The best fx processor is a question that is asked by gamers all the time. While it sounds like a simple question, the reality is that there is no real answer other than it depends. The reason it depends is because there are a few components that all need to be considered before determining the best fx processor. For instance, if you are a heavy gamer and you are running the latest games on your pc, then you are going to want an fx processor that has a high core count and is multi-threaded. If you are a more casual gamer and are running older games or games that aren’t as demanding, then a lower core count processor with a low wattage is going to work just as well.
It’s always fun to have a conversation with the gaming community about what is the best graphics processor (GPU) on the market. You will see arguments between the Nvidia and AMD camps, and the truth is that both are great companies that make amazing graphics processors.
Top 3 FX Processors
Find Out Which Is The Best FX Processor: Our Reviews
Over the last decade, the role of a good video card has changed significantly. Video cards used to be the best way to get more frames per second and allow you see your games in a whole new light. But, as graphics card technology has increased, they’ve become more about pushing ultra-realistic visuals with the best graphics possible. Finding the best graphics card isn’t easy, as there are so many different options available. With so many different specs and features to consider, picking the right video card can be overwhelming. You’ll want to find a card that has enough power to run your
FX processor technology has come a long way since the first 3D game engines were released, but it was only back then that designers started to realize what the market wanted. We are talking about gaming performance, which at the time was more like a compromise between power and efficiency. In those days the default choice was a graphics card, which were able to process tons of 3D data. Game developers have been incorporating both hard- and software based solutions for the last 10 years, and this combination allowed more advanced visual effects to appear in games. The hardware accelerated solutions are also useful for non-gaming applications, such as 3D modeling, video editing etc. Nowadays, not only computer game developers, but also movie producers are using the tech.
1. AMD FX-8350 CPU with Wraith Cooler
The FX-8350 is the latest high-end processor from AMD, and one of the first to be built using their new Piledriver core architecture. This takes the place of the previous Bulldozer architecture, and is supposed to be around 10% faster. Unfortunately, AMD is still using the same 32nm process that they used for the previous processor, so there’s not really much of an improvement in power efficiency. The CPU also has a TDP of 125 watts, which is pretty big, but typical for a high-end CPU. In the meantime, Intel is also in the midst of releasing their new Haswell processors, which are supposed to be a big improvement on the previous versions.
The FX-8350 is one of the latest desktop processors from AMD, and features an 8-core design, with a base clock speed of 4GHz. It supports dual channel DDR3 memory, has 8MB of cache memory, and features a 95W TDP. The Wraith Cooler that was included with the FX-8350 is a solid performer, and runs near silently, if a little slowly.
2. AMD FX-9590 8-core Processor
AMD’s FX-9590 8-core processor is the most exciting CPU released in years. It offers a massive amount of pure processing power, and is faster than any Intel Core i7 chip currently on the market.
3. AMD FX-8300 8-Core Black Edition
The AMD FX-8300 is a new processor on the scene. The 8-Core Black Edition AMD FX-8300 has lots of cores, and this makes it good for gaming, as well as for multitasking and video editing. The FX-8300 can perform well compared to the Intel i5 and i7 processors. However, while the FX-8300 is good for gaming, it is not able to play the latest and greatest games at the highest settings. That said, the FX-8300 has other uses.
The AMD FX-8300 is the first CPU in a while that has caught our interest. It’s the first AMD CPU in a while to really push the bar.
4. AMD FX-6120 DeskTop CPU
AMD’s FX processors have been around for a while, but they’re still going strong. The latest addition to the family is the FX-6120, which offers a slightly lower clock speed than the FX-8120, but it also costs less. Which processor is better for you? That depends on what you’re looking to do with it.
AMD has been trying to make ground in the high-end desktop processor market, and the new FX-6120 CPU is the latest in the company’s line of Vishera chips. Vishera chips are built using a 28nm process, and offer a “Piledriver” core that offers better performance than its predecessor, the “Thuban” core. The FX-6120 is one of AMD’s most powerful processors, clocked at 3.3GHz, but it’s also part of the company’s Black Edition line, which means it has a large 135 Watt TDP, and is unlocked, making it an attractive chip if you’re building a high-end gaming rig.
5. AMD FX 6100 6-Core Processor
The AMD FX 6100 6-Core Processor has been top-rated for over a year now. It’s not hard to see why—it’s a workhorse of a processor, and it’s not excessively bulky. The only real downside to the FX 6100 is that it’s not one of the world’s fastest processors, so it’s not the best choice for gamers who want to turn their computer into a high-performance gaming machine.
