RAM – A Comprehensive Guide

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RAM is a memory storage device used by computer to store data temporarily. In gaming, the RAM process is important because it speeds up your computer and helps with performance issues. This article will provide an overview of how RAM works in most computers as well as give you a list of recommended settings for different types of games.

RAM is a piece of hardware that is used to store data temporarily. In this article, we will go over the different types of RAM and their specifications. We will also discuss how much RAM you’ll need for your PC or laptop.

putting a man on the moon

Computers were electrical at the time, but they were massive, and all code had to be created and entered by hand into the computer.

They had RAM that was estimated in bytes, as well as RAM that was computed in gigabytes on some of the most advanced systems.

Compare that to the normal 16-32 Gigabytes of RAM found in many modern laptops and desktops. Once you realize that a gigabyte is 1024 gigabytes and a megabyte is 1024 kilobytes, the difference is conceptual. Calculate it, since I’m terrible at math.

Contents Table of Contents

Let us now discuss RAM memory.

What is RAM memory and why does it matter?

RAM stands for random access memory, sometimes known as “temporary memory,” and it is where your programs are kept. None of your applications, data, or games would operate without it.

Whether it’s a desktop computer (running Windows, MacOS, or Linux), a tablet or smartphone, or even special-purpose computing devices (such smart TVs and wearables), every computing device contains RAM. Almost all computers have a mechanism of storing information for long-term access, although the working activities are performed in RAM.

RAM Varieties

Today, two RAM Varieties exist: RAM that is static (SRAM) and  RAM that is constantly changing (DRAM)

RAM that is static (SRAM)

The term “static” refers to the memory’s ability to preserve its data as long as power is available. Due to the volatile nature of data, it is lost when the power goes off. SRAM chips have a 6-transistor matrix and no capacitors. SRAM do not need to be updated on a regular basis since transistors do not need electricity to avoid leakage.

SRAM needs more chips than DRAM for the same amount of storage capacity because to the greater space in the matrix, resulting in higher production costs. As a result, SRAM is employed as cache memory and has very rapid access. 

Static RAM’s Characteristics

• Long life expectancy

• There’s no need to rehydrate.

• Faster

• This RAM is used as a cache.

• Extra-large dimensions

• Expensive to purchase

• Extremely high power consumption

RAM that is constantly changing (DRAM)

DRAM, unlike SRAM, requires frequent refreshes to keep the data current. This is accomplished by connecting the memory to a refresh circuit, which rewrites the data hundreds of times per second. DRAM is the most used kind of system memory since it is inexpensive and compact. Memory cells, which are made up of one capacitor and one transistor, are used in all DRAMs.

Dynamic RAM Characteristics

• Data has a limited lifespan.

• It must be renewed on a regular basis.

• Slower than SRAM in comparison

• RAM (Random Access Memory)

• More compact in size

• It’s less costly

• Power usage is reduced.

RAM memory serves what purpose?

RAM memory serves a multitude of functions, as you would expect. However, the most crucial function of RAM is to preserve data, which you will undoubtedly use at some time.

However, RAM does not behave like regular memory; it only keeps the data that you are now utilizing on your computer. When you turn it off, the RAM turns off as well, deleting any temporary data. RAM is a kind of temporary storage that disappears when the computer is turned off. So, what is the purpose of RAM? It’s very quick, making it excellent for activities that the computer is now doing, such as running apps (such as the web browser in which you’re reading this article) and the data those applications operate on or with (such as this article).

It might be helpful to conceive about RAM in terms of a physical desktop. Your working area — where you scrawl something quickly — is at the top of the desk, where you want everything within arm’s reach and no time wasted looking for anything. This is RAM. If you want to save anything to work on later, you place it in a desk drawer — or save it to a hard drive, either locally or remotely.

Finally, RAM enables you to quickly and efficiently access numerous applications at the same time.

RAM is much quicker than a hard drive – anywhere from twenty to one hundred times faster, depending on the hardware type and job assigned to the computer.

RAM is utilized to process information quickly due to its speed. Computer operating systems transfer data from the hard drive into RAM to process it, such as sorting a spreadsheet or displaying it on screen, when you wish to complete a certain job. When it’s finished actively “doing anything,” the computer stores it to long-term storage (sometimes at your request).

