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Choosing the right CPU (central processing unit) is one of the most important decisions when building a PC. The processor you choose will ultimately determine which motherboard your build can be equipped with, which in turn will affect the compatibility of other components.

So AMD or Intel, which one should I choose? Well, it mainly depends on your requirements, but using AMD’s recent Zen 2 processor, AMD and Intel's decision has become more difficult.

In this article, we will discuss some of the main differences between the two CPU brands and their impact in an easy to understand way.

tips Mortal Kombat music, battle!

First, let's take a look at how we will compare these two brands.

More: Best CPU for Gaming

Since this article helps introduce some basic knowledge about CPUs, let us briefly introduce you to some of the terms you will see.

cores and threads are part of the processor. Cores handle multiple tasks, so the more cores you have, the more tasks your computer can handle at the same time. In the most basic case, threads can also help process more information. Generally speaking, a CPU can only run on one thread per core (the hyperthreaded CPU can run on a maximum of two threads per core). The

clock speed (in GHz) is the number of cycles the processor runs. Therefore, the higher the number, the faster the job can be completed. A higher clock speed means that it can better handle a specific task. The

XFR (extended frequency range) speed and the TB (turbo boost) speed refer to the highest speeds that AMD and Intel processors can run at, respectively.

For those who struggle to understand this concept, let's try an analogy. If the CPU in this example is a factory, then having more cores and threads is like having additional factory workers. This means that more gigahertz (GHz) is like having a faster workforce.

It is worth noting that all the CPUs we discuss below have different levels of speed, cores, and threads, which means that they all have specific advantages and disadvantages.

This is a measure of the amount of heat the component is expected to dissipate. Although measured in watts, it does not measure how much energy it consumes. Instead, it is used to let you know how much cooling is provided for your computer.

This is probably the simplest aspect of the processor. The socket here works like any other socket because it refers to what it can load. The CPU can only be installed on a motherboard that supports its socket type.

If you are in the market for a new CPU, you will be happy to know that there are currently only two major players to choose from: Intel and AMD. Fortunately, these two CPU giants are at war, making processors more powerful and affordable than ever.

As far as I can remember, it was one-way traffic, thanks to Intel's excellent performance for consumers year after year. However, AMD has decided that it is enough.

Since AMD launched the first-generation Ryzen product line, we have seen that the gap between Intel and AMD has been greatly reduced. In 2019, AMD released the third-generation Ryzen CPU, which provided incredible performance at the classic AMD low price.

This is an exciting time for consumers, because this may be the first time we have seen AMD ahead of Intel in the battle for CPU dominance. Now, we await Intel's response.

As we all know, Intel has always been the dominant force in total revenue and stock sales. I mean, until recent history, nobody cared about AMD processors, because Intel's market was very strong in terms of performance and price.

However, since Ryzen's new third-gen CPUs are on the shelves, this trend may finally start to benefit AMD. Let's take a look at some numbers and see what the trend is for each company.

These figures are based on the last ten years and do not include Q3 2019, which is the time when Ryzen's 3rd Gen CPU comes online.

AMD’s quarterly revenue shows that the road is difficult, and it dropped significantly in 2016. However, starting from the third quarter of 2017, we have seen a clear upward trend, leading to an increase in quarterly revenue. From AMD in the second quarter of 2018. This is good news for the red team.

We saw a small drop in early 2019, but I can only imagine that this is due to people waiting for new CPUs.

How is the Intel fairing during this time? let's see.

Intel’s sales were clearly unaffected during this period, and, if any, they also grew at a similar rate. While AMD set a new quarterly record, Intel’s revenue data also showed the same growth, setting the highest quarterly revenue in the past decade in the third quarter of 2018. This may be due to the impressive 9th generation CPU, which was very popular at the time.

A very obvious statistical data, I believe you have mastered it, that is the difference between the two companies. Currently, all the noise comes from AMD. However, Intel's quarterly revenue continues to maintain more than ten times. This is a big difference, and it is also a lot that AMD needs to make up for.

