- Jan 20, 2011
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My system:
AMD 2200G (with stock cooling fan, no extras or premium materials or fans added)
ASRock AB350M Pro4
16GB(2x8GB) Patriot Vipers (PV416G300C6K) in dual-channel mode
(2133MHz base, 3000MHZ @1.35V XMP 2.0)
Running the memory right now at base speed of 2133MHz the ASRock A-Tuning software shows the CPU Temperature @ 28C/82F and the same for T Ctrl and M/B.
I was running the memory successfully @ 2934MHz for a couple of days before Windows 10 started crashing. I noticed in the BIOS that the CPU temperature was reported at around 46C.
Does anybody know if AMD, or JEDEC offers a scale of temperatures that are safe as memory speeds scale up? And can somebody give me an idea of how temperatures scale up as memory speeds/frequencies increase. For instance, at my current situation, the starting point is:
@2133MHz, 28C/82F
@2400MHz XX/XX
@2666MHz XX/XX
@2800MHz XX/XX
@2934MHz XX/XX (this was @ 46C in my BIOS yesterday noticed when Windows crashed and rebooted)
But this is the kind of scale I'm looking for to make sure I'm in line with what's normal.
I had to figure out my own timings for this memory kit. Can faulty memory timings increase temperatures unnecessarily? I would think the applied voltage was the most significant factor in rising temperatures since it should be a constant. But I don't know for sure.
AMD 2200G (with stock cooling fan, no extras or premium materials or fans added)
ASRock AB350M Pro4
16GB(2x8GB) Patriot Vipers (PV416G300C6K) in dual-channel mode
(2133MHz base, 3000MHZ @1.35V XMP 2.0)
Running the memory right now at base speed of 2133MHz the ASRock A-Tuning software shows the CPU Temperature @ 28C/82F and the same for T Ctrl and M/B.
I was running the memory successfully @ 2934MHz for a couple of days before Windows 10 started crashing. I noticed in the BIOS that the CPU temperature was reported at around 46C.
Does anybody know if AMD, or JEDEC offers a scale of temperatures that are safe as memory speeds scale up? And can somebody give me an idea of how temperatures scale up as memory speeds/frequencies increase. For instance, at my current situation, the starting point is:
@2133MHz, 28C/82F
@2400MHz XX/XX
@2666MHz XX/XX
@2800MHz XX/XX
@2934MHz XX/XX (this was @ 46C in my BIOS yesterday noticed when Windows crashed and rebooted)
But this is the kind of scale I'm looking for to make sure I'm in line with what's normal.
I had to figure out my own timings for this memory kit. Can faulty memory timings increase temperatures unnecessarily? I would think the applied voltage was the most significant factor in rising temperatures since it should be a constant. But I don't know for sure.