F5F Stay Refreshed Power Users Overclocking i5-6600k safe VID

i5-6600k safe VID

i5-6600k safe VID

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Dephunkpunk_2
Senior Member
484
07-30-2016, 12:13 PM
#1
Hello,
I recently overclocked my i5-6600k to 4.3ghz at 1.264 volts. During a stress test, the VID reported 1.376v and the Vcore showed 1.264v. Could this discrepancy mean the VID isn't affecting performance or is my CPU actually running at the intended voltage? I've completed several stress tests without any problems, and the maximum temperature stayed at 59°C. Any advice would be greatly appreciated.
PC Specs:
i5-6600K | Asus ROG Maximus VIII Hero Alpha | Asus Strix GTX 1070 | 16gb RAM | NZXT Kraken X61
D
Dephunkpunk_2
07-30-2016, 12:13 PM #1

Hello,
I recently overclocked my i5-6600k to 4.3ghz at 1.264 volts. During a stress test, the VID reported 1.376v and the Vcore showed 1.264v. Could this discrepancy mean the VID isn't affecting performance or is my CPU actually running at the intended voltage? I've completed several stress tests without any problems, and the maximum temperature stayed at 59°C. Any advice would be greatly appreciated.
PC Specs:
i5-6600K | Asus ROG Maximus VIII Hero Alpha | Asus Strix GTX 1070 | 16gb RAM | NZXT Kraken X61

M
MasMenno
Member
199
07-30-2016, 01:48 PM
#2
The VID represents the voltage the CPU requests. CPU makers establish consistent values for each processor, often higher than necessary. This approach simplifies testing by ensuring reliability at a lower voltage. Since the voltage is manually set, the CPU won't receive the correct value. What matters most is maintaining stability in voltage and frequency, along with manageable temperatures. If these conditions are met, further concerns should be minimal.
M
MasMenno
07-30-2016, 01:48 PM #2

The VID represents the voltage the CPU requests. CPU makers establish consistent values for each processor, often higher than necessary. This approach simplifies testing by ensuring reliability at a lower voltage. Since the voltage is manually set, the CPU won't receive the correct value. What matters most is maintaining stability in voltage and frequency, along with manageable temperatures. If these conditions are met, further concerns should be minimal.

H
hahaha100
Member
172
07-30-2016, 03:53 PM
#3
The VID represents the voltage the CPU requests. CPU makers establish consistent values for each processor, often higher than necessary. This approach simplifies testing by ensuring reliability at a lower voltage. Since the voltage is manually set, the CPU won't receive the correct value. What matters most is maintaining stability in voltage and frequency, along with manageable temperatures. If these conditions are met, further concerns should be minimal.
H
hahaha100
07-30-2016, 03:53 PM #3

The VID represents the voltage the CPU requests. CPU makers establish consistent values for each processor, often higher than necessary. This approach simplifies testing by ensuring reliability at a lower voltage. Since the voltage is manually set, the CPU won't receive the correct value. What matters most is maintaining stability in voltage and frequency, along with manageable temperatures. If these conditions are met, further concerns should be minimal.

Z
Zoaxh
Member
147
07-30-2016, 07:38 PM
#4
The VID represents the voltage the CPU requests. Manufacturers standardize these values across different CPUs to simplify testing and ensure consistent performance at a higher voltage. This approach helps them produce more units. Since the voltage is set manually, the CPU won't receive the exact voltage it needs. What matters most is maintaining stability in voltage and frequency while keeping temperatures manageable. If everything checks out, you shouldn't face further concerns.
Z
Zoaxh
07-30-2016, 07:38 PM #4

The VID represents the voltage the CPU requests. Manufacturers standardize these values across different CPUs to simplify testing and ensure consistent performance at a higher voltage. This approach helps them produce more units. Since the voltage is set manually, the CPU won't receive the exact voltage it needs. What matters most is maintaining stability in voltage and frequency while keeping temperatures manageable. If everything checks out, you shouldn't face further concerns.