F5F Stay Refreshed Hardware Desktop Issues with the i5-9400f processor performance

Issues with the i5-9400f processor performance

Issues with the i5-9400f processor performance

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BrandonIhzHere
Junior Member
18
08-27-2016, 03:39 AM
#21
It seems BCLK overclocking influences the CPU and RAM but leaves PCIe lanes unaffected.
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BrandonIhzHere
08-27-2016, 03:39 AM #21

It seems BCLK overclocking influences the CPU and RAM but leaves PCIe lanes unaffected.

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Alk_craft
Member
64
09-01-2016, 02:37 PM
#22
It's true. Back then, with the independent north and south bridges, this wasn't part of FSB.
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Alk_craft
09-01-2016, 02:37 PM #22

It's true. Back then, with the independent north and south bridges, this wasn't part of FSB.

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CocaCola15
Senior Member
603
09-02-2016, 02:36 PM
#23
There seems to be an issue where NVMe SSDs and BCLK OC don't seem to work well together. I haven't tested it myself.
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CocaCola15
09-02-2016, 02:36 PM #23

There seems to be an issue where NVMe SSDs and BCLK OC don't seem to work well together. I haven't tested it myself.

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PVPwithpat
Junior Member
40
09-10-2016, 10:16 PM
#24
Some might assume otherwise, but that's incorrect. My laptop features a 4700MQ processor with these details after overclocking. During a single-thread TS benchmark, ThrottleStop shows a multiplier of 35.97. To achieve such a high figure, it must rely on the 1-core 36 multiplier about 97% of the time. The remaining 3% likely uses the 35 multiplier when two cores are engaged. Many popular monitoring tools don't adhere to Intel's recommended settings or exceed them, causing inaccurate tracking. On non-K CPUs, enabling C3, C6 or C7 states is essential for accessing the maximum turbo boosts. The package C options are not mandatory. Forums often suggest turning off these states, which stops non-K CPUs from reaching their peak performance under light load.
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PVPwithpat
09-10-2016, 10:16 PM #24

Some might assume otherwise, but that's incorrect. My laptop features a 4700MQ processor with these details after overclocking. During a single-thread TS benchmark, ThrottleStop shows a multiplier of 35.97. To achieve such a high figure, it must rely on the 1-core 36 multiplier about 97% of the time. The remaining 3% likely uses the 35 multiplier when two cores are engaged. Many popular monitoring tools don't adhere to Intel's recommended settings or exceed them, causing inaccurate tracking. On non-K CPUs, enabling C3, C6 or C7 states is essential for accessing the maximum turbo boosts. The package C options are not mandatory. Forums often suggest turning off these states, which stops non-K CPUs from reaching their peak performance under light load.

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xXHerobryanXx
Member
52
09-14-2016, 09:45 AM
#25
I'm not sure about that. I faced the same issue too. However, when I turned off the other boot settings and enabled fast boot in my BIOS, the problem resolved. Now, all cores are running at 4.1 GHz.
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xXHerobryanXx
09-14-2016, 09:45 AM #25

I'm not sure about that. I faced the same issue too. However, when I turned off the other boot settings and enabled fast boot in my BIOS, the problem resolved. Now, all cores are running at 4.1 GHz.

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