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Ram ryzen 2700x

For years, PC enthusiasts have been obsessed with getting the fastest hardware components available for their new PC versions. However, when it comes to RAM, this may not be the best approach.

When you buy RAM, you will see a large number followed by MHz (megahertz). As you may already know, this represents the speed of the memory you are purchasing. But how does RAM speed affect your computer and the tasks you are trying to perform? Is

high-speed memory good for gaming? Generally speaking, is a higher RAM frequency (MHz) better? What's the best overall RAM speed?

These are questions that gamers and enthusiastic PC builders often ask themselves, and why we tried to explain the role of RAM speed and whether it is worth the extra money.

To make your life easier, we have compiled the basic information in this article and organized it in bullet format. These are the basic things to consider when buying new RAM, especially when you want to improve game performance: Random Access Memory (RAM)

is used as temporary ultra-fast data storage for the processor (CPU). When you start a program, the hard drive sends data related to that program to RAM, where the processor can access it faster than directly accessing the hard drive. Random access memory

is an integrated circuit chip composed of millions of transistors and capacitors. Each pair of transistors and capacitors form a unit, and these units are where data is stored.

These cells hold and release charge to write, rewrite, and erase data. This allows data to be periodically changed faster than traditional mechanical drives (HDD) that use actuator arms and plates. Even SSDs cannot compete with the speed provided by RAM. RAM

is also volatile, which means that any data remaining in its cell will be lost when it is powered off. This is why we will not write data permanently to the RAM module. The random access part of

random access memory stems from the fact that data can be written to any unit in any order and can be read from any unit, as long as the physical location of the unit containing the data is known.

So what does the RAM speed do? RAM speed is a tricky subject and it actually comes down to several different factors, not just clock speed in MHz. To really understand how fast our RAM is, we need to consider both CAS latency and clock speed. . The RAM

frequency runs outside of the clock cycle (people generally call it RAM speed, although it is only part of the speed equation). Each read and write is completed in one cycle. RAM is measured by the number of cycles that can be executed per second. For example, if the RAM is rated at 3200 MHz, it will run 3.2 billion cycles per second.

RAM can run more cycles per second, which means how much data can be stored and read, resulting in a smoother user experience. In general, there is a direct correlation between higher DDR (double data rate) RAM and the clock cycles that these modules contain. This can be easily seen by comparing DDR3, DDR4, and current DDR5 (due to release in 2021).

Column Access Strobe Delay (CAS) or CL is the delay time for RAM to receive a command and then can issue the command. The time number looks like this: 15171735. These numbers indicate how many clock cycles it takes for RAM to respond to commands. However, faster MHz RAM with slower CAS timing may be slower than lower MHz RAM with faster CAS timing.

This is where it can get a bit confusing, but let's try to simplify the data even more.

Finding the actual speed of your RAM comes down to several factors and has been incorporated into a handy little formula. But before we show you the formula, let us understand the different factors to consider when determining RAM speed.

The first factor is the speed of the RAM clock; let's take 3200Mhz as an example.

The next factor has to do with how much RAM you have. For example, DDR (Double Data Rate) transfers data on both sides of the clock cycle. In other words, it transmits data twice in one cycle.

The last is RAM CL Timing, which is the first of the four numbers that make up RAM. We will use (14151539) in this example.

These are these factors, so let's put them into an equation to calculate the exact speed of RAM.

You can use this formula to accurately calculate the speed of any RAM kit-a great little tool that can be placed in your locker.

By default, the maximum inventory clock speed of DDR4 RAM is 2400 MHz. When you see that RAM is faster than this, it means that the manufacturer has overclocked the module to that speed.

To access the higher clock speed of RAM, you must first find and enable the XMP/DOCP configuration file for RAM. The

XMP or extreme memory profile is a separate module that must be enabled in the motherboard BIOS to increase RAM to its advertised speed. If you do not select RAM XMP / DOCP in the BIOS, your RAM will run at a slower speed of 2400MHz.

It is always a good idea to ensure that all hardware is also compatible with each other.

For most of us, the answer is no. Or, there are some key points that you need to consider heavily relying on CPU in your build. We found that more stringent timing RAM kits can improve FPS for some games, although this improvement is not as good as

In other words, you can expect RAM running at this speed to significantly increase your overall budget cost, especially if you plan to purchase a time-critical kit. Does

RAM speed matter? Well, we will explore this theory in more detail later and turn it into an internal benchmark.