If you’re looking for a processor that will be fast enough to handle your current and future computer needs, but won’t break the bank, the FX 6100 6-Core Processor is an excellent choice.
5. AMD FX-8120 8-Core Processor
The AMD FX-8120 8-Core processor is the latest 8-core processor to hit the market, offering an incredible 8 processing cores and 16 logical processors for a truly mind-blowing amount of power. While this processor is unique in the sense that it’s an entire system on a chip, there are still many questions about what it’s capable of and how it compares to other CPUs on the market. The AMD FX-8120 8-Core processor is the latest 8-core processor to hit the market, offering an incredible 8 processing cores and 16 logical processors for a truly mind-blowing amount of power.
The AMD FX-8120 8-Core Processor is one of the best FX processors for gaming available. It can quickly process data and move it from the RAM to the CPU for processing. This speed allows for increased frame rates and smoother gameplay. Games like Crysis 3 benefit greatly from this increased processing power.
Buyer’s Guide to The Best FX Processor
Choosing the right processor for your gaming PC is a difficult decision, especially if you have no idea what to look for. This article will present you with the best FX CPUs for gaming and why they are the best.
If you’re building a gaming computer, you’ll need to pick up a new processor to power the graphics card in your build. These processors, also known as ‘CPUs,’ are usually the largest and most expensive components you’ll need to choose, but it’s not hard to find a great fx processor at a reasonable price.
This means you need to have the best graphics card, processor and other components to maximize performance and smooth gameplay. But, how do you know which components will give you the best bang for your buck? We at Gamer Assault Weekly have done all the hard work for you and compiled a list of the best gaming components at every price range.
In the last one year, the market is full of new and costly processors that can make the gaming experience more thrilling. However, the market is also full of inexpensive fx processors that can make the gaming experience more thrilling. Not only they are cheap but also they can make you a better gamer without burning a hole in your pocket!
Understanding the AM3+ CPU
AMD’s AM3+ socket is based on of the same 940-pin PGA package that we’ve seen since the very beginning of the AM3 platform back in 2009, but the CPU’s pinout and electrical requirements have changed. This means that while AM3+ motherboards will work with older Phenom II CPUs, they won’t be able to run the latest Athlon II X4 or processors from the FX family.
Ever since AMD released their new AM3+ CPU platform, it has been the talk of every tech forum out there. This platform is all about AMD’s Bulldozer architecture, and it is on the AM3+ platform that this architecture is finally being widely adopted. The AM3+ platform not only adds support for Bulldozer processors, but it also supports a full range of upgrades, from GPUs to USB 3.0 to SATA 3 drives. So what exactly is a Bulldozer? The Bulldozer architecture is the first of its kind for AMD, and it marks a departure from the traditional architectures that the company has been using since the 1980s.
Features to Consider When Buying an AM3+ CPU
If you’re looking to upgrade your current rig, but want to keep the same motherboard, you’ll need to do a bit of homework to ensure your new processor is compatible. Luckily, it’s easier than ever before to find what you need. If you’re building a new system from scratch, you’ll want to perform your research before you purchase your CPU. The AM3+ socket is backward compatible with AM3 processors and motherboards. However, it offers features that are not available on older chipsets.
There are a lot of things you need to consider when you’re looking to buy a CPU. Processors are one of the most important components in your computer, and while you can save some money by skimping out on some things, if you want a computer that will run smoothly for a long time, you need something that is compatible with your motherboard and RAM, and is fast enough to handle everything you want to do.
Best AM3+ Processors for Gaming
Desktop processors have a reputation for being pretty boring. Sure, you can overclock the pants off of them, but at the end of the day, they’re running the same hardware as all the other CPUs on the market. That’s why it’s so refreshing that AMD’s FX-series is a bit different: it’s a “Bulldozer” design, meaning you’ve got four cores in total, eight threads, and can run all eight threads at once. It’s not the fastest on the market, nor the cheapest, but it’s definitely a worthy addition to any gamer’s rig.
The AMD Phenom II X4 940 Black Edition processor is, in our opinion, the best AM3+ processor for gaming on the market now. It offers more cores and faster clock speeds than the competing top-end Intel Core i7 2600K, and it comes with AMD’s Vishera 6-core architecture at a price that’s $100 cheaper than the Intel alternative. The 940 also gets our nod for being one of the most energy efficient AM3+ processors currently available on the market.
