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đź’° Dual Channel with three ram sticks? | [H]ard|Forum


In the fields of digital electronics and computer hardware, multi-channel memory architecture is a technology that increases the data transfer rate between the DRAM memory and the memory controller by adding more channels of communication between them. Theoretically this multiplies the data rate by exactly the number of channels present.
I bought a kit of 2x4GB DDR2, I would like to put them in dual channel mode, but since there is 8 slots, I cannot find in which slot to put them?. slot 1,2,3,4.
[A1-B1] = 1er groupe sur la carte mère. [A2-B2] = 2e groupe sur la carte mère. Il est possible d'utiliser en Dual Channel des barrettes mémoires DDR (Socket A à base de nforce 2) DDR2 (la.

Choosing the Right RAM/Memory: Part 2 - Dual Channel and Quad Channel

The one thing I'm a little on edge about is that in the motherboard manual, it states to put the RAM in slot 2 first, followed by a picture with two RAM sticks in slots 2&4. My PC didn't boot when I put mine in 2&4, but it does in 1&3. Does having the RAM sticks in 1&3 work on dual channel, the same as if I were to have the RAM in 2&4?
But I've read that they should be set up dual channel for best results, not right beside each other, so I thought I'd inquire further on the Dell forum here. Since getting your response I've re-slotted the second (new) stick to slot 1, so they're now in the slots numbered 1 and 2 (what I understand to be a "dual channel" configuration).
All DDR3 motherboards support 4GB module per slot so don’t worry about it also you can always use a single RAM module in Dual Channel motherboard. If you own an age old DDR2 memory motherboard it may or may not support a single module with capacit...
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Is it possible for me to do it? I have 2 x 256MB and 1 512MB. My mobo has 3 ram slots, 2 green, and 1 purple. To do dual channel with two sticks, i put one in the purple and one in the green.

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Laptops - 1 GB + 512 MB dual channel - How ?? | TechEnclave - Indian Technology Community Dual channel slot 1 and 3

