Monday, May 31st 2021
ASUS Teases Four Upcoming X570 Motherboards with Fanless Chipset Cooling
ASUS teased what is possibly its final round of Socket AM4 motherboards based on the AMD X570 chipset. The boards are based on the X570 chipset with the latest AGESA update that runs the chipset cooler, so thay can made do with fanless heatsink cooling. The teaser pic reveals at least four models—one based in the coveted ProArt line of creator motherboards; one from the TUF Gaming line of value-ended gaming motherboards; one form the ROG Strix series of premium gaming motherboards; and the last from the ROG Crosshair series of enthusiast/overclocking motherboards.
The motherboard in the bottom-right quadrant isn't the Crosshair VIII Dark Hero, but very likely a next-gen Crosshair Formula product. The bottom-left board could be a successor to the ROG Strix X570-E Gaming. The top-right board could be a TUF Gaming X570 Pro successor; while the top-left could be an all new product based in the ProArt series.
Update May 31st: ASUS clarified in a Facebook post that these motherboards use the same X570 chipset, but take advantage of the latest AGESA firmware that lowers TDP of the chipset just enough for motherboard designers to use fanless heatsinks.
Source:
HXL (Twitter)
The motherboard in the bottom-right quadrant isn't the Crosshair VIII Dark Hero, but very likely a next-gen Crosshair Formula product. The bottom-left board could be a successor to the ROG Strix X570-E Gaming. The top-right board could be a TUF Gaming X570 Pro successor; while the top-left could be an all new product based in the ProArt series.
Update May 31st: ASUS clarified in a Facebook post that these motherboards use the same X570 chipset, but take advantage of the latest AGESA firmware that lowers TDP of the chipset just enough for motherboard designers to use fanless heatsinks.
76 Comments on ASUS Teases Four Upcoming X570 Motherboards with Fanless Chipset Cooling
All a standard X570 board needs is a semi decent heatsink and it will be completely fine.
I'm not liking this trend of finding a reason to refresh the whole platform because of that...
And am i bit disappointed that besides the X570 Xtreme, no one really bothered making any kind of reasonably priced boards with one.
People who forget history are doomed to repeat it, those that do are doomed to watch it. Especially given how quickly companies like ford implemented twin injection when they saw the problem in the F-150, it really makes you think. What's so wrong with port injection anyway?
Worst thing on motherboard is overheating components.
I have 40x40 Noctua on chipset. It runs on some rather insane speed, yet its whisper quiet.
They have no issue hsipping boards with insufficient VRM cooling, but god forbid the chipset goes without its unnecessary fan for 99% of use cases... Hell a lot of these designs will throw errors at bootup at you if the original fan isnt plugged in. I have a dell D630 with an nvidia GPU that stilll works.
I'm hoping so. The X570-E has been around $350-400 for awhile, though it dropped down to $330. Still not MSRP though - $300, I believe.
Got my X570-E for 280Euros....
The S denotes the word silent, meaning that these updated chipsets are capable of working with passive cooling and possibly having a lower TDP compared to 11 and 15 Watts of the X570 chipsets for consumer and enterprise motherboards, respectively.
Don't think silicon node changed at all, but indeed probably software/firmware changes to reduce TDP a bit. There is a lot they could have done to reduce TDP without a die shrink, that would still require spinning the silicon again. Better clock gating, boundary optimization (removing unused cells, etc.), constraint changes, PnR optimizations
PCIe 4.0 coming from CPU matters more than it coming from Chipset though for majority of use cases
Software optimizations more or less. Dont think they shrunk it, but could also see optimizations done to the chip that require new silicon, on the same node. ^^^
Well hello, backdate that one plz
You have to understand the manufacturers too. They don't want users to simply fry the motherboard if there is obstructed airflow around that area.
On my own example. I had 3 1080Tis (LC) for rendering and there was very little airflow coming over the chipset so fan was constantly in motion. Such annoying noise. Even low speed and chipset was around 70C it was extremely unpleasant. Now after I ditched 3 cards for 1 3090 fan never ever turn on with plenty of airflow.
I get it that consumer boards are not designed to held multiple GPUs, but still it is a safety measure. All boards can turn off chipset fan in UEFI or you can manually pull the plug from the motherboard. It's that simple and complaining about chipset fan is redundant.