So what can we get from it? Well, we can say with certainty that, excluding the third quarter data, Intel still killed AMD in terms of revenue.

Having said that, perhaps a closer look at the year-on-year quarterly growth will reveal more interesting statistics.

Intel's year-on-year growth caused them to start growing consecutively in 2019. Additionally, since 2012, Intel has recorded

2019 and beyond.

Although there was a slight decline in early 2019, I can only see a one-way trend in Q3 2019, and it has already increased. Especially with the release of Ryzen 3rd Gen.

, for example, a German retailer showed data that AMD now has an 81% market share than its deadly rival.

The following data was compiled by Reddit user Ingebor.

If Intel wants to turn things around, it must do something very intense. However, it is difficult to see what the blue team's next step is.

We see AMD and Intel processors used in desktops, laptops, tablets, and servers. Now, although Intel has been the market leader in the CPU field for a long time, AMD's strength has not stopped growing, especially after the latest version of the CPU architecture.

From 2014 to 2018, Intel's revenue increased from 55.9 billion U.S. dollars to 70.8 billion U.S. dollars, and AMD increased from 5.5 billion U.S. dollars to 6.5 billion U.S. dollars. Despite Intel's dominance, the average revenue growth rates of the two companies are very similar, at 6.2% (Intel) and 6.4% (AMD), respectively.

So where does the income come from?

From this Trefis data, it can be seen that the main sources of revenue for these two manufacturers come from China, while the United States accounts for only half of Intel and AMD products.

AMD has always been associated with affordable processors, but this is because their products are entry-level. But now, with the release of Ryzen, we see that AMD may reach its climax and the balance of power begins to shift.

With the release of AMD's new Zen 2 processor, they have truly established themselves as a high-end CPU manufacturer. The number of cores of Intel CPUs ranges from 4 to 18 cores, while AMD now has up to 32! Not only that, AMD's 7nm Zen 2 chip is pretty cheap too.

is out of specification. Ryzen 9 3900X rivals the $ 1,100 Intel Core i99920X for just $ 490! This is the incredible value provided by the manufacturer, and this is the common model for all their new CPUs.

AMD is also in the leading position in mid-range CPU support, Ryzen 7 3700X beat Core i79700K overall. The Intel Core i79700K is by no means lazy, it is considered one of the best games. However, the 3700X's thread count is twice that of Intel, and the price is still cheaper than similar Intel products.

AMD also offers more products in the HEDT processor department. AMD Threadripper 2990WX sells for up to US$1700. Although it sounds a lot, it is still about US$250 cheaper than Intel’s competitor Core i99980XE.

Except for games, Threadripper is superior to XE chips in most aspects, but this is not a processor that ordinary gamers would buy. With twice as many cores and nearly 30 threads, the value you get from AMD 2990WX is excellent. If you are looking for a gaming PC with a lower budget, AMD’s

Ryzen APU processor series is a perfect fit. AMD uses a scaled down version of the Vega graphics card to match the 4C / 4T CPU or the 4C / 8T CPU.

Although this will not run any games at 4k on ultra settings, AMD designs them for games. However, if you choose to do this, you will need to budget for more RAM, because the GPU in the Ryzen APU uses up to 2GB of system memory. Check out our RAM speed page to find out exactly which memory is best for Ryzen processors. Intel

provides CPU for everyone, even those looking for a powerful build. With low TDP, the low-power T processor is clearly the winner. All

Intel Core processors also include a basic built-in GPU, but these are basic graphics and are actually only suitable for basic purposes such as word processing. Having said that, not all AMD CPUs have onboard graphics, this is just their APU range.

In AMD's corner, we have the Ryzen processor series. It was first launched in 2017 and quickly became popular in the consumer market due to its high core/thread count and low cost.

Until the release of Ryzen, AMD's CPU lineup has been stagnant, far behind Intel in terms of speed and multithreading.

