F5F Stay Refreshed Power Users Overclocking Overclocking at 10600k causes BSOD

Overclocking at 10600k causes BSOD

Overclocking at 10600k causes BSOD

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Eman_45
Member
52
08-16-2020, 05:52 PM
#1
I recently acquired an i5 10600k and opted for the k variant to slightly enhance performance, as it performed well in many benchmarks compared to the i9, etc. I'm running an ASRock Extreme Z490 with a 3200 Corsair Vengeance RGB RAM and a 650-watt PSU. I've experimented with nearly every possible configuration. Initially, I attempted a 5.0 GHz overclock using a 1.34V vCore and let the motherboard handle LLC control as recommended. This was one of several trials I conducted.

I'm currently working with a 49x All-core ratio, 47x Cache Ratio, Vcore at 1.365 (fixed mode), VCCIO at 1.20v, and VCCSA at 1.20v. Despite these adjustments, I frequently encounter BSODs under load with settings like PAGE FAULT IN NONPAGED AREA, driver_irql_not_less_or_equal, and system service exceptions. If this issue persists, I may have to return the unit—the main reason behind my decision to choose a K version. The CPUID output indicates no code name, brand ID, core voltage, and reports multiplayer at 170x. The maximum stock speed remains at 4.5ghz under load.
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Eman_45
08-16-2020, 05:52 PM #1

I recently acquired an i5 10600k and opted for the k variant to slightly enhance performance, as it performed well in many benchmarks compared to the i9, etc. I'm running an ASRock Extreme Z490 with a 3200 Corsair Vengeance RGB RAM and a 650-watt PSU. I've experimented with nearly every possible configuration. Initially, I attempted a 5.0 GHz overclock using a 1.34V vCore and let the motherboard handle LLC control as recommended. This was one of several trials I conducted.

I'm currently working with a 49x All-core ratio, 47x Cache Ratio, Vcore at 1.365 (fixed mode), VCCIO at 1.20v, and VCCSA at 1.20v. Despite these adjustments, I frequently encounter BSODs under load with settings like PAGE FAULT IN NONPAGED AREA, driver_irql_not_less_or_equal, and system service exceptions. If this issue persists, I may have to return the unit—the main reason behind my decision to choose a K version. The CPUID output indicates no code name, brand ID, core voltage, and reports multiplayer at 170x. The maximum stock speed remains at 4.5ghz under load.

D
Dominik_SK
Member
238
08-17-2020, 03:22 PM
#2
4.5 represents the maximum turbo speed overall, while 4.8 is designated for a single core load turbo speed.
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Dominik_SK
08-17-2020, 03:22 PM #2

4.5 represents the maximum turbo speed overall, while 4.8 is designated for a single core load turbo speed.

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kungfutyla
Posting Freak
780
08-18-2020, 12:14 AM
#3
This setup seems unusual. It displays a Name, Code Name, Brand ID, Package, core voltage, multiplier x171, and bus speed of 23.98mhz. It's only operating at a maximum stock speed of 4.5ghz under load, which is below the advertised 4.8ghz by Intel. I attempted to oc but received the same results and a BSOD.
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kungfutyla
08-18-2020, 12:14 AM #3

This setup seems unusual. It displays a Name, Code Name, Brand ID, Package, core voltage, multiplier x171, and bus speed of 23.98mhz. It's only operating at a maximum stock speed of 4.5ghz under load, which is below the advertised 4.8ghz by Intel. I attempted to oc but received the same results and a BSOD.

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Infamousy
Member
207
09-07-2020, 07:47 AM
#4
I don't have much knowledge about overclocking, but you can look it up on YouTube. Start with normal voltage and then increase by 0.1V.
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Infamousy
09-07-2020, 07:47 AM #4

I don't have much knowledge about overclocking, but you can look it up on YouTube. Start with normal voltage and then increase by 0.1V.

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Waespym
Junior Member
15
09-07-2020, 07:53 AM
#5
Watch this video here: https://www.youtube.com/watch?v=6mqLRqyYvu8
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Waespym
09-07-2020, 07:53 AM #5

Watch this video here: https://www.youtube.com/watch?v=6mqLRqyYvu8

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jonleflar
Member
181
09-07-2020, 08:01 AM
#6
4.5 represents the maximum turbo speed overall, while 4.8 is designated for a single core load turbo speed.
J
jonleflar
09-07-2020, 08:01 AM #6

4.5 represents the maximum turbo speed overall, while 4.8 is designated for a single core load turbo speed.