F5F Stay Refreshed Hardware Desktop

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chayden2k6
Member
119
03-27-2022, 10:38 PM
#1
Sure, you can try overclocking your i7 7700. It's a common choice for performance gains. As for the Z170-Gaming K3 BIOS version F23a, make sure it supports overclocking before attempting. Whether it's worth it depends on your needs—better performance and stability are key factors.
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chayden2k6
03-27-2022, 10:38 PM #1

Sure, you can try overclocking your i7 7700. It's a common choice for performance gains. As for the Z170-Gaming K3 BIOS version F23a, make sure it supports overclocking before attempting. Whether it's worth it depends on your needs—better performance and stability are key factors.

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farid422
Junior Member
15
03-29-2022, 12:06 PM
#2
You might try, but it won’t add much value unless you improve the weak part. Just let it sit and invest in better gear later.
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farid422
03-29-2022, 12:06 PM #2

You might try, but it won’t add much value unless you improve the weak part. Just let it sit and invest in better gear later.

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Morvaxx
Member
153
04-14-2022, 09:07 AM
#3
The latest generation includes a BCLK vulnerability enabling overclocking of non-K components, though it was fixed swiftly and isn't present in the 7th-gen models you have. This means you're largely limited to standard performance.
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Morvaxx
04-14-2022, 09:07 AM #3

The latest generation includes a BCLK vulnerability enabling overclocking of non-K components, though it was fixed swiftly and isn't present in the 7th-gen models you have. This means you're largely limited to standard performance.

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BaXTeR84
Member
60
04-18-2022, 04:19 AM
#4
Normal overclocking isn't possible for non-K CPUs. K series chips have their multiplier enabled, allowing gradual adjustments until stability problems arise, after which you balance voltage, temperature, frequency, and reliability. Non-K processors are fixed in this manner. BCLK overclocking is an alternative but limited; it won't push performance significantly and can affect connected devices like SATA controllers or Wi-Fi adapters, potentially causing instability. As mentioned, it's not recommended.
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BaXTeR84
04-18-2022, 04:19 AM #4

Normal overclocking isn't possible for non-K CPUs. K series chips have their multiplier enabled, allowing gradual adjustments until stability problems arise, after which you balance voltage, temperature, frequency, and reliability. Non-K processors are fixed in this manner. BCLK overclocking is an alternative but limited; it won't push performance significantly and can affect connected devices like SATA controllers or Wi-Fi adapters, potentially causing instability. As mentioned, it's not recommended.

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thedempseys2_0
Member
63
04-21-2022, 08:44 AM
#5
Each day is a school day. I didn't realize that before.
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thedempseys2_0
04-21-2022, 08:44 AM #5

Each day is a school day. I didn't realize that before.

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JenniferXD
Member
50
04-23-2022, 11:21 AM
#6
Yes, performance is capped around 103 before the system shuts down. On 6th generation and newer Intel chips, BCLK is divided into two parts: a PCIe clock for peripherals like SATA controllers and a reference clock for CPU and memory speeds. This separation means high BCLK doesn't impact components such as SATA controllers. By the 7th generation, running at 200MHz BCLK becomes feasible without major stability issues. The same applies to Z690/Z790, though I've noticed POST problems above 150MHz, marking that boundary.
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JenniferXD
04-23-2022, 11:21 AM #6

Yes, performance is capped around 103 before the system shuts down. On 6th generation and newer Intel chips, BCLK is divided into two parts: a PCIe clock for peripherals like SATA controllers and a reference clock for CPU and memory speeds. This separation means high BCLK doesn't impact components such as SATA controllers. By the 7th generation, running at 200MHz BCLK becomes feasible without major stability issues. The same applies to Z690/Z790, though I've noticed POST problems above 150MHz, marking that boundary.