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Memory Setup Guide For Maximus VI Motherboards

Chino
Level 15
Memory Setup Guide For Maximus VI Motherboards


Maybe you’re putting together your first build but and you have no idea how to setup your RAM. Or perhaps you just made a major memory upgrade but you’re not experiencing any boost in performance whatsoever. Your RAM probably isn’t running at its full speed. So don’t start pulling your hair out! We’ll guide you step by step to configure them in no time!


So, what do you need to setup your RAM?
First, you’ll need a Maximus VI series motherboard, of course. For this guide, we’ll be using our Maximus VI Hero motherboard to illustrate the whole setup process. But the steps are universal for the other motherboards in the series as well!

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And, last but not least, you’ll need a kit of RAM. We’ll be using our favorite TridentX 2400MHz 8GB kit from our friends at G.Skill.

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Which slots should you use?
The appropriate slots to use depend on how many sticks of RAM you’re going to put in your system. We have listed the possible combinations and the optimal slots that you should be using.

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How many methods are there to setup your RAM?
The first method consists in using Intel's X.M.P. profile which automatically inputs the frequency, timings and voltage. On the other hand, the second methods involves you manually navigating to different parts of the BIOS and inputting them yourself.

In some cases, you might run into compatibility issues between the CPU and the X.M.P. profiles. As a result, you will experience the lack of stabilty when trying to use your system. So we'll be covering both methods in this simple guide.



Method 1. Using X.M.P. Profile

Step 1. Hit the Del key as soon as you see the Asus logo to enter the BIOS. The option that interests us most is the Target DRAM Speed. As you can see, it’s running at its default 1333MHz frequency. Time to take these babies to 2400MHz!

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Step 2. Navigate to the Ai Overclock Tuner and change it to XMP.

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Step 3. Most, if not all, high performance memory kits like our TridentX 2400MHz kit will have more than one profile. In this situation we choose the one that matches the advertised frequency.

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Step 4. Press F10 and a window will appear with a summary of all the changes that the XMP profile has changed. Click Yes to save and exit.

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Method 2. Manual Setup

Step 1. Start by setting Ai Overclock Tuner to the Manual.

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Step 2. Scroll down to find the DRAM Frequency option. Choose the advertised frequency that your memory kit is specified to run at.

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Step 3. Scroll down even farther and click DRAM Timing Control. The fun is about to start.

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Step 4. In order to configure your RAM properly, you need to input the the frequency the RAM was tested to run at, the correct primary timings and the voltage it needs to run properly. You can find the timings and voltage for your specific kit on the sticker that all manufacturers put on their sticks. Here you can see an example of the timings on our G.Skill TridentX 2400MHz stick.

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Here’s a quick crash course on memory timings. The primary timings consist of 4 numbers in this order: CL (CAS Latency), tRCD (RAS to CAS Delay), tRP (RAS Precharge) and tRAS (Active to Precharge Delay).

Now, let’s deduce the timings for our specific kit of TridentX RAM.
CL – 10, tRCD – 12, tRP – 12, tRAS – 31


But what if you've already finished your build and you don't want to pop off the case cover to look at the sticker? No problem. First you need to situate yourself in the Boot tab then press the right arrow to reveal the Tools tab. Now, choose the Asus SPD Information option.

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As you can see, all the X.M.P. profiles that are available for your RAM will be listed here. You can see the frequency of each profile, the voltage to run at this frequency and the primary timings that we will be changing further on.


Step 5. What we will do no is type each timing into the corresponding section. Hit ESC when you’re done to return to the Extreme Tweaker section.

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Step 6. Navigate down to the DRAM Voltage option and input the voltage that was on the sticker.

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Step 7. Press F10 and a window will appear with a summary of all the changes that we’ve made. Make sure to recheck every option that you’ve changed and make sure it matches your RAM’s specifications. Click Yes to save and exit.

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60 REPLIES 60

kyufaker wrote:
Hi Mate,

Could you please elaborate a bit more?

