Laptop

Best 16GB or 32GB DDR4 RAM for Gaming

Have you made up your mind to switch out the DDR4 RAM sticks in your computer? It’s possible that you shopped at Amazon or conducted some research on Google. Only now are new technical phrases being coined, and you have no idea how to navigate your way through all of the frequencies, tensions, and latency times. This comparison was developed with the intention of assisting you in making the most appropriate decision. We hope this information is useful to you when you choose your DDR4 RAM.

Comparison table of the best DDR4 RAMs

DDR 4 RAM Models ABILITY FREQUENCY CAS LATENCY
G Skill Trident Z Neo F4-3600C14D-16GTZNB 16GB / 2x8GB 3600MHz CL 14
G Skill Trident Z F4-3600C16D-16GTZNC 16GB / 2x8GB 3600MHz CL 16
Crucial Ballistix DDR4 3200 16GB / 2x8GB 3200MHz CL 16
Corsair Vengeance LPX 16GB 16GB / 2x8GB 3200MHz CL 16
G SKILL F4-3200C16D-32GVK 32GB / 2x16GB 3200MHz CL 16
Corsair Vengeance LPX 32GB 32GB / 2x16GB 3200MHz CL 16
Corsair Vengeance RGB Pro 32GB / 2x16GB 3200MHz CL 16
Crucial Ballistix BL2K8G32C16U4BL RGB 16GB / 2x8GB 3200MHz CL 16
G Skill Trident Z RGB F4-4400C18D-16GTZR 16GB / 2x8GB 4400MHz CL 18
Patriot Memory Viper Steel DDR4 4400 MHz 16GB 16GB / 2x8GB 4400MHz CL 19

Review: Comparison of the Best DDR4 RAMs

We have taken great effort in selecting the RAM sticks that we feel are the best. You may find them in the following section now. You will always discover your account, regardless of the setup you are now using or the performance you are aiming for.

1. G Skill Trident Z Neo F4-3600C14D-16GTZNB: the alliance between performance and style

G Skill Trident Z Neo F4-3600C14D-16GTZNB

G Skill Trident Z Neo F4-3600C14D-16GTZNB

G.Skill has already established itself as a key quality reference in the realm of RAM, therefore the company has absolutely nothing more to demonstrate than what it already knows. As a matter of fact, it demonstrates this to us once again with its Trident Z Neo series.

First of all, you should be aware that this DDR4 RAM has been specifically tailored to work with AMD Ryzen CPUs. If you already have one, it could be a useful addition. In addition to that, we make use of two RAM modules, each of which is 8 gigabytes in size and provides us with exceptional speed. A CAS delay of just 14 is related with a frequency of 3600 Mhz, which will be discussed further in this article.

In addition, we are unable to maintain a neutral expression in the presence of the RGB design of the bars, which entirely captures one’s attention. Despite the good quality of the RAM, we are only able to express our disappointment in its price, which we believe is little excessive.

Pros

  • Very low latency for very good performance
  • Good frequency
  • Attractive RGB design
  • Optimized for AMD Ryzen

Cons

  • Price a bit too high

2. G Skill Trident Z F4-3600C16D-16GTZNC: balance and quality

G Skill Trident Z F4-3600C16D-16GTZNC

G Skill Trident Z F4-3600C16D-16GTZNC

Through its illustrious Trident Z series, G.Skill provides us, once again, with a product of very high quality.

The purpose of these RAM modules, which total 16 GB when combined, is to provide a level of performance that is both satisfactory and satisfactory. We are able to deduce this from the fact that its frequency is 3600 Mhz and that its CAS delay is 16. This combination of DDR4 RAM is the most cost-effective and best-performing option available in terms of quality.

In addition to this, the manufacturer guarantees the product’s excellent dependability and provides an excellent RGB design. However, it is necessary to point out that the price is a little bit too expensive in comparison to the other options available.

Pros

  • Good frequency / latency ratio
  • Very good RGB design

Cons

  • A little too expensive

3. Crucial Ballistix DDR4 3200: The Perfect Balance of Performance and Price

Crucial Ballistix DDR4 3200

Crucial Ballistix DDR4 3200

These 16 GB of RAM from Crucial, which are part of their Ballistix series, come with a price-to-performance ratio that cannot be topped and comes highly recommended by our team.