AMD decided to provide higher clock speeds, more threads and cores, to bridge the gap between itself and Intel. Although they are still lagging behind, Ryzen returned AMD to competition in the gaming CPU market.

Let's take a look at what the Ryzen series processors offer.

As you can see, AMD's Ryzen processor series covers a wide range of cores and threads, and is inexpensive and enthusiast-friendly. However, this is not without trade-offs. The

AMD Ryzen base clock speed tends to hover in the low to medium 3 GHz range. Even with Precision Boost, they won't hit 4.0 GHz until the 2nd / 3rd gen and Threadripper come into play, with the exception of the Ryzen 5 1600X. Another thing to note about the

is that each Ryzen CPU is unlocked to allow overclocking, making it a great option for overclocked systems with limited budgets.

Before the recent launch of the AMD Zen 2 Ryzen series, if you were looking for a real gaming CPU then you would go for Intel.

In recent years, Intel has dominated the gaming CPU market. The Intel Core family provides high clock speed and excellent single-core performance, making it the best choice for gaming.

We have seen the Ryzen cable, now let’s take a look at what the Intel Core cable brings.

Before AMD’s latest third-generation Ryzen chip series, if your goal is to push the CPU as fast as possible, Intel’s Core series will outperform AMD’s Ryzen. Its basic clock speed is lower, but when Turbo Boost

Only those with an X or K in the model name will be unlocked, allowing overclocking.

For the purposes of this article, we decided to divide the performance portion into gaming and workstation / multitasking. We decided to use this method for a number of reasons, but primarily to better understand CPU performance.

Because a large number of CPUs are hyper-multi-core processes, we need to look at their performance from both single-threaded and multi-threaded perspectives.

So let's start by comparing the performance of the game.

Don't be silly, most people come to compete, see if there is a good path for both sides!

From what I can recall, Intel processors have dominated the gaming performance category. However, since the newly designed third-generation Ryzen chips were released on July 7, 2019, the choice between Intel and AMD has become more difficult. Let me explain. The AMD

CPU has always had an advantage in the fierce competition in the multi-threaded sector. Good news for heavy workloads, but not so good for gaming. Chapter

Why did I hear you ask? Well, to make a long story short, it basically boils down to the way the game is designed. Most modern AAA games have higher graphics requirements. In other words, not everything is in the GPU, the CPU is still in use, but it is not reaching its full potential. Many games are now designed with single-core performance in mind. This means that a higher-performance single-core processor will eventually provide the highest FPS data in the game. For the old Ryzen chips, this is a shame.

Fast forward to 2019 and the release of the third generation Ryzen CPU. The

new chip brings an exclusive new micro-architecture based on the AMD Zen 2 chip, using TSMC’s 7nm process. This is the new standard for high performance and one of the main reasons why the single-core performance of the Ryzen chip is now on par with its staunch competitors.

Take a look at this picture, for example:

As you can see, at the time of writing, 3900X is almost behind i99900K, which is something that many people say will never happen. There are also three other Ryzen CPUs listed in the top ten list thread performance chart, some of which are worth much higher than their starting price (3600X).

So what does this mean for performance in games? Well, this means that Intel and AMD are now almost fighting side by side. Intel's more advanced CPU still beats it, but only slightly better. When you consider the multi-threaded performance of Ryzen chips, you really start to question which is the best.

Okay, but what if I'm not interested in the game? What if I just need a workstation to edit videos / photos? Or what if I want to play and stream live at the same time? These are all valid questions and they are very beneficial for Ryzen chips.

As mentioned above, the multi-threaded behavior of the Ryzen chips far exceeds the performance of Intel. This means that if you multitask, there is really only one way. Red Team.

Looking at this picture, it clearly shows Ryzen's dominant position in this sector, and there is no Ryzen 9 3950X for ordinary consumers, it will show 16 cores / 32 threads!

Whether you are building a gaming PC or multimedia workstation, chances are you will choose a graphics card (GPU) rather than relying on the integrated graphics of the CPU.

