F5F Stay Refreshed Power Users Overclocking Can you increase the speed of your 4460 despite it being locked?

Can you increase the speed of your 4460 despite it being locked?

Can you increase the speed of your 4460 despite it being locked?

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Viizion_PvPz
Senior Member
670
05-25-2023, 12:47 AM
#1
The title clarifies that non-k model processors lack overclocking capabilities, yet certain skilled users manage to do so.
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Viizion_PvPz
05-25-2023, 12:47 AM #1

The title clarifies that non-k model processors lack overclocking capabilities, yet certain skilled users manage to do so.

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sunemoonsong
Senior Member
380
05-28-2023, 12:51 PM
#2
You have options, but they differ from what you imagine. Increasing a CPU's performance can be achieved in two ways: by boosting the multiplier or (and) raising the BCLK speed. Non-K chips typically have a fixed multiplier, so the only viable method is adjusting the BCLK, which starts at 100Hz by default. For instance, if your processor operates at 3.2GHz, the multiplier is set to 32 (32x100MHz equals 3.2GHz). You can only increase the BCLK up to around 105, which would push the speed to about 3.36GHz. Such a high BCLK also impacts memory and PCIe bus performance. I've managed to reach 103MHz on my board through experimentation, and it functioned properly. The higher cost of K-series chips is understandable, as they require more advanced Z-series components.
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sunemoonsong
05-28-2023, 12:51 PM #2

You have options, but they differ from what you imagine. Increasing a CPU's performance can be achieved in two ways: by boosting the multiplier or (and) raising the BCLK speed. Non-K chips typically have a fixed multiplier, so the only viable method is adjusting the BCLK, which starts at 100Hz by default. For instance, if your processor operates at 3.2GHz, the multiplier is set to 32 (32x100MHz equals 3.2GHz). You can only increase the BCLK up to around 105, which would push the speed to about 3.36GHz. Such a high BCLK also impacts memory and PCIe bus performance. I've managed to reach 103MHz on my board through experimentation, and it functioned properly. The higher cost of K-series chips is understandable, as they require more advanced Z-series components.

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Oono
Junior Member
18
05-28-2023, 01:52 PM
#3
You have options, but they differ from what you imagine. Increasing a CPU's performance can be achieved in two ways: by boosting the multiplier or (and) raising the BCLK speed. Non-K chips typically have a fixed multiplier, so the only viable method is to adjust the BCLK, which starts at 100Hz by default. For instance, if your processor operates at 3.2GHz, the multiplier is set at 32 (32x100MHz equals 3.2GHz). You can only increase the BCLK up to around 105, which would push the speed to about 3.36GHz. Such a high BCLK also impacts memory and PCIe bus performance. I’ve managed to reach 103MHz on my board through trial, and it worked. The higher cost of K-series chips reflects this, as does the need for a pricier Z-series motherboard rather than an affordable H-series alternative.
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Oono
05-28-2023, 01:52 PM #3

You have options, but they differ from what you imagine. Increasing a CPU's performance can be achieved in two ways: by boosting the multiplier or (and) raising the BCLK speed. Non-K chips typically have a fixed multiplier, so the only viable method is to adjust the BCLK, which starts at 100Hz by default. For instance, if your processor operates at 3.2GHz, the multiplier is set at 32 (32x100MHz equals 3.2GHz). You can only increase the BCLK up to around 105, which would push the speed to about 3.36GHz. Such a high BCLK also impacts memory and PCIe bus performance. I’ve managed to reach 103MHz on my board through trial, and it worked. The higher cost of K-series chips reflects this, as does the need for a pricier Z-series motherboard rather than an affordable H-series alternative.

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phlip9
Member
128
05-28-2023, 02:20 PM
#4
you can boost performance by raising the BCLK, but it's different from earlier systems where the PCie clock was independent. If you go up to 1Mhz, the CPU may overclock briefly, but the PCie clock will also increase, and pushing it too high could harm your motherboard or GPU. I believe 102-103MHz is a safe range, though I wouldn't risk it for a full 100MHz overclock on the CPU.
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phlip9
05-28-2023, 02:20 PM #4

you can boost performance by raising the BCLK, but it's different from earlier systems where the PCie clock was independent. If you go up to 1Mhz, the CPU may overclock briefly, but the PCie clock will also increase, and pushing it too high could harm your motherboard or GPU. I believe 102-103MHz is a safe range, though I wouldn't risk it for a full 100MHz overclock on the CPU.

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husker53
Posting Freak
802
05-30-2023, 11:44 AM
#5
I know that Windows 10 also dislikes BCLK overclocking, leading to various stability issues with software. Older versions of Windows 8 experienced clock desynchronization problems similar to the time issue. This can result in numerous complications.
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husker53
05-30-2023, 11:44 AM #5

I know that Windows 10 also dislikes BCLK overclocking, leading to various stability issues with software. Older versions of Windows 8 experienced clock desynchronization problems similar to the time issue. This can result in numerous complications.