.
Do you think that this is possible? I have a dual-booting system with Debian Linux and Windows 7, so any diagnostic program you might throw at me, I have a good chance of running it in case you need the info.
As someone with an aging laptop, I'm trying to lengthen my TravelMate 5530G's life-cycle a bit. I've succeeded in upgrading pretty much everything by now except the CPU. My laptop originally came with a Turion RM-70, so I expected a considerable increase in speed (of compiling programs, and it did so quite nicely ) when upgrading to a ZM-87.
So the computer boots with the stronger ZM-87 and there aren't any problems with it but one: whenever I'm doing something really processor-intensive (e.g. play STALKER) I noticed that as the temperature goes a little higher (near 75 °C) the thermal trip point is reached and it immediately switches to the lowest p-state.
What's interesting, is that I can bypass not being able to warm the processor to higher than 75 °C by running something that only puts a 60-70% load on the system, and in this case, the temperature steadily increases beyond 75, until it reaches 78 degrees without throttling!
And 78 degrees is as high as it gets, thanks to my modification of the cooling system (all the thermal paste substituted with MX-2, thermal pads replaced with copper plates) and my notebook cooler (Cooler Master Notepal U2). So there's really no danger of an electrical fire . It's funny that the trip point would only have to be 5 degrees higher, and I wouldn't have a problem...
At first, I opened a thread at the notebookreview forums, where kizwan eventually modded (corrected actually) my DSDT table, setting the trip point to 95 degrees. The problem is that it didn't do any good . I've been told that I should start a thread here to see if any of you guys could update my CPU microcode, since that's the only remaining explanation.
Do you think that this is possible? I have a dual-booting system with Debian Linux and Windows 7, so any diagnostic program you might throw at me, I have a good chance of running it in case you need the info.