For gaming, as well as for the vast majority of other jobs, having 16 GB of RAM is more than enough. Everything is linked with a fantastic ratio consisting of a frequency of 3200 MHz, which results in a CAS latency of 16. This is the ideal ratio to let you to enjoy your games while keeping an eye on the price.

Because to the presence of the XMP 2.0 protocol, it is now feasible to make the most of the RAM without having to rely too much on its overclocking capabilities. Only a little black point, for no apparent reason, the white hue, and it is a bit more costly than black.

Pros

  • Top value for money
  • Perfect companion for gaming

Cons

  • RAS

4. Corsair Vengeance LPX 16GB: excellent value for money

Corsair Vengeance LPX 16GB

Corsair Vengeance LPX 16GB

This DDR4 RAM memory kit consists of two bars, each holding 8 gigabytes of storage space. It has the benefit of having previous testing performed on motherboards from the Intel X99 series. These are compatible with the whole RAM kit.

These bars support the XMP 2.0 protocol, which makes automated overclocking possible. They were designed with high-performance enthusiasts in mind. In other words, as a result of this, it is feasible to execute the module at an increased pace so that it can achieve its maximum level of performance.

However, it is possible that you will not require it because an increasing number of motherboards, such as those that use the X570 format for AMD, have native support for a frequency of 3200 MHz, which is paired with a CAS latency of 16 in this example.

Cons

  • Automatic overclock possible
  • Compatibility with any Intel X99 card

Pros

  • We pay for the fact that this kit is managed by XMP 2.0, if your motherboard is not compatible, this set is not the best value for money

5. G SKILL F4-3200C16D-32GVK: high power very accessible

G SKILL F4-3200C16D-32GVK

G SKILL F4-3200C16D-32GVK

G.Skill wants to show us that this notion that the more RAM capacity that is supplied, the higher the price, is not always true.

In the event that 16 GB is insufficient or more than what you want for your projects, having 32 GB provides you all you require to fulfil almost any requirement. Its frequency of 3200 MHz, as well as its CAS of 16, both give sufficient room for improvement, allowing it to achieve extremely excellent performance levels. Simply said, we are disappointed that the bars do not have a low profile.

Pros

  • 32 GB at a very affordable price
  • Solid performance

Cons

  • No low profile

6. Corsair Vengeance LPX 32GB: The sober and powerful DDR4 RAM

Corsair Vengeance LPX 32GB

Corsair Vengeance LPX 32GB

This 16GB RAM module has it all: it’s compatible with XMP 2.0, it has a heat sink made of aluminium that comes in a variety of colours, and it’s equipped with an aluminium heat sink.

The component box has been cleverly engineered to occupy the very minimum amount of space feasible while yet maintaining the flexibility to be fitted in any particular physical arrangement.

You will not only be able to utilise software like Premiere Pro and After Effect that requires a lot of visual resources (like 32 GB of RAM), but you will also be able to play the newest video games if your graphics card also follows the same path.

Given that the Corsair brand is well known for producing high-quality goods that are highly regarded in the industry, we have no choice but to endorse this particular model.

Pros

  • Power and reliability at the rendezvous
  • You can choose the color of the bars
  • XMP compatible for automatic overclock management

Cons

  • None

7. Corsair Vengeance RGB Pro: The all-color 32GB RAM kit

Corsair Vengeance RGB Pro

Corsair Vengeance RGB Pro

Let’s begin with the most important part, which is the rationale of purchasing this RAM kit. There is no use in focusing on this model if you do not already own a PC tower that is transparent. If, on the other hand, this describes your situation, then this component may make your peers green with envy while providing you with devoted service.

These bars have a unique characteristic in that they offer dynamic RGB LED illumination. They are mounted in 2 x 16GB. They are designed to give the inside of your computer tower a lively splash of colour (as the colours change), and they do this in a number of different ways.

Regarding this LED illumination, the bundled software, Corsair iCUE, allows for its customization, making it possible for it to be linked with other components (such as a backlit keyboard in several colours for example).