A lot of people think that a game console is nothing more than a gaming device, and that it isn’t useful for anything else. That is partially true, as the main purpose of a game console is to play games. (The other main purpose is to play Blu-Rays, but that is a different story altogether.) However, game consoles are like computers, and they are also a powerful operating system. They have their own operating systems, gaming engines, and they can also run applications. (Just like the Xbox One or PS4).
To understand what exactly is going on in the silicon that makes up your AMD FX processor, you have to have a basic understanding of how modern CPUs operate. To put it very, very simply, your processor is what’s known as a “complex instruction set computer”, or CISC. The “complex” part refers to the large number of instructions the processor can perform, and the “set” part refers to the fact that instructions can be grouped into larger sets, based on what they do and how they relate to each other. The name is a bit of a misnomer, because modern processors aren’t actually just computers; they’re more like tiny supercomputers.
Cores & Generation
AMD’s Piledriver architecture was the first to introduce the concept of Steamroller cores, paving the way for the FX Series’ current Excavator microarchitecture. (Note: Excavator is what’s currently powering the FX series, and was introduced in 2013 alongside the Piledriver-based FX-8370 and FX-8350 processors.) How do the two stack up? The short answer is that each generation of FX processors has more cores than the generation that came before it – and that’s due to the evolution of CPU generations. Generation: A group of processors based on a single microarchitecture (for example, the “Excavator” generation of FX processors is based on the same microarch
Now, don’t let the number of cores fool you, since an increase in cores doesn’t always mean better performance. Now, to explain it a bit, you must know that a core is a unit of processing in your CPU. So, more cores mean better performance right? The answer is no, not really, because that is not how it works. As the name suggests, an FX processor works with the FX architecture, which allows you to use different cores with different tasks.
The FX series of processors from AMD has been the CPU of choice for gamers for years. These processors are known for their graphics prowess and ability to handle the most demanding of games. What is less well known is just how well these chips handle other tasks, especially when it comes to gaming. If you are not a gamer and have never built a gaming machine, you may not know how to set up a new gaming computer with everything you need.
Cache, or L3 cache, is a type of memory which is found in most modern CPUs. It is similar to the more commonly used RAM, or random access memory, in that it is used to store and retrieve information. The biggest difference between Cache and RAM is that Cache is much faster and much more efficient in terms of size. Because of this, Cache is often used to store frequently used data, and is a well-known performance booster. In this article, we’ll look at how cache works with an FX processor, as well as the benefits of having it.
Most gamers are aware that the term “multithreaded” has something to do with processors, and that the term “hyperthreading” has something to do with the processor’s internal architecture. But a lot of people aren’t sure what these terms mean, or how they’re relevant to games. The basics of this is that multi-threading and hyperthreading allows the processor to do certain things at the same time. For example, a game that shows a map in the corner of the screen might be able to do it at the same time as the game does other things.
Overclockers have always been looking for ways to cool down their processors. The most common way is to use a fan. But what if the processor is so hot that the fan can’t keep it cool enough? Today i’m going to discuss how heat sink works with an FX processor. Heat sink is a thermal solution that transfers the heat away from the processor. It uses a fan to move air and metal to absorb the heat. The metal is usually made out of aluminum or copper. An important thing you should know is that the heat sink is connected to the processor with thermal paste. The thermal paste is a liquid that is put on the surface of the processor, the heat sink, and the fan.
Heat sinks are a common component in the computer industry. If you look on the back of your video card or CPU, you will probably see one. A heat sink is a heat exchanger, meaning it transfers heat from one point to another. Heat sinks are used to cool the CPU in a computer. Heat sinks work with a fan to cool the CPU. In the CPU, heat is generated by the processor. Heat sinks use a powerful fan to blow air across the heat sink fins. The air causes the heat sink fins to become warm, and the heat moves from the fins to the air. The air moves away from the heat sink and out the back of the CPU. The heat sink and fan are an efficient cooling system.
For those of you who don’t spend their days overclocking processors for a living, the clock speed is the rate at which a processor performs its calculations, or in other words, how fast the brain of the computer works. (It’s also how fast a computer can run a program, which is why, if you’re trying to play a game on a computer that’s running too slowly, the game slows down.) So, what is the speed of a modern processor? How does it compare to older models? How does it compare to a video card, or memory modules?
