Building a mini-ITX PC is no fun if it isn't a challenge. That's the conclusion I've come to after spending many moments pondering why I'm such a huge fan of mini-ITX systems. There are other factors, ...

Building a mini-ITX PC can be an exciting challenge offering the promise of a compact, yet powerful computing solution. However, amid the excitement of assembling your system, it’s crucial to tread ...

There’s something uniquely satisfying about building a SFF Mini-ITX PC gaming PC that’s not just powerful but also compact enough to fit on a small desk or shelf. But let’s be real—packing that much ...

Watch this video on YouTube. When you start putting together your N100 Mini-ITX PC, you’ll find that the motherboard fits perfectly into the case of your choice. One of the key features of this build ...

While not quite small enough to build a traditional 4x4 NUC, ASRock's new X600TM-ITX motherboard is small enough to build a mini PC, and a bleeding edge one, too. According to ASRock, the X600TM-ITX ...

The problem is that no consumer wants to see PC hardware--or hear fan noise--in their living room or den. That's where Mini-ITX hardware shines. Built in a case that looks more like a set-top box than ...

Mini-ITX motherboards, which measure approximately 6.7 x 6.7 inches, are significantly smaller than Micro-ATX models measuring 9.6 x 9.6 inches. This smaller size makes Mini-ITX ideal for tiny ...

This outstanding mini-ITX steampunk PC build wouldn't look out of place in The League of Extraordinary Gentlemen. It's based on a Cooler Master NR200P mini-ITX case, but PC modder Joel Hunt has ...

We may receive a commission on purchases made from links. Whether you're building or upgrading your PC, the size of its motherboard plays a big role in choosing computer components. It affects ...

Firstly, you should make sure that the motherboard fits into the PC case. Motherboards are available in different sizes such as ATX, Micro-ATX, and Mini-ITX. PC cases are dimensioned accordingly. A ...

Mini-ITX is a small form factor (SFF) standard for motherboards and computer cases that was developed by VIA Technologies in 2001. Its main purpose was to allow for compact and space-efficient ...