How to use ITX motherboard with ultra-small chassis?
Publish Time: 2024-06-25
In the pursuit of small and exquisite modern technology life, the combination of ultra-small chassis and ITX motherboard has become a popular trend. ITX motherboard, with its compact size and excellent performance, combined with ultra-small chassis, provides users with a computing experience that is both space-saving and fully functional.
First of all, the standard size of ITX motherboard is 170mm x 170mm, which is significantly smaller than the traditional ATX motherboard, making it very suitable for installation in ultra-small chassis. This combination not only saves desktop space, but also makes the entire computer system more exquisite.
Secondly, when choosing an ITX motherboard, you need to pay attention to its compatibility. Due to the limited internal space of the ultra-small chassis, you need to choose an ITX motherboard that matches the chassis. At the same time, ITX motherboard can usually only support small-sized graphics cards and radiators, so this also needs to be considered when choosing other hardware.
During installation, you need to pay attention to the heat dissipation of ITX motherboard and ultra-small chassis. Due to the small size of ITX motherboard, its heat dissipation performance may be affected to a certain extent. Therefore, when choosing an ultra-small chassis, you need to choose a product with good heat dissipation performance, and arrange it reasonably during installation to ensure the heat dissipation effect of the motherboard and other hardware.
In addition, the combination of ITX motherboard and ultra-small chassis also requires attention to the choice of power supply. Due to the size limitations of ITX motherboard and chassis, SFX or smaller power supplies are usually required to provide power. Therefore, when purchasing a power supply, you need to choose an SFX power supply that is compatible with the motherboard and chassis.
In general, the combination of ITX motherboard and ultra-small chassis requires users to consider factors such as compatibility, heat dissipation performance, and power supply selection when choosing hardware. Through reasonable matching and installation, users can get a computing experience that is both space-saving and fully functional.
