Asus ROG STRIX B250H GAMING – Best Compatible ROG STRIX B250H GAMING Mobo
The ROG STRIX B250H GAMING uses the Intel LGA 1151 CPU socket. Any compatible Intel CPU will have the same socket entry. It uses the DDR4 memory type, with maximum speeds of up to 2400 MHz, and 0 DDR4 slots allowing for a maximum total of 64 GB RAM.
Conforming to the ATX standard, the ROG STRIX B250H GAMING should fit into the majority of cases. ATX is the most common form factor, and as such has a high degree of compatibility with other components while providing a decent number of slots to widen your expansion options.
The ROG STRIX B250H GAMING has 6 SATA 3.0 hard drive slots. These allow for theoretical data transfer speeds of up to 6GB/s, as opposed to the 3GB/s of SATA 2.0. Generally speaking, only high performance hard drives, specifically solid-state drives, will be able to take advantage of the bandwidth potential of SATA 3.0 ports, though it is backwards compatible, so you do not have to take advantage.
The ROG STRIX B250H GAMING does not support onboard graphics. Any system build that uses this motherboard therefore requires a separate graphics card, or a processor that has a GPU on the same die, such as AMD APU processors. There are 2 PCIe x16 slots on this motherboard. This means it is perfectly capable of accommodating the latest graphics cards, although it is important to try and use a graphics card with the same graphics card interface of PCIe v3.0, as anything below will not reach the motherboard’s potential, and anything above will have its performance slashed to the bandwidth maximum of the ROG STRIX B250H GAMING‘s PCIe v3.0. The ROG STRIX B250H GAMING does not support multiple graphics cards via Nvidia SLI or AMD Crossfire.
The ROG STRIX B250H GAMING has 7 USB 2.0 slots but no USB 3.0 slots. While USB 3.0 slots are so far by no means necessary, and with a plethora of USB 2.0 peripherals to choose from, the USB functionality on this motherboard should be fine. If planning on building a new system, a motherboard with USB 3.0 is likely to have a longer life cycle, however.