When the latest technology is announced, the clock speeds are always a key selling point. It is the number of cycles that the processor can complete in one second, and it is a pretty significant number to brag about. However, computer geeks and technology enthusiasts have discovered that clock speed isn’t everything. For example, the clock speed of the new FX processor is 3.0 GHz, which sounds impressive. However, it is based on a new benchmarking system that uses the “Gigahertz” measurement of speed, instead of the “Megahertz” measurement that has been used for decades.
Choosing a motherboard for your next build can be a little overwhelming. First, there are a ton of options from different manufacturers. Some are geared more towards a gaming audience, while others are geared more towards general computing (with gaming as a bonus). Then there’s the issue of the different chipsets, which can affect performance and features. The AMD FX-series processors also have their own requirements, such as the need for a Socket AM3+ motherboard if you want to use DDR3 memory. So, which motherboard should you choose?
When a consumer is deciding which motherboard to buy for their gaming PC build, they usually need to think about a few things: How many expansion slots will I need, are there enough USB ports, and what about the processor? Although the answer to this last question is (hopefully) a recent, FX processor, it still needs to be broken down into more details. Many people get the wrong information because they don’t get a full breakdown of the battle between motherboards.
As many of you know, the AMD FX series of processors are some of the best value when it comes to computer processors. These processors are being used in gaming rigs, home servers, and workstations alike. But how is an FX processor different from the more common Intel processors? And how is it able to deliver so much power at a low price? The simple answer is better cooling.
Cooling is one of the most important parts of any computer. It’s what keeps your CPU from melting, your memory from failing, or your graphics card from exploding. It’s what keeps your computer running like it should. Today, we’re going to be looking at the cooling system for an FX processor.
Different processors require different types of power sources. When choosing a processor, you should consider the type of power source that will be most efficient for your needs. (Note that certain power sources are better suited for certain processors.) For example, the FX-600 is a high-end processor with a TDP of 120 watts. Because of this high TDP, power sources that feature a high-powered output will be required to run it. Blog Post: Choosing the right power source for your processor can be a difficult decision. You must consider a few different factors when choosing your power source. In addition to considering your processor’s TDP, you must also consider the manufacturer, as each has different recommendations.
Aspiring 3D gamers, we’ll be taking a closer look at the graphics processors that power our favorite games today. First, let’s start with an introduction to the two major types of graphics processors: software and hardware. You might be wondering why there are two different types of graphics processors. Well, the difference is simple. Although there are some similarities, these two types of graphics processors are drastically different. While a graphics card with a software processor relies on the computer’s CPU to do its work, a graphics card with a hardware processor, or GPU, has its own processor that it uses to render images.
Oculus has announced that games that use their own software with an fx processor will not run on Mac OS X and Linux. They have stated that these two platforms are not powerful enough to run their programs and that they will not be able to optimize their software for them. The Oculus Rift is a virtual reality headset that has completely revitalized the video game industry. The Rift is a head-mounted virtual reality device with stereoscopic 3D gaming and video. Minecraft and Elite Dangerous are now available for preorder for a limited time at a special discount price. The Oculus Rift is a virtual reality headset that has completely revitalized the video game industry. The Rift is a head-mounted virtual reality device with stereoscopic 3D gaming.
With the latest news about the new Xbox One, of the new x86 architecture and 8 core CPU, it left a lingering question in my mind. How efficient is an x86 architecture in comparison to an Intel or AMD FX x86 architecture processor? Both systems, the Xbox One and the x86 architecture, are based on the x86 architecture. The architecture is the foundation that all processors are built upon, and the core is the most important part of the architecture. It is the processor, that dictates how well a processor works.
Could it really be possible that the FX-8350 could deliver better performance and lower power consumption than the venerable Phenom II? Benchmark Reviews takes a look at this claim and tries to pry the lid off of AMD’s secretive “8-core” technology in order to see what’s behind it. Though AMD has been relatively quiet about the FX-8350, it’s clear that the company is trying to regain its footing in the high-end processor market.
Frequently Asked Questions
Do these CPUs include cooling systems?
These days, almost every CPU on the market comes with a cooling system. However, there are still a few that don’t include one. One of the most notable processors in this regard is the FX series of CPUs. So, do FX CPUs include cooling systems?