We are now situated on a module that is both aesthetically pleasing and functionally sound. After installing this kit, the 32 GB of RAM are experienced, and the machine reclaims its youthful vitality.

Pros

  • Design with changing LED colors
  • The compatibilities of the iCUE software with other brands (Gigabyte RGB Fusion, MSI Mystic Light)
  • The power and quality of the bars

Cons

  • Useless for a tower with non-transparent materials

8. Crucial Ballistix BL2K8G32C16U4BL RGB: RGB Style

Crucial Ballistix BL2K8G32C16U4BL RGB

Crucial Ballistix BL2K8G32C16U4BL RGB

The aesthetic value of a gamer arrangement, particularly one that makes use of RGB lighting, cannot be overstated. Therefore, it should come as no surprise that the Crucial brand aspires to provide this look with its 8 GB x 2 bars.

The RGB LEDs that are present may be controlled using the bulk of the software that is available from the various manufacturers. Some examples of this software are Asus Aura, MSI Mystic Light, and Gigabyte AORUS Graphics Engine.

In most cases, the RAM modules come with a frequency of 3200 MHz, a latency of 16, and an XMP 2.0 protocol. This is done so that the RAM may be used to its full potential.

Pros

  • Good value for money
    RGB configurable with the majority of manufacturer software

Cons

  • Possibility of having a little better for a little less on the same brand by removing the RGB

9. G Skill Trident Z RGB F4-4400C18D-16GTZR: power at all costs

G Skill Trident Z RGB F4-4400C18D-16GTZR

G Skill Trident Z RGB F4-4400C18D-16GTZR

If you are prepared to pay a fair amount for RAM, we suggest that you get this small jewel made by G.Skill.

This double bar, which has a total capacity of 16 GB, is capable of reaching up to 4400 MHz, which is an excessive frequency, and it does all of this for a CAS latency of 18.

However, above both that and the aesthetic appeal of these RGB strips, it is essential to point out that we need to pay careful attention to the frequency’s compatibility with the motherboard, and that we need to remind ourselves that the cost is primarily justified by the enhancement of the system’s overall performance.

Pros

  • Very nice design
  • Very good performance

Cons

  • A little expensive compared to the performance gain

10. Patriot Memory Viper Steel DDR4 4400 MHz 16GB: affordable high frequency

Patriot Memory Viper Steel DDR4 4400 MHz 16GB

Patriot Memory Viper Steel DDR4 4400 MHz 16GB

The Patriot Memory brand is not one that is seen very often in the industry nowadays. However, it has been operating for decades, and it is eager to demonstrate its knowledge via reasonably priced items such as the one being discussed here.

The incredible frequency of this product from the Viper Steel series, which reaches 4400 Mhz, is one of the range’s many selling points. There is no question that the rate is quite appealing when weighed against the cost of the service. The high frequency will inexorably and predictably have an effect on the CAS delay, which will be shown as 19. However, the proportion of delay to frequency continues to be rather satisfactory.

On the other hand, if you want to utilise this DDR4 RAM to its full capacity, you will need some understanding on how to overclock it and how to manage the settings in the BIOS.

Pros

  • Excellent frequency
  • Very good value for money

Cons

  • A bit of overclocking knowledge necessary to exploit it well

How to choose DDR4 RAM and buy it

It is possible that it would be beneficial to let your personal computer to grow over time, especially since that the cost of computer components is getting more and more reasonable. In order to do this, the first step that is often taken is to increase the amount of RAM, which is another name for RAM.

On the other hand, there are a variety of technical characteristics that set these components apart from one another. To assist you in gaining a better understanding of the situation, we will explain the jargon used in the industry. This is our specific purchasing guide for DDR4 RAM, which can be found here.

What factors should be considered before selecting RAM?

It is undeniable that the decision should not be made flippantly, despite the fact that aesthetically, all of the bars may be mistaken with one another. There are a variety of characteristics that need to be taken into consideration; otherwise, the results of upgrading the RAM could not be what was anticipated.

