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💰 difference between Blue and Black Memory DIMMS - Lenovo Community

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Modules using DDR3 Triple-Channel DIMMs Motherboard using DDR3 triple-channel DIMMs (cont.) Using Dual-Channeling Install two matching DIMMs in two blue slots farthest from processor Leave other two slots empty For one installed DIMM: Place it in the blue slot farthest position from processo r GTC CPT 209 35 Click to Play!

After reading your post, I placed four modules into the black DIMM slots of the  X9SRL-F, and the motherboard didn't post. I also tried to put just a single pair into either to bottom two black slots or the top two black slots, but the motherboard still did not post in either configuration. Click to Play!

Most computer motherboards have between two and four slots for RAM, and if one of these slots fails, your computer won't see the RAM stick installed in it. Testing your motherboard's RAM slots. Click to Play!

I am installing two 8GB DDR4 DIMMs into this motherboard: Gigabyte B150M-D3H-GSM There are four DIMM slots of alternating colors, labeled in the following order: DDR4_1 (gray) DDR4_3 (black) DDR... Click to Play!


Chapter 5: Supporting Processors and Upgrading Memory - Thinking Critically Flashcards | Quizlet


• 2 DIMM: Supports one pair of modules inserted into eithor the blue slots or the black slots as one pair of Dual-channel memory configuration • 4 DIMM: Supports 4 modules inserted into both the blue and black slots as two pairs of Dual-channel memory configuration
How to Install Memory (RAM) into a Computer. Remember to make sure that when installing your RAM you only install it into slots of the same color so that the motherboard can activate the multi.
Populating 4 RAM slots versus 2? I seem to recall that overclocks became more limited when populating the second pair of slots as well as the first pair, and that it made the CPU run hotter. Is.


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installation - What do motherboard RAM slot colors mean? - Super User The two black dimm slots


Many motherboards color-code the DIMM slots, but that coding is not always intuitive. For example, Figure 6-4 shows the four memory slots in an Intel D945PVS motherboard. Two of the slots are blue and two black, but what do the colors indicate? Are both blue slots DIMM 0 (or DIMM 1), or are both blue slots Channel A (or Channel B)?
I just want to add that on my favorite MoBo manufacturer's boards - which I won't identify here because their boards are great and this is a minor annoyance - that their documentation no longer includes the DIMM order, and that one board that wanted two of four (if you only did two) to be in the same colour, in another board wants them to be installed in opposite colours starting at the CPU.
Start studying Chapter 5: Supporting Processors and Upgrading Memory - Thinking Critically. Learn vocabulary, terms, and more with flashcards, games, and other study tools.



What does the color coding on RAM slots mean? - Quora


the two black dimm slots
The colour coding of the RAM slots indicates which slots are paired together for the configuration of dual/triple/quad/... channel RAM. Dual channel (or higher) basically means that if you put two (or more) compatible sticks in the corresponding s...
How to Install Memory (RAM) into a Computer. Remember to make sure that when installing your RAM you only install it into slots of the same color so that the motherboard can activate the multi.

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I have assumed that the designation of the Blue Banks as a sort of the two black dimm slots was done merely by convention and not because either the CPU or the Chipset had any sort of special preference for one learn more here the other.
In other words, in a dual CPU setup one could fill the Blue DIMM slots in one CPU DIMM slots and then the Black DIMM slots for the other CPU and the computer would not notice any difference from them being all populated in Blue slots or Black slots for that matter.
Is this correct or is there actually a specific technical electrical or whatever reason for designating Blue as 1st?
Speaking in general, you can fill the slots out-of-order but performance might take a hit in benchmarks.
Plus, some CPUs downclock the memory speed as banks fill the two black dimm slots 'banks', not channels.
Filling in the noted order makes sure that channels and banks are filled in order, then paired in order as more modules are added.
For example, if you fill DIMM slots 1A, 2B, 1C and 2D, you aren't doing the memory controller any favors.
Also, some CPUs have two memory controllers on-die if core count is high enough.
Filling in order keeps What black chip poker deposit can channeled and banked on the correct controller for efficiency.
Here you might erroneously fill 1A, the two black dimm slots, 2A and 2B and never use the second memory controller.
That likely would be less efficient than filling 1A, 1B, 1C and 1D as suggested.
It's more of a performance and expectation guideline than an electrical requirement.
However, anytime we see memory issues, we make sure memory is the two black dimm slots in the correct order and descending from largest https://separateschooleducation.info/black/codes-for-call-of-duty-black-ops.html smallest module to help eliminate variables in development and debugging.
It's just good practice.
Hope that helps a bit.
What I meant was will you achieve the same performance on lets say a D20 with 2 CPUs - filling the 3 Blue DIMM slots on the first CPU and then filling the 3 Black DIMM slots for the 2nd CPU?
Not following the proper fill order across one or multiple CPUs can hurt performance.
Mainly because the memory controller expects memory filled in order.
Even if benchmarks are identical between two odd fills, there's no reason to deviate from the correct order.
I suppose that begs the question of why you would want or need to fill out-of-order.
Or, are you simply curious?
Generally, the slots are different colors to indicate which ones are the 1st DIMM in each channel, and which are the 2nd DIMM in each channel.
The actual population order guidelines can vary a bit from platform to platform based on Intel's guidance often for tweaks made to the memory controllers between various generations or for proper load balancing.
In most systems, filling out of order will likely not cause too many headaches.
You could see performance hits and in codes to black ops cases issues with memory detection.
For example, if you were on Nehalem CPUs and filled the 2nd DIMM in any channel, you would see the memory speed drop down one bin i.
Also if you ran any quad-ranked DIMMs, it would force the memory speed down to 800MHz.
This was resolved with Westmere CPUs as they were validated to run 1333MHz memory at 2 DIMMs per channel.
I am one of those victims of the missing memory memory that the two black dimm slots installed but for some mysterious reason is "hardware reserved".
This seems to be something that you guys have been unable to ever explain or solve.
I have a D20 which had X5550s installed which I upgraded to X5660s where following the standard of putting all 6 of my 4GB DIMMS all the same DIMMS and all Intel specified in the Blue DIMM slots yields 20GB with 4GB being hardware reserved in Windows and during POST 20GB is displayed.
Windows reports via Resource Meter 24GB installed and the two black dimm slots reserved and via System in the Control Panel as 24GB installed and 20 GB useable.
So this mystery has me curious and makes me want to understand what is going on and why intellectual curiosity.
I like others can add other DIMMs in my case the 1 GB sticks that originally came with my D20 when it was a single X5550 and populate the black DIMM slots and add to the hardware reserved amount; so, I can get 24GB available out of 30GB installed.
All DIMMs are 1333, but The two black dimm slots choose to just go with the perfectly matched 4GBs at least until I understand this.
I have toyed with the idea of getting 6 more of these exact same 4GB DIMMs but not until this has been ferreted out.
I don't know if my CPU has 2 memory controllers.
I would doubt it being that it is still an X5xxx and just a smaller die and the addition of 2 extra cores but it could be.
I would assume that such a major enhancement would occur in a new CPU architecture and maybe even require dedicated pins for that and hence a new socket.
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Asus Sabertooth Z77 - 2 DIMM & RAM slots malfunctioning - By TotallydubbedHD


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On the bottom edge of 168-pin DIMMs there are two notches, and the location of each notch determines a particular feature of the module. The first notch is the DRAM key position, which represents RFU (reserved future use), registered, and unbuffered DIMM types (left, middle and right position, respectively).


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