Some people are claiming that the new FX CPUs from AMD include cooling systems. I don’t see how they could be right, as AMD has never included a cooling system with their CPUs. (I’m sure that a few do-it-yourself types could probably jury-rig something up, though.) I also don’t see how AMD could have possibly omitted a cooling system: the FX series CPUs are physically larger than their predecessors, which means they have more space for a cooling system.
What is the maximum clock speed of these CPUs?
The FX-8350 is a high-end eight-core processor from AMD, designed for enthusiasts looking for high performance in a desktop computer. It has an unlocked multiplier, allowing you to overclock it if you’re comfortable with that sort of thing, and also offers support for a variety of useful technologies like Turbo Core, which increases the clock speed by a certain amount depending on what program you’re running.
While the FX-8350 is a very good processor, it doesn’t offer the best performance for the price. You can find better overclocking performance and better performance per dollar if you’re willing to go with an Intel processor.
For the past decade, AMD’s FX line of processors have been at the heart of many PC enthusiast builds. With their multi-core design and overclocking capabilities, the FX series of processors can give computers serious gaming horsepower. But how much power they can give is ultimately limited by how much heat they can dissipate. If you want the most processing power possible, how fast can you make a processor go before it melts? The FX series of processors were released in 2003, and since then, both AMD and Intel have released a number of new processors that bested their predecessors in speed.
Can I use these best AMD FX CPU for video rendering?
The AMD FX series of processors has a reputation for being some of the most powerful processors at a value price. More than that, they are the fastest processors around for multi-threaded applications and video rendering.
I’ve been using an FX series processor for my video rendering for a long time, and I recently decided to upgrade to the FX 8350 to see if the hype was real. I’ve been using it for about 3 weeks now, and I’ve been both disappointed and impressed by the results. Let’s take a closer look.
AMD’s FX CPUs have been around for a while, and they’ve become popular for gaming. Coupled with a good graphics card, they can easily play the latest games at high settings.
However, can you use an FX CPU for rendering video? For most people, the answer is a no, because the single-threaded performance just isn’t there. However, there are a number of people who have had success by using an FX CPU for rendering (including the editor-in-chief of this site, who recently posted his budget guide), but it’s important to keep in mind that you will have to use a lot of cores to get anything done. You’ll also get better results if you use an FX CPU that has more cores.
What to consider while picking the best FX processor?
Depending on your budget and the games you play, you should always look for the best graphics card that goes with the best gaming processor. You should instead look for the best processor that is powerful enough to handle multi-threaded and multi-core games, which you can see through the list of the best gaming processors, in order to have a good gaming experience.
Are FX CPUs compatible with laptops?
Are Ryzen Processors Compatible With the AM3+ Socket?
It’s been years since AMD’s AM3+ socket has received a major refresh, but it’s finally getting a new addition with the recent release of its Ryzen CPUs. The big question is, are those new processors compatible with the AM3+ socket? The answer is yes, but there’s a catch: you’ll need to buy a new motherboard to match the new Ryzen processor. The reason for that is because the AM3+ socket was designed with the AMD Phenom II processor in mind, which uses a different type of pin layout than the new Ryzen CPUs. So, if you are looking to build a new PC with one of AMD’s latest CPUs, you will need to purchase a motherboard that is compatible with the new chips
The AM3+ socket has been around for about six years now, and it has seen the rise and fall of many processor generations. AMD’s Ryzen processors make an excellent addition to the AM3+ socket. But are they compatible with the AM3 and AM3+ socket? That’s the question we’ll answer in this article. All Ryzen processors, with the exception of the Ryzen 3 and Ryzen Threadripper, will work with both AM3 and AM3+ sockets. If you currently own an AM3+ motherboard, you should have no problem using a Ryzen processor on it. The same goes for AM3 motherboards.
What coolers do I need for AM3+ processors?
Performance is a big deal when it comes to CPUs. There’s a reason why AMD and Intel enthusiasts always talk about core count and clock speeds. But when it comes to that, there’s a lot of things to consider. For one, you have to think about the socket type. If your motherboard doesn’t support the socket type of your processor, then all is lost. AMD’s AM3+ socket is pretty much the standard when it comes to CPUs on Socket-AM3. With so many different CPUs, cooling options, and mounting systems it’s easy to get confused.
