Atx vs eatx
For some time, ATX motherboards have always been the actual size of ordinary computers. Although it is common for minimalism enthusiasts to explore smaller MiniATX, MiniITX and even NanoITX motherboards, increasing the size is not such an option. .
Historically, the EATX (Extended Advanced Technology eXtended) board was specially used for servers, and its extensive scalability can accommodate a large amount of hardware to achieve the best computing performance on a large scale.
Fast forward to today, and the players' eyes are shining. When wondering if they can incorporate the EATX board into their build, this look is composed of curiosity and excitement. Well, we are here to tell you that it absolutely can and how they differ from the ATX format.
Intel Socket 1151 9th / 8th Gen Intel Core, Pentium Gold and Celeron processors
Obviously, the most important aspect of ATX and EATX motherboards is their appearance. All your other differences are simply the result of this fundamental difference. The ATX board is usually 12 inches (305 mm) x 9.5 inches (244 mm) and can be installed very comfortably in most mid-towers. On the other hand, the size of the EATX board is 12 inches (305 mm) x 13 inches (330.2 mm), which is not suitable for standard mid-tower chassis. There is no doubt that to accommodate one of these giants, you will need a complete tower. There are two direct benefits of expanding the size of the
EATX. First, with such a large surface area, it can handle and dissipate heat more effectively (signaling OC addicts to grind their teeth) and second, it gives you more room to work with your hands. . Suddenly, everything is less crowded and you no longer feel Godzilla walking through the small back streets of Tokyo.
Although AMD appears to have won, if only temporarily, the CPU battle with Intel, the battle for motherboard compatibility and chipset superiority continues.
Those with simple and compact devices have found that AMD is dominating the small motherboard market with its many microcompatible options for CPUs and peripherals. People may not understand Intel’s dominance in large and extended motherboards.
is not to say that AMD has not appeared in major motherboard games at all. There are some great options for the AM4 socket (see MSI X570 GODLIKE), but Intel CPUs are compatible with more EATX boards in the newer X299 and Z490 chipsets.
Intel considers itself a villain for traditional ATX boards and constantly changing sockets, while AMD, which advocates backward compatibility, has a more intimate spirit.
This is where things get interesting, and you will begin to realize the true potential of EATX motherboards. Part of the reason Intel is so far ahead of EATX motherboards is that they are working hard to turn this corporate services form factor into a super gaming tool. One of the most impressive ways to achieve this transformation is to insert an additional plug.
I know what you're thinking ... You mean the expansion slot, right? Well no, we actually mean sockets! In 2014, Intel released their inner mad scientist and created a Frankenstein dual socket EATX motherboard. We all know what this means, guys, two CPUs! That's how it is. If you manage to grab one of the boards, you can run two CPUs in parallel, instantly doubling computational efficiency. Every time you turn on the system, you can hardly resist yelling, "I can feel the power" at the top of your lungs.
But of course there is a problem. Aside from having to break through that piggy bank to pay for something close to this configuration, the dual CPU provides unprecedented processing power, and the accompanying software and hardware aren't actually capable of using it. Rugged construction, they have a fairly limited range of chipsets. As we mentioned earlier, you can find a large number of EATX motherboards with Intel Z490 or X299 chipsets. The Z490 motherboard is more common because it is the latest and most powerful Intel chipset.
Unfortunately, there are not so many AMD chipsets to choose from on EATX motherboards. As far as we know, there is no B450 motherboard available, nor any AMD Bchipset, so you must stick to X570 for now. On the other hand, the
ATX board provides a relatively wide range of chipsets. AMD’s A320 to B550 and X370 to X570 chipsets use the ATX specification, as do Intel’s latest two chipsets and countless previous chipsets.
Let's end this by comparing some of the features on these motherboards. Modern standard
ATX boards are generally equipped with three PCIe 4 X16 expansion slots, sometimes even just two, but as we all know, EATX has four or more so it has enough space to double the width of the graphics card of double slot and use them in parallel.
You may already know that most ATX motherboards have up to four RAM slots, but did you know that the number of DIMMs on EATX motherboards is between 6 and 8? This means they can take on 256GB of RAM supporting
. In the past, ATX motherboards didn't have as many SATA ports, but now you can find more than 8 ports. However, since the EATX form factor has more space, they generally have more,
Actually, they intend to carry out a hot form than the ATX Board.
A lot of fans and liquid cooling systems are required to fit this heat wave. Therefore, to support these heat solutions, the EATX plate has a strong amount of fans and pump headers.
Intel Socket 1151 9th / 8th Intel Core, Pentium Gold and Celeron Processor
Graphics Card Interface
AMD High Range
overclocking support at
444 x 570
surprisingly, the ATX board of hunting potential greater than their form factor Bogstandard ATX Is it a practical way?
The EATX plate is definitely as a recent option, which is not as common as a meeting that is considered to have a standard dimension. Therefore, compatible gears, such as large cases, are very widespread. That said, you can send all the correct components if you are dead to build a high power games supershoss. If you or someone else really needs an EATX table is another question.
is one of 1 inch or two different differences from EATX virtually unlimited power, but so incredible, especially because most other hardware and software know, you are really good quality, do not require it for the construction of the game. What should I use power if they have it? Why are ATX still going to take at least at least despite the possibility of eating rail plates?
Those are available, are much cheaper, and they are very capable. That said, it will be a standard for the EATX Board in the future, not an unrealistic futuristic future.