How Much Memory Do You Require?

The quicker a computer operates, the more RAM it has. You may need to update the hardware on your device if it is outdated. RAM is used by every open program (including tabs in a web browser). You might run out, and when that occurs, the computer will have to shuffle stuff about on the hard drive, slowing it down. It all depends on the kind of job you perform, how many things you’re working on at the same time, and how impatient you are. We want our gadgets, like so many other aspects of computing, to answer promptly!


Because we are regular humans, we must begin with the worst. 2 GB of RAM is considered low, and it is most usually seen in the most affordable laptops and notebooks. It will enough for executing essential daily chores such as Microsoft Office applications or your favourite Web browser.

Because Windows 11 needs at least 4 GB of RAM, you won’t be able to install and operate it. But, if I’m being honest, 2 GB of RAM is inadequate by today’s standards.

Even even inferior cellphones have at least 4 to 8 GB of RAM memory, and they need it far less often than a PC or a laptop. For almost a decade, computers have not been manufactured with this little amount of RAM memory (at least not commercially), but instead contain at least 4 GB. Now, as you can see and understand, 4 GB of RAM is a very low threshold for any computer or smartphone nowadays.

This is due to the tremendously rapid advancement of technology, and even the most basic apps you can install on your smartphone need at least 4 GB of RAM to even start.


Although not a significant improvement over 2 GB of RAM, it can nevertheless handle certain more demanding activities.

Running many web browser tabs and apps other than Microsoft Office, for example. Students and typical computer users will benefit the most. If you’re on a tight budget, it’s something to think about. If you pick this quantity, you should choose an operating system that uses less RAM, since Windows will consume the majority of it. Since I previously said, by today’s standards, this is essentially a low point for any form of computer device, as anything below this would be unable to run even the most basic applications.

With 4 GB of RAM, you can only play games that were released before 2010. It is almost impossible to play any game without difficulty since that time and in the future. And if you’re a gamer like me, a game that lags is really annoying and takes away all of the enjoyment from playing it. So you see my point, stay away from it. Of course, this is only true if you are not a student or have a very limited budget.


8 GB of RAM, which is often found in entry-level notebooks and laptops, is sufficient for basic Windows gaming at low to medium settings, but it quickly runs out of steam. It will struggle to perform more demanding jobs like high-end gaming, 3D animation, and graphic applications.

8 GB of RAM is considered a lower to mid-range amount of memory by today’s standards, and it often comes with devices in that price range.

With 8 GB of RAM, you can run earlier versions of Adobe Photoshop and play games released between 2013 and 2016. And 2016. Without much difficulty. However, everything beyond that will be a horrible misery if you attempt it. So don’t. Don’t do it.


Okay, now we’re conversing! When it comes to RAM, the optimum ratio is 16 GB.

It’s ideal and will run most games without a hitch while being reasonably priced. It is significantly more costly than the other three varieties. However, the capabilities are well worth the additional cost. It is capable of executing the most demanding and visually intense applications, including 3D games, 3D modeling software, editing software, and other complicated programs.

Typically seen in gadgets that are “relative” in today’s tech sector, as well as devices in the “mid” price range. On extremely high settings, you may play practically every game published before 2020.

But after that, if you want to play any of the more demanding games, you’ll probably have to settle with medium settings. I realize it’s a drag, but that’s life.


For pros, this is the sweet spot. Gamers will notice a minor performance boost in the most demanding games on occasion. However, it’s most useful for people that use Photoshop, Illustrator, InDesign, Virtual Linux, or just want to have 50 Chrome tabs open. It should be self-explanatory, since I’m sure many of you are amazed that this exists at all today.

32 GB of RAM has been around for a while, but as you would expect, it was exclusively reserved for high-end devices and those with rich budgets.


Okay, now we’re entering a fantastical realm. For 99.9% of users, 64 GB of RAM (or more) is considered excessive.

However, there may be instances when having this much power is advantageous. Editing 4K film, working with 3D models, and operating virtual machines are just a few examples. Even I had no idea this existed until recently. Unless you work for NASA or anything similar, or if you have a lot of money, it’s not really essential.

But if you had enough money to buy 64 GB of RAM, it would be a pity if you didn’t wrap your PC with diamonds, right?