If you are not sure whether to choose 8GB faster RAM or 16GB, you should always choose 16GB, especially if you are a price-conscious gamer. Of course, if you can afford it, buying a faster kit larger than 16GB will have obvious benefits, but RAM speed is only really relevant at the high end. In this case, a small performance increase is important.

The fact is that for most of our players, we hardly notice the difference; In the long run, 16GB of RAM will bring you a better gaming experience.

The short answer is yes, but only sometimes. The RAM

itself is compatible with other RAMs of different times and speeds. That said, the greater the difference between the two speeds, the more stress your motherboard will undergo when you try to run them at the same time.

For example, two RAM modules with the same speed (assuming 2400 MHz) and slightly different CAS times may not be a problem. Your motherboard will choose the slower one and run them at these speeds. The longer the

speed and time, the more difficult it is for the motherboard to run them at the same time. In addition, it may need to manually control the speed and time in the form of overclocking or downclocking modules to ensure stability.

In other words, you might do this, but it will definitely be more troublesome than its value. The speed of RAM

does not exist in isolation; you should also consider bandwidth and capacity when making a purchase decision. Due to many factors, RAM bandwidth (and overall efficiency) can be a somewhat tricky subject, and a dedicated article is worth writing about; we may do so in the near future. As a concept,

is relatively simple: bandwidth affects the amount of data that can pass through at any given time. Of course, memory is space.

Some people like to interpret RAM as a highway. Bandwidth is like the number of lanes on a highway; more lanes means more cars can pass. Speed limit represents literal speed, and memory is like a large parking lot, all cars go in and out, except for this scene, cars go in and out to help you play video games.

Simply put, if you don't have enough parking spaces, if the speed limit is too low, or if there are not enough lanes on the road, then everything will be stuck. If you follow my fascinating civil engineering analogy, understand that this does not. This is good news for your system performance.

Many people know that the new batch of AMD processors tend to perform better with higher speed RAM. With this in mind, we think we should mention how fast RAM can improve the performance of the new processor series, which have become a huge blow to gamers and productivity users.

Let us start with your APU range. The APU

or Accelerated Processing Unit is AMD's answer to processors with powerful integrated graphics. AMD and Intel have been designing some kind of APU for many years so that customers can get a piece of the pie for a very low price. But how does the APU take advantage of faster RAM?

First, let's understand how an APU works. Unlike PCs equipped with discrete GPUs, APUs integrate the graphics processor into the CPU. One of the benefits of

having a discrete GPU is that it has its own ultra-fast onboard VRAM, which can be used when processing graphics. On the other hand, the APU must use your computer's system RAM-RAM is already used for other processes.

So what do we mean? Well, faster RAM, etc., is extremely beneficial to your APU system-faster RAM, just like you find on the GPU.

With the AMD CPU lineup, the story has not really changed.

Since the release of Ryzen, AMD has been taking advantage of its impressive multi-threading features.

Multithreading means that the CPU can double its cores by using virtual cores. If your CPU has 6 cores, it will have 12 threads, and so on. That being said, every thread will try to access your RAM, which means that faster RAM will be more suitable for multi-threaded CPUs than Intel CPUs that do not have this feature.

We are currently compiling some benchmark results from AMD and AMD. The impact of Intel and faster RAM on them in the real world. Stay tuned to see these results ASAP.

Well, we've found out what RAM speeds are, how they work, and even how they affect your system. But how does RAM speed affect the game? Is it worth buying slightly higher rated RAM to try and get a higher FPS count? Whether the speed of the RAM

matters is a question the WePC team has been asked all along (I've also asked myself countless times). For this reason, we decided to conduct an independent investigation.

This is the system I will be using for testing:

With this setup I will run six separate tests with eight different speed / time combinations:

Testing a series of RAM capacity, time and speed will help us Provide more information on high build final and budgetary

Because he's also my favorite esports champion.

We chose CS because we know this is a CPU intensive game and we think we will see FPS differences at different speeds and times. However, you will soon see from the results that there is almost no difference across the range of tests we run.

Stay tuned for more tests on this particular game

The next game we run is Far Cry 5. We are much happier with the results of this test, because we really saw the difference.

We decided to test the super settings a second time to see if the difference is greater than our initial game settings.

Like "Far Cry 5", we decided to test the super settings of "The Witcher 3" for the second time. We used the same two RAM settings as in Far Cry, and as expected, the results were as expected.

We finally ran 3DMark Time Spy to see if the different settings made any difference here.