RAM capacity

The first thing you need to ask yourself is, “What are your typical uses for the computer?” That is to say, based on the applications or games that you use, you will be required to choose a RAM that is either more or less vital. A DDR4 RAM with a capacity ranging from 8GB to 16GB is going to be an excellent choice for gaming or the usage of “small applications” in general. It is possible to have a capacity that varies from 4GB to 8GB, 16GB, 32GB, and even 64GB depending on the model you choose.

The frequency of your bar

This is perhaps the most significant factor to consider when selecting your RAM. The performance of the RAM is heavily influenced by the frequency of the RAM, and you need to take extra precautions to ensure that it is compatible with your motherboard.

There are a number of standards, with the following being some of the more often used ones:

  • 2133MHz
  • 2666MHz
  • 3000MHz
  • 3200MHz
  • 3600MHz
  • 3800MHz
  • 4000MHz
  • 4800MHz

In addition, it is essential to differentiate between the highest RAM frequency that can be natively supported by the motherboard and the maximum frequency that can be achieved by overclocking it. The latter figure is the one that is most often offered by manufacturers.

Latency times

It is frequently abbreviated as “CL,” and its full name is “Cas Latency.” This value shows the number of clock cycles that pass between the receipt of a command and the routing of data. To put it more simply, it is one of the most significant features of your RAM, and its performance is determined by how it relates to the frequency of the RAM. The latency time should be as minimal as possible for the best RAM. On DDR4, the value is often between between 12 and 19.

Module voltage

For DDR4 RAM, the voltage varies between 1.2V and 1.35V. The semiconductor maker Intel suggests that a switch to 1.2V strips is desirable and required in the ideal scenario.

What’s the difference between DDR3 and DDR4?

DDR4, which is an enhanced version of DDR3, provides a significant improvement in performance over its predecessor. The primary distinction lies in the RAM’s operating frequencies; whereas DDR3 begins at a frequency of 800 MHz, is sold at an average of 1600 on the market, and can go up to 2133, DDR4 begins precisely at 2133 MHz, and it can go up to 4800 or more. On the market, DDR3 is placed at an average of 1600, and it can go all the way up to 2133. The amount of memory that can be stored on a DDR3 RAM module ranges from 1GB all the way up to 16GB, but the amount of memory that can be stored on a DDR4 RAM module begins at 2GB and does not truly have a maximum limit. In conclusion, the compatibility between the two versions will not be the same since it will rely on the CPUs and motherboards used.

What’s the difference between DDR3 and DDR4?

It was just mentioned to you that you should not install any RAM sticks on any motherboard or CPU, so simply follow that advice. It should come as no surprise that there are simply too many different existing sockets (connectors on the motherboard for the CPU) and chipsets (the format of the integrated circuit on the motherboard) for one to list all of the possible compatibilities. Finding out which ones have been the most popular over the course of the last decade is the simplest method to do it. In contrast to Intel’s LGA 1151 and 2011-3 sockets, which are compatible with DDR4 memory, the LGA 1150 and 1155 sockets only support DDR3 memory. On the AMD side, the AM3+ is designed to work with DDR3, while the AM4 is designed to work with DDR4 memory modules. Chipsets are primarily responsible for determining the frequencies that may be used, and these frequencies nearly always vary depending on the model.

RAM Model RAM Intel Sockets RAM AMD Sockets
DDR3 LGA 1150, 1155 AM3+
DDR4 LGA 1151, 2011-3 AM4

What is SODIMM RAM?

There are two distinct kinds of random access memory (RAM) modules: DIMM, which is designed to be used in desktop computers, and SODIMM, which is designed to be used in laptops. It is very clear that one machine is not suitable for use with the other, not only because of the manner in which the bars are manufactured, but also because of their separate sizes, which must inevitably be different in order to accommodate the format of the device. destined. The criteria for picking SODIMMs are the identical as those for selecting DIMMs, with the exception of this distinction.

How much RAM to choose?

The more random access memory (RAM) your computer has, the more “powerful” it will be and the more tasks it will be able to do that are demanding on its hardware. In general, somewhere between 6 and 8 gigabytes of RAM is enough for “typical” operation. On the other hand, when it comes to the usage of professional applications (such as computer programming, graphics, etc.), we are willing to spend up to 16GB and even beyond that for video storage (we are thinking of Adobe After Effect).