Finally, the quantity of RAM you will need is determined by the tasks you want to do. As previously stated, various tasks will need varying amounts of RAM. Also, various pockets!

Understanding DDR and RAM product names is essential.

DDR memory comes in five generations. The most modern and sophisticated is DDR5. DDR5 or DDR4 are required by most current PCs and the top motherboards since they are the most sophisticated. Older computers may only be able to handle DDR3 or even DDR2.

When it comes to RAM product names, the vendor name appears first, followed by the product’s branding. The RAM type is then followed by a four-digit number. The four-digit figure represents the number of mega transfers a RAM can do in a second. 

The greater the number, in general, the better. The Super Talent Project X DDR4-3000 16GB RAM, for example, can do 3000 mega transfers per second. Simply mentioned, DDR4 and DDR5 with the highest MT/s figures are the greatest alternatives for purchasing.

Memory speed in RAM

Memory Speed: The time it takes RAM to read or write data after receiving a request from the CPU. The quicker the RAM, the faster the processing speed will be.

You may boost the speed at which memory sends information to other components by using faster RAM. That is, your fast CPU now has a similarly rapid means of communicating with the other components, resulting in a far more efficient machine.

RAM speed is measured in Megahertz (MHz), which is millions of cycles per second, and may be compared to the clock speed of your CPU. Memory speeds for Dell PCs and laptops may vary from the normal 1333 MHz to rates of 2133 MHz.

The speed of RAM placed in your computer is limited by the speed of your CPU and the bus speed of your motherboard. RAM upgrades are restricted by the computer’s capabilities and the number of expansion slots available. Upgrading RAM often entails replacing current RAM modules with bigger modules, which are again restricted by the computer’s capabilities.

DDR transfer rates

Friendly moniker Name of business Maximum Transfer Rate /second data transfers (in millions)
DDR-200 PC-1600 1600 MB/s 200
DDR-266 PC-2100 2100 MB/s 266
DDR-300 PC-2400 2400 MB/s 300
DDR-333 PC-2700 2700 MB/s 333
DDR-400 PC-3200 3200 MB/s 400

DDR2 memory speeds

Friendly moniker Name of business Maximum Transfer Rate /second data transfers (in millions)
DDR2-400 PC2-3200 3200 MB/s 400
DDR2-533 PC2-4200 4266 MB/s 533
DDR2-667 PC2-5300 5333 MB/s 667
DDR2-800 PC2-6400 6400 MB/s 800
DDR2-1000 PC2-8000 8000 MB/s 1000

DDR3 transfer rates

Friendly moniker Name of business Maximum Transfer Rate /second data transfers (in millions)
DDR3-800 PC3-6400 6400 MB/s 800
DDR3-1066 PC3-8500 8533 MB/s 1066
DDR3-1333 PC3-10600 10667 MB/s 1333
DDR3-1600 PC3-12800 12800 MB/s 1600

DDR4 transfer rates

Friendly moniker Name of business Maximum Transfer Rate /second data transfers (in millions)
DDR4-2400 PC4-19200 19200 MB/s 2400
DDR4-2666 PC4-21300 21300 MB/s 2666
DDR4-2933 PC4-23400 23400 MB/s 2933
DDR4-3000 PC4-24000 24000 MB/s 3000
DDR4-3200 PC4-25600 25600 MB/s 3200
DDR4-3600 PC4-28800 28800 MB/s 3600
DDR4-4000 PC4-32000 32000 MB/s 4000
DDR4-4400 PC4-35200 35200 MB/s 4400


So, we have learned today what RAM is and why is it important to us!  We have also learned different speeds and RAM Varieties memory. This may seem complicated for someone that is just getting into the amazing world of technology but trust me it is not. Once you get in a little bit more, you will fully understand every single thing without difficulty.

The world of technology is huge and fantastic, and with the rate at which technology evolves every day, the potential it provides are limitless. Every day, technology provides possibilities to new employment and new things that make our life more exciting and simpler. This also provides me with an excellent chance to impart my expertise and teach you what I know.

Stay tuned; we’re just getting started.



FictionTalk has more.

RAM is a key component of any computer system. The “ram specs checker” is a tool that can be used to determine the amount of RAM in your computer and the specifications of your RAM.

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