Having said that, you can run a variety of games on the integrated graphics. The kind of games that integrated graphics can handle have never had such powerful graphics capabilities, and if so, the settings are likely to be the lowest.

Intel and AMD provide integrated graphics. For one thing, Intel uses this technology in all of its consumer chips, while AMD only uses this technology in some select CPUs. Although AMD is only equipped with integrated graphics in certain CPUs, the powerful Vega graphics perform well and easily outperform Intel's integrated graphics technology.

For those who want to build a simple PC or inexpensive gaming rig, APU (AMD CPU with Integrated Graphics) may be the best choice. It's worth noting that for any real graphics function, you need a dedicated graphics card, but it's nice to have options. For most people, overclocking

is considered a task that requires not only extensive knowledge of BIOS, but also expensive hardware components to cope with increased pressure. In most cases, this can be true.

However, thanks to newly designed overclocking software applications by AMD and Intel, it is now easier to try to get some extra frames in your favorite games.

Having said that, choosing the right CPU for your overclocking needs still requires certain technical knowledge.

If you are not familiar with building PCs, how do you know which CPU to choose?

Before buying the perfect CPU for overclocking, there are several aspects to consider. Let's first understand which CPUs support overclocking-

AMD makes this relatively simple because all of their CPUs can be overclocked to some extent. However, Intel cannot say that.

If you want to overclock an Intel CPU, you should look for the CPU marked X or K.

A typical example is Core i99900K.

Whether you are using an Intel or AMD processor, you can overclock in two ways: directly through the BIOS for overclocking

or by using a single software application for overclocking. For AMD, it will be Ryzen Master, and for Intel, it will be their Extreme Tuning Utility. They are both straightforward and ego

Go directly to the BIOS, the beast's belly can say so. In the BIOS, you can control all aspects of the hardware components. Changing the wrong settings here may cause fatal damage to your hardware. This is where hard-core overclockers bid, and should be approached very carefully.

Here is the latest Ryzen 9 3950X overclocking world record!

One of the most important things to consider when considering overclocking your PC is whether it has enough cooling. The more the CPU runs, the more heat it generates.

Most CPUs have a backup fan cooler configuration. Some of them are sufficient for minor overclocking, but most will only keep the CPU cool when running at the expected standard speed.

If you are unfamiliar with overclocking and all these temperature discussions are confusing, I suggest you know what the ideal CPU temperature is. Once you understand this, we will have a great article on how to lower the CPU temperature so that you can easily overclock without worrying about damaging parts. With that said, the Ryzen CPU is equipped with a fan cooler specifically designed for the thermal design power or TDP requirements of the accompanying processor. Thermal design power refers to the power consumed and the heat generated by the processor. This will apply to standard speeds and slight overclocking.

If your budget doesn't allow for a larger radiator or the Allinone (AIO) option, or you're just not sure if you need one, then this is a good way to find out first. The Intel

CPU only comes with a basic cooler fan, if this is the cooler you intend to use, we strongly recommend that you do not overclock at all.

However, if you want to overclock, you can consider upgrading the fan cooler to a larger cooler or AIO CPU water cooler.

AMD Ryzen series processors and Intel Core series processors have a unique set of chipsets available. Each chipset is different in terms of features, compatibility and technical support (more PCIe channels, more USB 3.1 ports, SATA ports, etc.). One of the main advantages of the

Ryzen CPU and motherboard chipset is that they are backward compatible with these two versions. This means that the new generation of Ryzen will be used in conjunction with the old generation of motherboard chipsets, and vice versa. This makes it easy to update your machine at the same time, because you can update either the motherboard or the CPU instead of updating both at the same time.

Winner The winner. However, the launch of Ryzen's third-generation CPU product line has brought a lot of compatibility issues, including legal BIOS updates. Consumers who want to use 300/400 series motherboards with new 3rd generation Ryzen chips will have to do so; Buy 1st / 2nd Gen 2nd Gen AMD CPUs or take your motherboards to a local PC store and pay the upgrade fees. The

AMD folks are a bit naughty, but this didn't do much damage to their credibility. Not yet anyway. Intel

CPU is only applicable to specific chipsets of each generation. The 7th generation core CPU cannot work on the 8th generation core CPU chipset. This makes it more complicated to update the core components of the system.

