RAM is a form of temporary memory that will assist you in properly running your apps and games. However, if you want to get the best out of your machine, you’ll need to install the right form and memory volume that’s dual-channel RAM. This article will undoubtedly be of assistance in a good way. Enabling the dual-channel mode will be clarified in simple terms with step-by-step guidance, along with instructions on how to enable dual-channel RAM on your PC.
How To Enable Dual Channel Ram Step By Step Guide
It’s most frequently asking the question of how to run RAM in dual channel mode ever since. So I write this article about how to enable dual channel ram to help you to solve this problem.
1. You’re the one closest to the processor socket a1, a2, b1, and b2, like many motherboards. You’ll notice that there are different color slots. There are like blue and black slots. These slots have the same number also have the same colors as these A2, B1 & B2.
2. We have got four RAM slots on the board.
3. So we are going to do it because we have two modules.
4. We are going to want to put them in a certain configuration. So we enable the dual-channel now.
5. If you look at the certain motherboard, they make it easy for you because there is dim one to dim three and four.
7. It guide with some little arrow on the side that says dim two and dim four first. It means that I first added the black ones. That is 2 and 4, and after the blue one, that is 1 and 3.
8. So we should be installed firstly 2 and 4. Once we installed these, we are going to open the latches on dim too.
9. We should carefully notice the RAM module that we have got a long side in a short side by looking at the slot on the motherboard.
10. Now you should apply the pressure on the module right there like that we hear two clicks in sync alright.
11. We are going to same things paying tension to the long slide; the short slide shout notices we are going into black ones. Firstly open these up, and we get the short and long sides.
12. Put it in right as shown in the figure. If you put it in backward, you may go to buying new RAM for a new board. These both piece is going to destroy if you pit in the wrong way.
We noticed that there is one notch approximate on the middle of the RAM that helps you insert correctly. It would help if you kept in mind that these are not going to the backside for inserting.
Some Instruction While Doing Enabling Dual-channel Ram
a. You must physically inspect your motherboard to allow dual-channel mode. Motherboards usually have four colour-coded DIMM slots, as you can see.
b. The color will vary depending on the kind of motherboard you have, but, there will usually be at least two different colors for motherboards with four DIMM slots.
c. This makes it easy to assemble or identify whether RAM modules are dual-channel or not. The maxim is straightforward. The dual-channel RAM should be allowed if the RAM modules mounted on your motherboard are the same color.
d. This is to prevent any misunderstanding since each motherboard has its design. A1, A2, B1, and B2 are popular codes to see. Those are the DIMM slot instructions for your motherboard.
Check out our another guide how to choose RAM for your pc. Maybe helpful for you.
How Ram Affect Your Computer Performance
RAM comes in the form of electronic chips or integrated circuits that are fastened directly to your computer’s main dock connector or built-in memory modules that fit into slots on the logic board. Random-access memory (RAM) is different from sequential access memory. Data written on a hard disc drive, for example, is read sequentially. It’s usually written in folders, with a specified start and endpoint.
In a minute, we’ll get to your hard drive storage. For those who use computers for general-purpose tasks like checking addresses, browsing the internet, paying bills, playing a game or two, and watching Netflix, the RAM that comes with our machine is sufficient. We will need to integrate a little more in the future to keep up with recent operating system updates, upgraded applications, and new apps with higher memory requirements. here are few suggestions about the best RAM for your pc.
Importance Of Ram For The Computer
More RAM will be beneficial if you want to use your machine for more advanced work. Editing film, editing high-resolution images, capturing multi-track audio, 3D modeling, and large-scale computations for science and engineering are examples of such activities.
I suppose you open many apps, open a bunch of records, and start a bunch of operations. In that case, your computer’s RAM will be taken up by any individual processes or programs running.
Why Do We Need To Select The Dual Channel Ram?
The Memory Controller is also in charge of determining the memory speeds for the memory module in question. If the Memory Controller specifies that the maximum clock rate it allows is 1333 MHz, and if you add a 2400 MHz memory module, the processor will only use 1333 MHz, effectively underclocking the RAM.
Let’s compare the specific features of Single-Channel and Dual Channel Memory for understanding and guide you completely for moving to Dual channel RAM.
Here Is The Architecture Description Of Single And Double Channel Ram For Your Guidance
A single 64-bit data channel is used for a single stick of RAM, ensuring it can transfer data to a single pipe with a total diameter of 64 bits. Modern systems, on the other hand, now accept multi-channel platforms as well.