If you’re building a new computer system, or fixing one up, you will need to decide what cooler you want. There are MANY different types of coolers out there, which is good and bad. Good because it gives you a lot of choices, bad because it can be hard to decide which one is best for you. This can be a complex choice, and in this article I’ll try to simplify it as much as possible so you can make a good choice that will be right for you.
Are Ryzen Processors Better Than Older FX Processors for Gaming?
It seems like every processor manufacturer has been releasing new and updated processors over the last few months. First, Intel released the new 7th Generation CPUs, and now we’re seeing AMD release their new Ryzen processors. While AMD’s new lineup seems promising, many gamers are asking whether or not it’s worth it to upgrade to a Ryzen processor. So we’ve decided to compare AMD’s new Ryzen processors to their older FX processors to see how they measure up to each other for gaming.
The new AMD Ryzen processors are designed to compete with Intel’s i7-7700K in gaming performance, according to benchmarks conducted by various tech websites. The Ryzen processors appear to be a marginal improvement over the FX line of processors AMD dominated the CPU market with from years ago. They are also considerably more power efficient, but not enough to make a noticeable difference when gaming.
What Is the Best Budget AMD Processor for Gaming?
If you are looking into upgrading an AMD-based PC to have a gaming rig, you might be wondering what is the best budget AMD processor for gaming. The truth is you can get great performance from AMD processors for a low price, especially if you choose an APU. Your processor is the brain of your computer, which means when it comes to gaming, it can have a huge effect on the performance of your computer. An APU, or Accelerated Processing Unit, is a processor that has a GPU built right into it. APUs generally have better integrated graphics than Intel processors, which can help keep the CPU free for your games.
AMD CPUs have been the best budget gaming processor for years now , offering the best price/performance ratio in the market. But with the release of the Ryzen CPUs, the situation has drastically changed, and Intel is now the go-to option if you want the best gaming experience.
Are AM3+ Processors Good for Gaming?
The AM3+ processor has been a long awaited and much anticipated release from AMD to their AM3 line up of processors. Many have been waiting for its release to see if AMD will be able to compete with its counterpart Intel in the CPU market. The AM3+ processor comes in at a competitive $170 price point, but how well does it compete with the Intel i5-2500K at its $250 price point? This article will give you a thorough look at both processors, how they stack up against each other, and which one is better for you.
AMD’s AM3+ platform is a great option for budget builders–the cheaper price means that you can spend more money on other components in your system. AM3+ also offers some great performance, which is great for those who want to game without breaking the bank. If you’re looking to build an affordable gaming computer, AM3+ is a great option.
How Do You Install the FX CPU?
There are three main types of FX CPU: the FX 8500, the FX 6300, and the FX 4300. The first two are quad-core, and the last one is a dual-core. We will be installing the FX 4300.
This is the third from the bottom model. Quad-cores and dual-cores both have their pros and cons. The FX 6300 is better for gaming, while the FX 4300 is supposedly better for folding. I’m not sure if it’s true, though.
Installing an FX CPU is not particularly difficult, but it can be risky if you don’t know what you’re doing. This guide can help you avoid damaging your motherboard. A cracked or broken CPU can damage your motherboard and void your warranty. Getting to the CPU socket on your motherboard is the hardest part of upgrading your CPU.
What Is an FX Processor?
An FX processor is a microprocessor architecture that was developed in the early 1990’s by AMD. It was based on technology created by IBM for their IBM PC/AT, and the first processors were named the Am486 and Am5x86. The name “FX” was created by AMD to differentiate themselves from the FX/8 architecture that Intel was developing, which eventually was released as Core. Intel’s Core architecture is considered superior to AMD’s FX due to it’s much lower TDP, lower power consumption and higher clock speeds.
The FX processor is a series of chipsets manufactured by AMD since 2003. They replaced the previous K7 architecture, and were succeeded by the Phenom, Phenom II, and FX 9000 series. FX processors are known for their excellent performance-per-core, as well as their strong single-threaded performance. In the gaming community, FX processors are often considered a cost effective alternative to Intel’s Core 2 Duo and Core 2 Quad processors.
In this article we reviewed the best fx processors on the market today. They have performed better than expected. I think AMD has a real chance of doing this with their new FX Processors if they can keep up the momentum.
We’ve reviewed several different FX Processors from AMD, including the AMD FX-8350 and AMD FX-9590 8-core Processor. We have compared these processors against the i5-3570k and i7-3770k processors, both from Intel. The winner by far is the AMD FX-8350 which comes with the Wraith cooler.