Hence, overclocking dreams can never come true with such builds in most cases. However, the major benefit of using a mini-ITX is that they are cheap, and can fit easily inside a small-sized PC case. Moving over to the next motherboard type, the nano-ITX are even smaller motherboards than the mini-ITX ones, measuring around 4. Primarily, these motherboards are designed to consume very low power. Hence, they are pretty limited and only work with specific hardware components. That said, the nano-ITX motherboards are often used to build small computers ideal for smart entertainment purposes like PVRs, smart TVs, or automation purposes mostly.
Pico-ITX motherboards measure around 3. Basically, these motherboards are quite often used in devices designed for IoT and automation purposes. These boards are a great choice for such devices since the power consumption is quite low and can be implemented easily in industrial automation devices, and similar other devices. We hope you have got a decent idea about each kind of motherboard by now. While buying a motherboard, basically, you pay for the expansion slots and other connection ports.
That is why the larger-sized motherboards with more slots are expensive as compared to the smaller boards, which have fewer ports. On the other hand, if you have a limited budget or intentionally want to build a smaller PC, you can choose between mATX and mini-ITX boards as per your requirements.
For any other queries related to motherboards, you can feel free to discuss them in the comments section below. Your email address will not be published. June 18, By Ashwak.
That being said, high-end motherboards come in all three form factors including MicroATX ones. Click here for our buyer's guide to the best motherboard CPU combos.
Despite their difference in size and features, all three types of motherboards share a surprising number of common traits:. As long as they are of the same generation, all three form factors will have the same CPU socket. However, high-end graphics cards tend to be massive so most Mini-ITX cases and some MicroATX ones won't have enough space to accommodate these behemoths.
As you can see on the Gigabyte board above, you have much better options of putting together a four-way SLI or CrossFire setup. The improved capacity has a strong influence on the price tag, but with it follows a higher functionality and more maxed out specifications. You can often find dual gigabit ethernet ports, a stronger and more powerful sound chip, and other features for the true connoisseur.
No denying, money means power! The mounting holes are, like the form factor dimensions, not always the same, and thus you cannot be sure that the motherboard fits in your frame. Make sure to do your homework!
For the very same reason, we have used the size of the Gigabyte G1. Yours may very well be completely different. If you are not a true connoisseur, but an extreme one, then the E-ATX might be your home run. These are the largest, baddest of the bunch, simply because more room means, well, more room. E stands for Extended, and when splashing the cash for these boards, you get a cornucopia of features and finesse in return, e.
Many of the E-ATXs give you extended possibilities compared to their smaller cousins. You can often find curious connections that are missing on lesser boards; the reason behind this is the omnipresence of E-ATXs in servers and workstations that have special requirements.
You also find that these motherboards have a different focus than ones aimed for consumer PCs. You can often find an improved quality in capacitors, mosfets, etc. This could be beneficial for those of you who are looking for a machine that does 3D and video rendering.
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