F5F Stay Refreshed Hardware Desktop Adjust performance by boosting G.Skill Trident Z RGB 3600 RAM settings

Adjust performance by boosting G.Skill Trident Z RGB 3600 RAM settings

Adjust performance by boosting G.Skill Trident Z RGB 3600 RAM settings

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AwsomeGamer79
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137
07-04-2016, 08:07 AM
#1
I recently acquired some upgraded components, such as a Z490 motherboard and 32GB of G.Skill Trident Z RGB 3600mhz RAM. I turned on XMP in the BIOS and slightly increased the memory speed to DDR4-3733 CL18, and everything is functioning properly. Your concern about safe overclocking is valid. The optimal speed depends on your system's stability; generally, pushing beyond 3733mhz can offer minor gains but increases risk of instability or failure. Real-world benefits are limited unless you're targeting extreme performance scenarios. Always monitor temperatures and system behavior closely.
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AwsomeGamer79
07-04-2016, 08:07 AM #1

I recently acquired some upgraded components, such as a Z490 motherboard and 32GB of G.Skill Trident Z RGB 3600mhz RAM. I turned on XMP in the BIOS and slightly increased the memory speed to DDR4-3733 CL18, and everything is functioning properly. Your concern about safe overclocking is valid. The optimal speed depends on your system's stability; generally, pushing beyond 3733mhz can offer minor gains but increases risk of instability or failure. Real-world benefits are limited unless you're targeting extreme performance scenarios. Always monitor temperatures and system behavior closely.

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Flazerio
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07-04-2016, 08:07 AM
#2
We don’t know the limits of overclocking. It varies by CPU, motherboard, and RAM. Even with a top-notch memory manager and board, your RAM might handle speeds up to 4000 MHz, but your processor may struggle to keep up.
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Flazerio
07-04-2016, 08:07 AM #2

We don’t know the limits of overclocking. It varies by CPU, motherboard, and RAM. Even with a top-notch memory manager and board, your RAM might handle speeds up to 4000 MHz, but your processor may struggle to keep up.

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MikeBenj
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07-04-2016, 08:07 AM
#3
It seems quite unpredictable, almost like picking chips at a machine. If it aids your main concern, your setup includes a 10700K CPU, an MSI Z490 gaming Wi-Fi motherboard, and a 1080Ti. Everything is boosted and running smoothly, but I was curious about how much extra memory I could safely increase without causing issues.
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MikeBenj
07-04-2016, 08:07 AM #3

It seems quite unpredictable, almost like picking chips at a machine. If it aids your main concern, your setup includes a 10700K CPU, an MSI Z490 gaming Wi-Fi motherboard, and a 1080Ti. Everything is boosted and running smoothly, but I was curious about how much extra memory I could safely increase without causing issues.

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Mishepard
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07-04-2016, 08:07 AM
#4
It's mainly silicon-based components that make up everything made from silicon. The CPU memory controller, memory dies, and the duration of memory signals are all part of this structure.
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Mishepard
07-04-2016, 08:07 AM #4

It's mainly silicon-based components that make up everything made from silicon. The CPU memory controller, memory dies, and the duration of memory signals are all part of this structure.

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betomblok
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196
07-04-2016, 08:07 AM
#5
Absolutely, it's quite unpredictable. It's all about chance, and basically each part works together to set limits on performance. Even things like your power supply or cooling system can affect the outcome.
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betomblok
07-04-2016, 08:07 AM #5

Absolutely, it's quite unpredictable. It's all about chance, and basically each part works together to set limits on performance. Even things like your power supply or cooling system can affect the outcome.

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Super_AapjexD
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07-04-2016, 08:07 AM
#6
I’ve used the same setup and tested it on two different motherboards. My ASUS managed to hit 4000mhz with DOCP settings, but my new Gigabyte is only reaching around 3733. These are the settings I’ve stuck with as a beginner, sorry about the mobile photo!
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Super_AapjexD
07-04-2016, 08:07 AM #6

I’ve used the same setup and tested it on two different motherboards. My ASUS managed to hit 4000mhz with DOCP settings, but my new Gigabyte is only reaching around 3733. These are the settings I’ve stuck with as a beginner, sorry about the mobile photo!

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