After exhaustive testing, I've come to the conclusion that the standby problem is caused by the following interactions:
* memory controller
* RAM
* high FSB with low CPU mhz or
* high CPU mhz with low FSB or
* combination of high FSB and high CPU mhz
I have tried numerous different combinations of CPU speed and FSB.
I'm running an X38-DS4 with a Q6600 (2.4 ghz, 266 fsb) and 4 x 1gb PC2-8500 ram and using Windows XP.
Anything over about 350 fsb with CPU speed higher than 3.0ghz, and I can't come out of standby.
Using stock speeds, I can always come out of standby.
Using higher overclocks on both fsb and CPU.. e.g. say 438/3500 and using hibernation instead, the PC can come out of hibernation. Of course, data is not suspended to RAM in hibernation like it is is standby. It is written to disk instead.
For me, hibernation takes around 15 seconds to come out. I have a lot of apps/services loading when Windows loads, so a full boot usually takes at least 90 seconds. Hibernation is not as fast as standby, but it is much faster than a full boot.
If you use hibernation, you should ensure you have "write caching" enabled on your drive. Otherwise it can take ages to hibernate, I mean like 5 minutes or more. One risk of using write caching, is lost data should a power outage occur. However, you should ensure you save any work you are doing when using hibernation and then there is no problem.
Hope this helps those who find S3 standby a handy function, but like me haven't been able to use it successfully with more than minimum overclocking.
* memory controller
* RAM
* high FSB with low CPU mhz or
* high CPU mhz with low FSB or
* combination of high FSB and high CPU mhz
I have tried numerous different combinations of CPU speed and FSB.
I'm running an X38-DS4 with a Q6600 (2.4 ghz, 266 fsb) and 4 x 1gb PC2-8500 ram and using Windows XP.
Anything over about 350 fsb with CPU speed higher than 3.0ghz, and I can't come out of standby.
Using stock speeds, I can always come out of standby.
Using higher overclocks on both fsb and CPU.. e.g. say 438/3500 and using hibernation instead, the PC can come out of hibernation. Of course, data is not suspended to RAM in hibernation like it is is standby. It is written to disk instead.
For me, hibernation takes around 15 seconds to come out. I have a lot of apps/services loading when Windows loads, so a full boot usually takes at least 90 seconds. Hibernation is not as fast as standby, but it is much faster than a full boot.
If you use hibernation, you should ensure you have "write caching" enabled on your drive. Otherwise it can take ages to hibernate, I mean like 5 minutes or more. One risk of using write caching, is lost data should a power outage occur. However, you should ensure you save any work you are doing when using hibernation and then there is no problem.
Hope this helps those who find S3 standby a handy function, but like me haven't been able to use it successfully with more than minimum overclocking.
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