Thanks

How high you are able to overclock the memory will depend on how strong the memory controller (IMC) is.

Praz wrote:
How high you are able to overclock the memory will depend on how strong the memory controller (IMC) is.


Right. Does it mean i have an issue with my motherboard? Or is it somehow linked to my ram sticks? Is there a comprehensive guide rgarding memory controllers please?

Thanks

kyufaker wrote:
Right. Does it mean i have an issue with my motherboard? Or is it somehow linked to my ram sticks? Is there a comprehensive guide rgarding memory controllers please?

Thanks


Hi.
It is your CPU not motherboard or ram... Integrated Memory Controller is a part of CPU that controls memory and CPU interactions with it.
To get to higher speeds on your RAM, the memory controller on your CPU should be good enough to be able to essentially "talk to the ram" as fast as you want. in case ofyour CPU, it isn't (It's just chance, some CPUs have higher qualities than others)
Sadly it usually is not considered a fault and you can't RMA your CPU for not being to overclock and work on high frequencies (Intel guarantee is 1600Mhz, anything over that depends on the quality of your CPU)

More on IMC:
https://en.wikipedia.org/wiki/Memory_controller

srashedian wrote:
Hi.
It is your CPU not motherboard or ram... Integrated Memory Controller is a part of CPU that controls memory and CPU interactions with it.
To get to higher speeds on your RAM, the memory controller on your CPU should be good enough to be able to essentially "talk to the ram" as fast as you want. in case ofyour CPU, it isn't (It's just chance, some CPUs have higher qualities than others)
Sadly it usually is not considered a fault and you can't RMA your CPU for not being to overclock and work on high frequencies (Intel guarantee is 1600Mhz, anything over that depends on the quality of your CPU)

More on IMC:
https://en.wikipedia.org/wiki/Memory_controller


Thanks a lot guys. That was very informative! Would delidding this to get lower temps help at all?

kyufaker wrote:
Thanks a lot guys. That was very informative! Would delidding this to get lower temps help at all?


Hi.
No problem, glad we can help.
Anything you do to get the temperature down helps to get a more stable overclock or it can give you the headroom to push more (go for higher voltages).
This may result in better DRAM frequencies, but don't expect a miracle, a low quality CPU is just that, unless you're going LN2, better cooling gives you better stability, but not huge difference in overclocking limits.
However, I'm excited to see how hard you can push the CPU with better cooling, so please inform us of the results if you get round to delid your CPU.

Hi,

I'm planning a build on a Maximus Hero motherboard. I would like to use a single stick of 8Go ram :

http://www.kingston.com/datasheets/KHX16C9_8.pdf

Will it work though this stick is not in the QVL list of the Maximus Hero?

4djes
Level 7
Hi, thanks for this guide. I,m having problems since i bought mi PC. My system crashes constantly (blue screen). I was using another RAM and i didn´t have this guide.
So, i bought the same RAM you´re using here and i ask, what shall i do before the first Method? Should i setup or reset my Bios?
Or can i take out my old RAM and put the new ones and begin with step 1??
Thanks.

4djes wrote:
Hi, thanks for this guide. I,m having problems since i bought mi PC. My system crashes constantly (blue screen). I was using another RAM and i didn´t have this guide.
So, i bought the same RAM you´re using here and i ask, what shall i do before the first Method? Should i setup or reset my Bios?
Or can i take out my old RAM and put the new ones and begin with step 1??
Thanks.


Just to be on the safe side, after you remvoe the old memory sticks, clear your CMOS with the button at the back before inserting the new TridentX ones. That way the settings from the previous memory will not conflict with the new ones.

Which buttom?? The BIOS one? The Flashback?

Chino wrote:
Just to be on the safe side, after you remvoe the old memory sticks, clear your CMOS with the button at the back before inserting the new TridentX ones. That way the settings from the previous memory will not conflict with the new ones.


Which buttom?? The BIOS one? The Flashback?