At CES we heard from several big manufacturers that they "are not" going to be making a Ryzen ITX board (When questioned, Gigabyte, ASRock, and ASUS reps told us that they weren't going to invest in ITX motherboards for AM4 unless sales are off the charts) but AMD specifically told me that 3 ITX boards are currently in development but they won't be available at Ryzen launch (AMD wouldn't discuss who was making them as the board partners asked not to be disclosed) so with Biostar announced, it makes me wonder who the other 2 players are.
Another thing worth mentioning is Biostar's use of the ATX-designed x370 chipset. I wonder if the other board partners will skip the "slightly gutted" ITX-designed x300 chipset altogether.
Actually there are two mini-ITX MB from Biostar in that article, X370GTN and B350GTN.I'm hoping to see a full line of ITX boards from companies that are doing them. So like Biostar may have this x370, but maybe also have a B350 and x300 also at lower price points. Just because this is the only ITX Ryzen board from Biostar we know of, doesn't mean it'll be the only one they release.
Summit Ridge has no graphics, so the video ports will not be usable unless you use Raven Ridge, right?
Disappointing that they are using HDMI 1.4 on ITX and mATX, but HDMI 2.0 on ATX... I hope that is not because of a limitation of Ryzen or Raven Ridge
If AMD have similarly small dies, they will have the same issues that result in TIM being mandatory rather than solder for Intel. And as known from testing of Ivy Bridge CPUs, the issue is not the TIM itself (which performs pretty much identically, like all TIMs) but with the adhesion of the IHS increasing the distance from the die top to the IHS base.When I see regress on intel skylake and even more on Kabylake, it's simply scandalous that Intel is using so cheap thermal compound. I'm not even speaking of thickness of pcb from Skylake...