If you want to upgrade the motherboard or CPU to a new generation, you must replace both at the same time. This is a bit annoying in and of itself, but it completely eliminates the kind of compatibility issues that AMD saw earlier this year. One of the biggest problems with Ryzen

series processors is that they are completely incompatible with other components (especially motherboards and CPU coolers).

Although most Ryzen CPUs are equipped with their own CPU coolers, people still want the cooling and power efficiency of the more popular products. That said, many standalone coolers require the purchase of a special AM4 bracket for the AM4 chipset.

Or, Intel parts are a bit more common and compatibility is not a big deal.

Another area of concern in the past few months is the availability of inventory, which applies to both parties. Due to the mass sale of third-generation Coffee Lake Refresh and AMD Ryzen processors, we are now beginning to see a severe shortage of overall inventory levels.

According to a CNBC report, due to the 14-nanometer shortage and the continuous delay of Cannon Lake, this prompted a financial analyst to downgrade Intel's stock rating.

In other words, AMD is not very simple. Large retailers like Newegg and Amazon have not stocked some major AMD processors for a long time. Of course, this has a slight knock-on effect on CPU prices, because demand has continued to increase since the shortage developed.

AMD is not surprisingly successful with its popular Ryzen chip. A German retailer even reported that AMD’s sales have soared, almost matching Intel’s market share. I have to say that the days of the blue team are worrying.

So how does Intel plan to regain global processing power? I mean, AMD already has the highly anticipated Ryzen 3950X.

So, the first step in this direction will be its 10nm Ice Lake processor, which will appear in notebook computers later this year. Ice Lake will support the next generation of ultrabooks and will be equipped with Thunderbolt 3, Wi-Fi connection and Gen11 graphics.

Intel also plans to upgrade some of its desktop processors after the release of the Intel Core i99900KS. This is actually a Core i99900K with a 5GHz full-core boost clock,

However, what awaits them in the future...

AMD is flying. Due to the adoption of the new architecture and 7nm process, sales have increased significantly and processing capabilities have been greatly improved. The Ryzen 9 3950X, which has world record overclocking honors, is waiting to be launched. The sky is definitely the limit of the red team now.

It is too early to start talking about AMD's future, because they have just released the third-generation Ryzen chip. However, it is worth mentioning the ebb and flow.

Unless Intel does something very drastic, I can only see AMD become stronger in the next few years. The latest AMD CPU version of

is underway and is expected to be released in early November, ending speculation and truly narrowing the gap with Intel. We will update this page once the CPU is released and benchmark testing is underway, but what we can tell you is that AMD’s latest Zen 3 architecture will be the best we’ve seen.

The latest 5000 series processors are still based on AMD's 7nm process, but after improvements, they now promise to combine lower power consumption with higher performance.

However, more important are the physical specifications, such as clock frequency, cores/threads, and TDP, which will be discussed below:

There is no clear “best CPU”. Both companies offer a series of excellent processors, and AMD offers them at lower prices.

Because of the value of the new Ryzen 3000 CPUs, it is very easy to create a shell for them to display on most people's new computers. It doesn't matter where you look; you will get AMD chips with similar speeds with more cores and threads than similar products from Intel. When gambling is involved,

cases must be filed for both companies. If you are looking for a cheap and easily upgradeable multitasking CPU, then AMD may be for you. In other words, Intel’s single-core performance is still beneficial to ordinary gamers, and when combined with fast clock speed and overclocking space, it can squeeze out every drop of value.

The battle between AMD and Intel for dominance is far from over. Although AMD has achieved great success, the ball is now firmly in Intel's hands. Can AMD maintain its well-deserved performance trophy for longer?

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