The Asus H110M-R is compatible with Intel processors with the LGA 1151 socket.
It has 32 GB DDR4 maximum RAM and conforms to the Micro-ATX form factor standard.
|CPU Socket||LGA 1151||Graphics Card Interface||Not sure|
|CPU Compatible Make||Intel||SLI Support||1 graphics cards|
|CPU Chipset||H110 Express||Crossfire Support||1 graphics cards|
|Form Factor||Micro-ATX||Onboard GPU||no|
|Max RAM||32 GB DDR4||PCI Slots||-|
|RAM Slots||2 x DDR4||SATA 1.0||0|
|Memory Channels||2||SATA 2.0||0|
|Compatible RAM Speeds||SATA 3.0||0|
|USB 2.0 Internal Slots||1||RAID Support||yes|
|USB 2.0 Rear||2||Internal I/O|
|USB 3.0 Internal||1||Back Panel I/O|
|USB 3.0 Rear||2|
The Asus H110M-R 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 2133 MHz, and 0 DDR4 slots allowing for a maximum total of 32 GB RAM.
The Micro-ATX Asus H110M-R should fit into all ATX cases, but its smaller size allows you to downsize your system build as a whole. Its size comes at the cost of features, so there are likely to be far fewer connections and expansion options available than in a larger motherboard.
The Asus H110M-R 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 0 PCIe x16 slots on this motherboard. The Asus H110M-R does not support multiple graphics cards via Nvidia SLI or AMD Crossfire.
The Asus H110M-R has 3 USB 2.0 slots and 3 USB 3.0 slots. USB 3.0 slots are theoretically capable of data transfer speeds of up to 5 Gbit/s, which is over 10 times faster than the USB 2.0 top speed of 480 Mbit/s. Although USB 2.0 slots alone currently serve as well as ever, an upgrade would better future-proof your system as more USB 3.0 compatible peripherals emerge. USB 3.0 is also backwards compatible with USB 2.0, which means you do not even have to use the newer slot functionality if you do not wish to.