MSI H170I PRO AC
MSI's H170I PRO AC is the only mini-ITX board in today's round-up. Like all such tiny boards, it makes a few compromises in some areas, but I also found some positive features that stand out. For example, this is the only board in the round-up with Wi-Fi connectivity, and it has some interesting diagnostic LEDs on the board.
In the box, you get the board, a pair of SATA cables and a pair of antennas for the wireless radio. You'll also find the usual I/O plate and driver CD, along with a glue-bound, 5-15/16-inch x 4-inch manual that will not lie flat and is somewhat difficult to read due to tiny type. The various languages are not well-labeled or called out in a table of contents. However, in addition to English, I recognize French, German and Russian; plus, there are four pictographic Asian languages.
The audio codec is an ALC887, which offers a 97dB S/N on the output and 90dB S/N on the input. It isn't pro-quality, but is fine for most users who are not audiophiles.
The layout is a little cramped, as you would expect on a mini-ITX board. Most of the placements are intuitive, but a couple of them are not. The front-panel audio connector is located to the left of the audio jacks. The USB2.0 and COM headers are between the network and USB connectors, so a front-panel USB2.0 cable will run across the board. The radio is pre-mounted right in front of the antenna connectors, so their connecting wires are short and won't get in the way as you install this board. The CPU power connector requires only four pins, and is well-placed with finger space around it on the right edge in front of the rear mounting hole. Both fan headers are on the right edge well behind the two DDR4 DIMM slot latches. There are no latches on the left side.
In the narrow space between the DIMM slots and the ATX power connector are two surface-mount LEDs. One is for HDD activity, and the other indicates a CPU overvoltage condition. To the immediate left of the ATX power connector are three more surface-mount LEDs, one each to indicate boot issues with the CPU, RAM or display adapter.
The USB3.0 connector is on the left side of the front edge. Two of the SATA 6Gb/s connectors are to its left, with the front panel and speaker connectors on the other side; this is OK, but the other two SATA 6Gb/s connectors are behind the DIMM slots. Once RAM and a graphics card are installed, those two SATA cables may be difficult to easily reach.
The PCIe slot is reinforced by thick, plastic ridges on the outside edge, and its metal mounting pins (not just the electrical connectors) are soldered to the board; well, one is, but my sample appears to be missing the pad that would have allowed the other to hold any solder. In any case, MSI says these features are to protect the slot against accidental damage from heavy graphics cards. The M.2 slot is located on the underside of the board, so if you're going to use this slot, mount the M.2 drive before mounting the board. Looking at the QVL, this slot appears to take PCIe-based M.2 drives, but not SATA-based, so choose your drive carefully.
The MSI UEFI is straightforward. Here is the main screen, along with one showing current status:
Once again, since H170 is not an overclocking chipset, the following screens provide few actually configurable options, despite using a K-series CPU:
2. H170 supposed to be cheaper is not entirely true... So myself i do not see the point paying for a cut chipset not less or almost no difference compared to z170... As this is inteded for budget build...
Otherwise, I take full blame (or credit) for the results! These are decent boards for most people.
Also I don't see why a lack of SATA-Express is a problem on the ASRock board as there are no devices to utilize it.
Not really, they're considered to be not as reliable, just like EVGA boards. Though there is no factual data I can think of to back up this claim, it is general consensus.
1) People buying a mini-ITX board don't want (or expect) much, if any, expandability. Limited expandability is arguably the whole point of mITX.
2) The only compelling reason to go with an M.2 interface is to use a (PCIe x4) NVMe SSD. If the M.2 interface *wasn't* PCIe, only then it should be called out as a con.
As always, a given Pro or Con may not apply to you, so it might not affect your decision at all. If it does apply, it could be a dealbreaker to some.
I had a Biostar 754 board back in the day. Never gave me a bit of trouble, though I didn't exactly push it particularly hard. It powered the last iteration of my Linux box (still have the drive with the /home partition, swear I'll resurrect it... someday), and was in service for probably 4-5 years. In fact, I think it's hanging out in a box destined for electronics recycling, and would probably still work if plugged back in. No time/motivation to find out, though. *sigh*
Digressions and nostalgia notwithstanding, I'd have no problem using one again. Hard to justify, though, when Biostar's availability is so spotty, and equivalent products from the majors regularly undercut them when on sale.
In an ATX board it's not a huge problem unless you're running a particularly large number of expansion cards, but on an mATX board like the Biostar this roundup it gets a little constraining.