Nevertheless, you should be sure to confirm that your operating system is compatible with this increase in RAM by verifying both the version of your operating system (Windows 7, Windows 10, or Windows 11) and the architecture of your system (32 bits or 64 bits). Also make sure you verify the maximum amount of RAM that your motherboard will support.

Mounting the RAM: pay attention to the channels

When it comes to installing RAM modules, electrotechnical considerations dictate that the vast majority of the time, installation in pairs is given precedence.

In actual use, the computer provides at least two slots for the bars, and some versions provide as many as three or even four. The random access memory (RAM) will always be installed in pairs.

If I want to install 8 gigabytes of RAM in my computer, which only has two slots, I will need to purchase two bars, each of which will hold 4 gigabytes.

In a similar vein, mounting strips that are identical to one another is strongly encouraged (same brand and same model).

How to change the RAM of a computer?

The amount of time necessary to replace RAM modules might vary widely depending on the accessibility of the area in which the modules are housed. It may be advantageous in some circumstances to have a trained expert carry out the modification in question.

Once the cover has been removed and you are in front of the bars, the next step is to carefully remove them by spreading the “clamps” that are keeping them clipped together. This may be done in a more broad sense. Following that, in order to mount the new RAM, we will do the modification in the other manner.

Conclusion

When you upgrade a computer’s random access memory (RAM), you immediately give it a superpower: greater computational power!

In 95% of instances, the adjustment may be accomplished in one’s residence without the assistance of a trained specialist. Because there is no expense associated with human labour, carrying out the process is absolutely worthwhile.

Even though it could seem like you have a lot of options when it comes to RAM modules at first, we are certain that with the help of our comparison and our purchasing guide, you will be able to find your bearings and make an informed decision.

FAQ DDR4 RAM

How to choose your RAM according to frequency and latency?
The practise of focusing only on RAM frequencies, despite the fact that CAS delay is also a significant factor, is a typical error that need to be avoided. The ratio that is produced between the two factors is the primary determinant of how well the bar will perform. The frequency has to be as high as it can go, and the CAS latency needs to be as low as it can be. However, as was said just a moment ago, the ratio must be as good as it can possibly be. This is due to the fact that, for instance, a RAM module with a frequency of 2800 MHz and a CAS latency of 14, would have more or less the same performance as one with 3600 MHz, which has a latency of 18. There are charts that compare this, but if you want to do it yourself, for a basic calculation, all you need to do is take the frequency, then divide it by the latency, and the higher the final result is, the better. There are charts that compare this.

According to the recommendation of the chef, the RAM with a speed of 3600 MHz and a CAS latency of 16 offers the most value for the money.

How to check the compatibility of a RAM stick?
At the level of the motherboard, where it is very important to seek for compatibility, the search is especially vital. On more recent ones, the reference can be found very easily on the internet, and you can use it to determine what types it supports, the maximum capacity that is available, as well as the frequencies. You can determine whether the frequencies are those that are supported natively, or how much more they can be overclocked. Do not worry if your motherboard is quite old or if you cannot locate the reference; there is software designed for this kind of scenario, such as the Crucial System Scanner, which, as its name suggests, scans your machine to determine which would be the best compatible upgrade. If your motherboard is quite old or if you cannot locate the reference, there is software designed for this type of scenario.

What is XMP?
The XMP protocol streamlines the overclocking process for RAM sticks. As was briefly covered above, the native frequency that the motherboard can handle is limited, and in many cases, the highest frequency that the motherboard is capable of can only be achieved by overclocking. XMP was once exclusive to Intel CPUs; however, AMD now offers the AMP instruction set, which is functionally comparable. As long as the RAM bars, the motherboard, and the processor are all compatible with this technology, this option that can be activated in the BIOS (or UEFI) makes it possible to take advantage of the maximum power of the RAM from the installation, without touching too much on everything surrounding overclocking. This makes it possible to take advantage of the maximum power of the RAM from the installation.

 

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