using g.skill 3200 hz rams in 2666 hz mode
using g.skill 3200 hz rams in 2666 hz mode
I recently set up a budget system and kept the door open for future improvements. I chose an i3 6100 and an ASUS Z170 -K board.
I found a deal on the 2x4 G.Skill Ripjaws V 3200 Hz RAM and decided to go with it, since the price was almost the same as the 2666 Hz models.
I experimented with enabling the XMP profile from the BIOS, and the RAM worked at 3200 Hz. However, I’m not sure if pushing the CPU to 1.35 V is necessary right now.
My question is: can I simply maintain a voltage of 1.2 V and switch the frequency to 2666 Hz? I’m new to this kind of overclocking and don’t want to risk instability.
Additionally, should I experiment with CL values at 2666 Hz?
Here’s the link to the RAM I have: http://gskill.com/en/product/f4-3200c16d-8gvkb
Thank you for your help.
The CPU relies heavily on the integrated memory controller, which can cause significant stress and heat buildup because it's built for 2133 and you're exceeding its limits.
Sure to simplify, no need to push it beyond default when using an i3. That’s what I think.
This is one approach to tackling my issue, but I’m still interested in testing the rams at 2666 Hz and running benchmarks. With good rams already available, should there be any reason not to try pushing them to that frequency?
Looking back at my original concern; would these rams remain stable at 2666 Hz with a voltage of 1.2 V?
Honestly, you will have to have a better CPU since the i3 is not power enough to handle that type of power. You can TRY and push it to 2666, but can't really guarantee stability. If anything, you are going to want to upgrade your CPU.
It seems you should consider using a more powerful CPU because the i3 model lacks sufficient power for that performance. You might try running it at 2666 MHz, though stability isn't assured. Upgrading to a better CPU would be advisable. I also looked at an article discussing the benefits of 2666 MHz in stock i3 6100 models; they reported stable results. My concern is whether my 3200 MHz RAM can handle that speed with an Xmp profile of 2666 MHz. I’m unsure if that would work effectively.
Yes, you're right, but keep in mind they might have other configurations. Did they use a different arrangement? Were there variations in the components? Not every configuration is identical, just as not everyone can achieve the same performance and stability settings. It's really about experimenting. Try your best, and adjust until you find what works. If you're certain it won't give you much advantage, then proceed.
You're welcome, but keep in mind they might have other configurations. Did their setup differ? Were there variations in components? Not every configuration is identical, just as not everyone achieves the same performance with the same settings. It's really about testing and adjusting. Go ahead, try it out. If it doesn't work, tweak until you find stability. But if you're sure it won't help much, we can proceed.
Hmm, maybe I'm missing how much this impacts the overall system, but I only boosted the RAM to 3200 Hz and kept the voltage at 1.2 V. Could any other part be affected?
Apologies if these seem simple—I've been away from this topic for a while. Appreciate your support...