In the case of Dual Channel Memory, the machine employs two memory channels rather than one. The memory now has two 64-bit channels open to it. It effectively doubles the number of data traces on the memory bus, giving us a 128-bit channel.
Differentiate Both Rams Based On Their Bandwidth For The Data Transfer Rate
Processing power refers to a communications channel’s overall possible transmission capacity, calculated in megabytes per second (MB/s) or gigabytes per second (GB/s). For example, DDR (Double Data Rate) technology can pass two data bits per clock cycle. As a result, they reach a transfer rate that is twice as fast as conventional memory technologies.
The DDR3-1333 MHz board, for example, could be operating at 666.6 MHz but only transmitting two data bits per clock cycle. Furthermore, bandwidth is determined by the data bus distance. A 64-bit chip width is used for a single channel, ensuring that 64 bits of data are transmitted per transmission loop. Thus, can measure bandwidth logically as:
Bandwidth = DDR clock rate x data bus width / 8
As a result, the potential bandwidth for a single channel DDR3-1333 Memory is
Bandwidth in Single Channel = 1333 x 64 / 8 = 10,664 MB/s or 10.6 GB/s
Dual-channel memory systems, for example, aim to double the data bus width by increasing the number of data wires present in the memory bus. A dual-channel uses a 128-bit chip diameter, which means that each transmission loop transfers 128 bits of data. That, in particular, has a bearing on the machine since the bandwidth is potentially doubled. The potential bandwidth on measurement for a dual-channel DDR3-1333 Memory, for example, is
Bandwidth in Dual Channel = 1333 x (64 x 2) / 8 = 21,328 MB/s or 21.3 GB/s
Interleaving Feature Is Designed For The Core Memory
Interleaved memory is a design used to substitute for the slow speed of DRAM or core memory. That is accomplished by uniformly distributing memory addresses across memory banks. Many columns and rows of storage units are scattered over numerous chips in the memory bank. For program and data storage, each memory module may have two or more memory banks.
Contiguous reads and writes are the product of interleaved memories. Instead of continuously using the same memory bank, this method uses each one in turn. As each bank has a minimal waiting period between reads and writes, it eventually results in considerably higher memory throughput. Using Dual Channel Memory expands the number of memory banks available, enhancing the interleaving architecture and allowing for easier multitasking.
Increase The Memory Latency Of The Dual-channel Ram As Compared To A Single One
The time it takes data transmission to begin after instruction is referred to as latency. We observed a 2.7 % gap in latencies in our memory latency test on MaxxMem, with the Dual Channel memory module only doing marginally higher than the Single Channel.
After Studying Specific Features, We Can Distinguish Which One Is Better For Our Motherboard Based On Functionality?
I believe that when comparing Single Channel and Dual Channel Memory, Dual Channel comes out on top. However, the benchmark and real-life outcomes vary significantly from the variations measured on paper. Theoretically, there should have been a 2x gap in average use, but in practice, the Dual Channel seems to have just a 16-17 % advantage at best.
Although achieving a 12-13 % gap is desirable, the hysteria around Dual Channel Memory is not worth it. In most instances, the average person will not be able to tell the difference. In the case of power users, even if Dual Channel comes out on top, they will not be giving up anything important.
Benefits Of Dual-channel Ram
In terms of total efficiency, dual-channel mode makes just a minor difference. Faster CPU operations, on the other hand, can be a huge deal because they prevent the CPU from processing so much data. It is because dual-channel mode allows the PC to navigate memory more quickly. Many PC enthusiasts compare a 4GB dual RAM (8GB total) system to a single 8GB system.
Since the sample size is so small, the results may be a fluke. The real difference is in data transmission speed, which is 15 percent faster color than single-channel mode. When it comes to games, you could get a couple of extra frames per second, which isn’t much. It would have a huge effect on results for other activities, such as editing.
Dual Channel Memory modules outperform Single Channel Memory modules, and the gap isn’t huge. It all boils down to the price point in the end. You may be able to get a Dual Channel pack for less money than a Single Memory package, or vice versa. Purchasing a Single Channel Memory would, however, leave the door open for potential Dual Channel use. The only thing you need to bear in mind is that your new memory should be comparable, if not identical, to the one you currently have for it to work properly.
Finally, the RAM size and clock speeds should be your primary concerns. These two considerations would make the greatest difference in real-world applications, regardless of whether they are used in Single Channel or Dual Channel. Our advice is to decide on the power and clock speed of your RAM first, and then keep an eye on the market for a great price on Single or Dual Channel RAM to complete your order.