On some motherboards, you see six DIMM slots instead of four. This indicates the system supports triple-channel memory usage. Table 3-1 shows the configuration of the slots, banks, and channels for a motherboard using triple-channel RAM. Table 3-1. Triple-Channel DIMMs
In this video, we benchmark single-channel vs. dual-channel platforms for RAM to determine if it has any impact; we tested for the After Effects RAM Preview (lag/FPS), Premiere encoding, gaming.
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dual channel slot 1 and 3 Single Channel vs Dual Channel Memory: Which Is Better For You?
Single Channel vs Dual Channel Memory: Which Is Better For You?
Most people have the opinion that the RAM helps the processor work faster.
But unlike public opinion, Random Access Memory, or RAM, basically throttles the system from achieving its maximum potential performance.
This is because the processor is always going to be faster than the RAM, which results in the processor having to wait for the RAM to deliver the data.
During this wait time, the CPU continue reading idle, thus wasting power and time.
Recent advances in technology have tried to overcome the speed barrier by moving on to dual, triple and even quad-channel techniques to increase the speed, with the most common being dual channel.
But how much of an increase does it really bring about?
But before we get to that, let us first see how memory in a system actually works.
How Memory Works The RAM in the system is controlled by a circuit that is referred to as Memory Controller.
The RAM and the Memory Controller are connected through a series of wires, collectively known as a Memory Bus.
Now, these wires are further divided into three groups — Control, Data, and Address.
The Data wires will carry the data that is either being read from the memory to the memory controller or being written from the memory controller to the memory.
The Memory Controller is also responsible for defining the memory speeds or clock rates for the said memory module.
For example, if the Memory Controller states that the max clock rate it supports is 1333 MHz, even if you install a 2400 MHz memory module, the system will be able to utilize the potential of just 1333 Mhz only, thus underclocking the RAM.
Single Channel vs Dual Channel Memory: Architecture A single stick of RAM operates on a single 64-bit data channel, which means that it can push data down to a single pipe that is 64-bits in total width.
The architecture for a Single Channel Memory is shown below.
Single Channel Architecture That being said, nowadays, modern systems support multi-channel platforms as well.
In the case of Dual Channel Memory, the system makes use of not one but two memory channels.
Now, we have got 2Ă—64-bit channels available to the memory.
That being said, effectively, the ports on the channel 2 are taken from D64 to D127, thus emulating the next dual channel slot 1 and 3 of 64 ports.
As a result, the system regards the channel width to be a total of 128-bit width rather than 64-bit.
Effective Dual Channel Architecture As you can see above, the D0-D63 represent the first channel, D64-D127 represent the second channel.
Thus, modules can process 64 bits of data at any given time, and so dual-channel platforms will read and write to two modules simultaneously saturating the 128-bit wide bus.
Current technologies such as DDR Double Data Rate can transfer two data bits per clock cycle.
As a result, they achieve double the transfer slot and video poker compared to traditional memory technologies.
For example, the DDR3-1333 MHz module may actually be working at 666.
Furthermore, bandwidth also depends upon the width of the data bus.
A single channel makes use of a 64-bit device width, which basically means that 64 bits of data are transferred at each transfer cycle.
A dual channel makes use of 128-bit device width, ie, 128 bits of data are transferred at each transfer cycle as shown in the architectural differences above.
This, in turn, impacts the system by theoretically doubling the bandwidth.
Actual performance between Single Channel vs Dual Channel memory may differ, which is discussed further.
Interleaving Interleaved memory is a slats slots and flaps made to compensate for the relatively slow speed of Dynamic Random-Access Memory DRAM or core memory.
This is done by spreading the memory addresses evenly across memory banks.
The memory bank consists of multiple columns and rows of storage units spread across several chips.
Each memory module can have two or more memory banks for program and data storage.
Interleaved memory results in contiguous read and writes.
This actually uses dual channel slot 1 and 3 memory bank in turn, instead of using the same one repeatedly.
Eventually, it results in significantly higher memory throughput as each bank has a minimum waiting time between reads and writes.
Interleaving Memory Read and Write Using a Dual Channel Memory increases the number of memory banks, thus, in turn, improving the interleaving design to result in better multitasking.
Benchmarks While benchmarking is not equivalent to real life performance, it is more realistic than the theoretical calculation.
The following benchmarks were conducted on our test machine.
The difference between the two puts the Dual Channel Memory ahead of its competitor.
This advantage should prove to be useful for users carrying out heavy-duty computation, simulation, and compilations.
These tests are measured in Megabytes per second.
As such, we saw significant performance differences between the Single Channel vs Dual Channel Memory modules, with the Dual Channel having a clear lead in each case.
That being said, it is worthy to point out that the performance is no way near to the theoretical calculation, considering the bandwidth should have been doubled when instead we observed a ~20% boost on average.
In our memory latency test on MaxxMem, we found that there was a mere ~2.
That being said, Handbrake in itself is a really powerful tool, that pushes the system to its limits.
In our benchmarking test, we found that the Dual Channel setup saves approximately 8 seconds in overall rendering time, thus giving it the slight edge.
While the difference here is quite insignificant, for systems that render all day long, the rendering time gap could prove to be bigger, thus saving a few crucial minutes off the shelf.
Real Life Performance While the above benchmarks proved to be in slight favor of the Dual Channel Memory module, in my real life usage, I found there to be a negligible difference between the two.
Pages loaded slightly faster and my software such as iTunes, Google Chrome, and Microsoft Office ran at equivalent speeds.
And yes, I made sure to clear the cache before testing each Memory setup to ensure precise results.
Additionally, I also ran some games to test their performances.
The results are shown in the graph below.
Gaming Benchmarks — FPS — Higher is better We tested the Dying Light, Metro Last Light, Grand Theft Auto V, and The Witcher 3: Wild Hunt on our system when paired up with the.
The results were more or less the same, with the Dual Channel having a slight advantage over the Single Channel memory modules.
That being said, there were cases where the Dual Channel mode experienced performance drops, which was quite evident in the Witcher 3.
Even so, the difference between the two is still negligible whatsoever.
Single Channel vs Dual Channel Memory: Which One Is Better?
That being said, the benchmark and real life results are way different from the differences that were calculated on paper.
Theoretically, there should have been a 2x difference, while in reality, the Dual Channel seems to exhibit only a 16-17% advantage at best in overall usage.
While attaining a difference of 12-13% is also desirable, it is certainly not worth the hype that surrounds Dual Channel Memory.
In most cases, the normal user would not even notice the difference between the two.
And as far as power users are concerned, even though Dual Channel does come out on top, they would not be sacrificing anything significant.
As you can see, while the Dual Channel Memory does perform better than the Single Channel Memory modules, the difference between the two is in no way staggering.
In the end, it all comes down to the price point.
There may exist cases where you might be able to purchase a Dual Channel kit cheaper than the Single Memory module, or vice versa.
That being said, purchasing a Single Channel Memory does leave the dual channel slot 1 and 3 open for future Dual Channel Utilizing.
The only thing that you have to keep in mind link the fact that your future purchase should be similar, if not identical, to the already existing memory in order to ensure proper functioning.
Finally, your primary focus dual channel slot 1 and 3 be on the RAM capacity and the clock speeds.
In the real world usage, these two factors are gonna make the most difference, regardless of whether being used in Single Channel or Dual Channel.
Our suggestion would be to finalize on the capacity and the clock speed of your RAM and then simply watch the market for a better deal on either Single or Dual Channel to finalize your purchase.
Make sure to share with us your thoughts on this, as well as your experiences, in the comments section below.
One of the signs of being a geek is that you always keep an eye on how much your device's battery, RAM or CPU is. dual channel slot 1 and 3 dual channel slot 1 and 3 dual channel slot 1 and 3 dual channel slot 1 and 3 dual channel slot 1 and 3 dual channel slot 1 and 3


Laptops - 1 GB + 512 MB dual channel - How ?? | TechEnclave - Indian Technology Community Dual channel slot 1 and 3

What is Dual-channel Memory? Dual channel slot 1 and 3

4 Slots, Dual Channel, Do they all need to be matched?. check your manual to make sure that Dual Channel works with all 4 slots used.. and require that slot-1 on channel-A match slot-1 on.
Is it possible for me to do it? I have 2 x 256MB and 1 512MB. My mobo has 3 ram slots, 2 green, and 1 purple. To do dual channel with two sticks, i put one in the purple and one in the green.
[A1-B1] = 1er groupe sur la carte mère. [A2-B2] = 2e groupe sur la carte mère. Il est possible d'utiliser en Dual Channel des barrettes mémoires DDR (Socket A à base de nforce 2) DDR2 (la.


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