So, let's move on to the big question about RAM speed: how fast should I get it?

Well, I think it depends on a lot of different factors. When it comes to gaming, the most important component that affects the frame rate is the graphics card. Ultimately this will determine if you will get more than 140 FPS

in an AAA game. It will also determine the resolution and settings you can press. That said, as you can see from the data above, getting the right RAM kit can go a long way.

Before we talk about the differences, let's quickly review where RAM seems to have no effect on performance. Under different speeds or RAM times, the 3DMark Time Spy test appears to show little to no impact. Also, CS: GO is not affected by different settings.

However, what you will see where RAM speed is good for you are the new games of the last few years. All the other games we tested showed a total improvement in performance. Interestingly, when it hits 3800MHz, we see a performance degradation. We will discuss this in more detail soon, but the bottom line is: a more compact time is better than a faster speed.

It is also worth mentioning that better speed and time settings will make multitasking scenes more accessible; think streaming and rendering.

Check out our buying guide for the best DDR3 and DDR4 RAM.

So we understand how RAM works and what its speed tells us, and we even checked some benchmarks to understand exactly how it affects your system in terms of graphics tasks and processor tasks.

I currently use 16GB of 3600MHz memory on my personal gaming computer, and it has never missed a beat. Whether I am playing one of the latest AAA games or doing some very intensive video editing, 16GB is enough for my system to run at its best level.

Let us know what RAM speed you are currently running and if this article is helpful to you. Even better, head to our community center, where you can start a thread and discuss all the contents of RAM.

What is considered a good RAM speed depends on the nature of your build and the functions you want your computer to achieve. If you have built high-spec systems with high-end CPUs, GPUs, and displays, you need to pair them with high-performance RAM to ensure that you achieve the full potential of your build.

For high-performance dual-channel configuration, we recommend two DDR4 devices with a minimum combined capacity of 32GB, and each with a main frequency of 3000MHz. If you want, you can buy better RAM, but this is what you really need. It requires epic games and smooth streaming and content creation.

If you are running hardware that does not require reshipment of houses and sale of cars to pay for it, then you do not need such impressive RAM. For modern mid-range games, you can choose one 8GB DDR4 device or two 4GB DDR4 devices with a speed between 2400-2666Mhz. The speed of RAM

has an impact on the number of frames per second, especially at 1080p, but it is not as important as you might think. RAM capacity is generally considered more important. The higher the

resolution, the less important the RAM is because the workload is shifted to the internal memory of the graphics card. RAM still supports a smooth gaming experience, but it is basically exempt from responsibility.

Take the Metro Exodus as an example. Using a DDR4 2400 stick, the 4K average frame rate under Ultra settings is 28 fps, and the minimum is 18 fps. In the same scene, with only the 3600MHz joystick, the average is still 28fps, but the low point rises by 1 frame at 19fps. Not very important, is it? Now let's talk about the same game, the same joystick, but playing at 1080p on low settings. The average frame rate of a 2400MHz stick is 182 fps, with a minimum of 104, while the average frame rate of a 3600MHz stick is 207 fps with a minimum of 120. This is well over 20 fps and is a high average for faster cards.

Now, if you want to match the frame rate to a particularly powerful display with a high refresh rate, ultra-fast RAM can really help.

Yes, you can definitely mix RAM speeds in a two channel setup. Heck, you can mix it up with RAM capacity, or even include different brands. In other words, there are a few things to consider before trying to add some variety to these expansion slots. When the sticks match, the RAM

is at its best and doesn't read something like a food or cosmetic company printing a copy on their product.

Therefore, if you have a 4GB 2400MHz stick and an 8GB 3200MHz stick, the performance will be equivalent to two 4GB 2400MHz sticks.

Generally speaking, yes, the higher the MHz of your Ram, the better the performance of your computer, but only if it works well with your other hardware. Everything is a matter of balance. It doesn't make much sense to connect the entry-level version with 32GB, 4000 MHz DDR4 RAM, and low-spec motherboards will be limited by a certain speed and RAM capacity anyway. On the other hand, choosing the best RAM that the system can support will make the machine run faster. The

overclocked RAM is not bad at all. In fact, if your RAM is dangerously calibrated, most motherboards will not pass POST, making it one of the most secure hardware. You can then adjust the settings until your system passes the self-test. Overclocking RAM

can improve memory speed and overall responsive performance, but as with any overclocking, a high-quality cooling solution and adequate power supply are essential.

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