5820k/X99 rampage v extreme @ 4.5 causes my computer to crash
5820k/X99 rampage v extreme @ 4.5 causes my computer to crash
Necrogaming :
Hi guys. Thanks for the quick replies. I'm using a 1050w PSU/gtx980 with H100i v2 for cooling. During stress tests, one core hits above 90 others are around 85 or lower.
These parts seem fine if they're functioning properly. A high-quality 1050w PSU doesn't matter much. What model do you have?
Thermaltake. I'm confused about the crashes. The temperatures stay below 75 when I'm gaming.
That's quite hot for a daily clock... your processor is fine.
It could be overvoltage protection from the motherboard or the PSU. I think a longer, stable test would help more. A 30-minute run won't give much insight. I definitely wouldn't run my CPU at 75°C under light load for a daily clock.
Vellinious :
necrogaming :
bjornl :
necrogaming :
Hey everyone. Appreciate the quick replies. My setup has a 1050w PSU with h100i v2 for cooling. During stress tests, one core exceeds 90 others stay around 85 or below. If all components are functioning properly, it's mainly about the quality of the power supply. Is everyone using the same model?
Thermaltake. I'm puzzled about the crashes. Temperatures don't rise above 75 when I'm gaming, which is quite high for a daily clock... but my processor is fine.
It might be due to overvoltage protection from either the motherboard or the PSU. I think a longer stability test would help more. A short 30 minutes won't give much insight. I wouldn't run my CPU at 75°C under light load for a daily clock.
I've run a 4-hour stress test on aida64 with 4.4 @ 1.275v, but crashed after an hour. That's confusing.
Necrogaming :
Vellinious :
Necrogaming :
bjornl :
Necrogaming :
Hello everyone. Appreciate the quick replies. My setup includes a 1050w PSU/gtx980 with H100i v2 for cooling. During stress tests, one core exceeded 90%, while the others stayed around 85% or lower.
If all components are functioning properly, it’s not a problem. However, a high-quality PSU is important regardless of its wattage. What model do you have?
Thermaltake. I’m puzzled about the crashes. The temperatures don’t rise above 75°C during gaming sessions.
That’s quite hot for a daily clock… but my processor handles it fine.
It might be due to overvoltage protection from either the motherboard or the PSU. I think a longer, more stable test would help. A 30-minute test won’t give accurate results. I wouldn’t run my CPU at 75°C with light load for a daily clock.
I’ve run a 4-hour stress test on AIDA64 with 4.4 @ 1.275v, but it crashed after an hour. I’m still confused.
In your post, you mentioned testing AIDA64 for 30 minutes. Anyway.
Are there any error codes displayed on the motherboard when it crashes? Is it freezing? Does it crash and restart itself? Or does it simply shut down?
Regarding crashes… there’s no universal stability test that works for all systems. That’s why I recommend using several different tests, such as Realbench. I also mentioned earlier.
Could you confirm if the machine powers off completely during crashes or if it shows any codes?
I completed 30 minutes at 4.5. While playing, it either freezes for a minute or two then restarts, or it restarts immediately. No code or anything. It works well when browsing the internet with multiple tabs open: movies/music, etc.
I played for 30 minutes at 4.5. While playing it either freezes briefly then restarts or restarts immediately. It works just fine when browsing the internet with multiple tabs open. You might be facing two different issues... possibly...
First, get that clock speed lowered. The 5820K isn't the best overclocker from that line and you're already pushing voltage a little on the high side (by some people's standards). The lowest end CPUs on X99 (5820K and 6800K) tend to not OC as well as the more expensive CPUs in those lines. Many people try to avoid going over 1.3v. Frankly, there's no real world need to sit at 4.5. You're also running hot.
First off, a couple quick settings that can make a big difference:
1) Input voltage. Find this setting and get it to 1.9v. This can make a HUGE difference.
2) LLC: Best setting for this depends on your motherboard. Asus boards tend to actually add voltage when setting this to high/level 1, some other boards will simply ensure that the voltage sticks at what you've set your vCore to when under load.
I'd personally jump your clock down to 4.4GHz and keep your core voltage at 1.3v, plus the two settings above, and see how it runs. Still, at those settings, install & run ROG Realbench Stress Test for an hour & verify your temps are not getting close to 90c and that its stable. That tool is quite sensitive to instability so its a good one to test real world stability. IF that's stable, try gaming for stability. IF gaming is stable at that point, try backing your vCore down to 1.28v and perform both tests again. That should help bring temps down a little. Keep decreasing voltage until you find one that's not stable and add .01v until you're stable. That's the game.
You're a deity among mortals.
Was the input voltage the trigger?