F5F Stay Refreshed Power Users Overclocking xmp on while overclocking?

xmp on while overclocking?

xmp on while overclocking?

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TheMaaykGamer
Member
62
08-18-2017, 01:53 PM
#1
Yes, it is generally acceptable to keep XMP enabled while overclocking your i5 7600K on an ASUS Maximus 8 Hero motherboard.
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TheMaaykGamer
08-18-2017, 01:53 PM #1

Yes, it is generally acceptable to keep XMP enabled while overclocking your i5 7600K on an ASUS Maximus 8 Hero motherboard.

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angelcake_11
Senior Member
540
08-18-2017, 02:10 PM
#2
It's fine. I just shared that link to illustrate high voltage examples. As long as you have a solid cooler, you'll reach an overclock limit much earlier than temperature constraints. Refer to the guide in my sig for safe voltage and temperature ranges.
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angelcake_11
08-18-2017, 02:10 PM #2

It's fine. I just shared that link to illustrate high voltage examples. As long as you have a solid cooler, you'll reach an overclock limit much earlier than temperature constraints. Refer to the guide in my sig for safe voltage and temperature ranges.

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MrDaNoVc
Junior Member
37
08-25-2017, 10:42 AM
#3
Yes, xmp (extreme memory profile) applies solely to RAM.
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MrDaNoVc
08-25-2017, 10:42 AM #3

Yes, xmp (extreme memory profile) applies solely to RAM.

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Kindeuredeu
Member
157
08-26-2017, 05:20 PM
#4
It's acceptable since XMP allows higher temperatures because the memory controller resides on the CPU. Superior RAM speeds generally offset any drawbacks regarding heat, provided adequate cooling is maintained. Nearly every overclocking test uses XMP enabled.
Standard DDR4 operates at 1.2v, faster variants reach 1.35v and top models can hit 1.5v. Increased voltage generates more heat.
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Kindeuredeu
08-26-2017, 05:20 PM #4

It's acceptable since XMP allows higher temperatures because the memory controller resides on the CPU. Superior RAM speeds generally offset any drawbacks regarding heat, provided adequate cooling is maintained. Nearly every overclocking test uses XMP enabled.
Standard DDR4 operates at 1.2v, faster variants reach 1.35v and top models can hit 1.5v. Increased voltage generates more heat.

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WSWdog
Member
65
08-26-2017, 06:31 PM
#5
It's acceptable. XMP may raise temperatures since the memory controller resides on the CPU. Better RAM performance usually compensates for any heat increase. As long as proper cooling is available, everything should be okay. Most overclocking tests use XMP activated.
Standard DDR4 runs at 1.2v, faster variants reach 1.35v and top kits up to 1.5v. Higher voltage generates more heat.
https://www.gskill.com/en/press/view/g-s...memory-kit
The RAM I have is Corsair DDR4 3000 MHz RGB.
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WSWdog
08-26-2017, 06:31 PM #5

It's acceptable. XMP may raise temperatures since the memory controller resides on the CPU. Better RAM performance usually compensates for any heat increase. As long as proper cooling is available, everything should be okay. Most overclocking tests use XMP activated.
Standard DDR4 runs at 1.2v, faster variants reach 1.35v and top kits up to 1.5v. Higher voltage generates more heat.
https://www.gskill.com/en/press/view/g-s...memory-kit
The RAM I have is Corsair DDR4 3000 MHz RGB.

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DiegoNick
Member
76
09-01-2017, 06:25 PM
#6
It's fine. I just shared that link to illustrate high voltage examples. Make sure you have a reliable cooler; otherwise, you'll reach an overclock limit much sooner than expected. Refer to the guide in my sig for safe voltage and temperature ranges.
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DiegoNick
09-01-2017, 06:25 PM #6

It's fine. I just shared that link to illustrate high voltage examples. Make sure you have a reliable cooler; otherwise, you'll reach an overclock limit much sooner than expected. Refer to the guide in my sig for safe voltage and temperature ranges.