I'm glad you liked that. Now read the rest of my comments above. I don't think there's enough power for a mild overclock when using the big processor.I especially like the part about how people shouldn't put 3900x's in an x570 motherboard.
I'm glad you liked that. Now read the rest of my comments above. I don't think there's enough power for a mild overclock when using the big processor.I especially like the part about how people shouldn't put 3900x's in an x570 motherboard.
Where in the article does it say that?
This is a review response thread for content that's actually in the review.I watched the video, and saw the response when Steve wanted a private conversation, with the editor of the article. It was a petty, if not arrogant, response.
You probably did not know this, but you CAN read a different opinion and just move on. I respect yours, but the point is totally missing.
I know that, it is why I bought it, where did I say it was a bad Motherboard. Interestingly enough, the Unify was MSI's answer to the crap boards they made before it. The Unify is a great board.Dude... MSI Unify is the fixed version that came out after the backlash. That mobo has no VRM problems.
So, just move on, say nothing, and watch people buy a garbage motherboard?
Tom's Hardware used to be a great place to go for feedback. We tested this CPU up to 230W via overclocked stress tests. The 3950X TDP is 105W. Reading instead of skimming could be helpful..tsk tsk
Are you the one who said "At the very least, Tom's is saying that MSI must have gotten its own spec wrong"?We are on the same page - guy called me a troll for saying the board is bad, so that was my replay to that. Nobody should buy or recommend this board.
Are you the one who said "At the very least, Tom's is saying that MSI must have gotten its own spec wrong"?
But did anyone say that? We think everyone who buys a board should expect at least some flexibility in adjusting CPU settings. Given the capacity of the voltage regulator, we don't perceive that flexibility existing for the 3950X when used in this board.
Right now the impetus is PCIe 4.0. It can make a big difference in storage performance. By the time we're done arguing over that, the B550 will be available."Most buyers in the sub-$200 motherboard market will never upgrade to the Ryzen 9 3950X, and few will even jump up to the 3900X, and hardly any buyers would expect boards in this price class to overclock those processors. When you’re mostly after the basics in an X570 board, so you can spend more on the processor or other components, the MPG X570 Gaming Plus is easy to recommend."
I can't come up with any logic to justify this statement. If you are just planning on running a Ryzen 3700X forever you should be recommending a B450. The only reason to have a X570 would be if you want a platform for future upgrades or are dropping one of the higher tier level chips in now.
At its price, it's basically a PCIe 4.0-supporting alternative to cheap B450 models.Then why would you give this board the Editor's Choice then?
I bought this board. Your response smacks of being a very poor troll since I already said that. That's a rookie troll. You've got to pump up that troll.
The reason our recommendations are limited is that AMD processors don't often run at their rated frequency and we don't want to be stuck with "but I'm not overclocking, I'm just trying to get my processor up to its rated frequency" excuses on a board that obviously doesn't have enough power to overclock those CPUs.
At its price, it's basically a PCIe 4.0-supporting alternative to cheap B450 models.
I went through all the bother to order a board in part to confirm overheating, used an overclock to bump the CPU power consumption up by well over 50W, and was disappointed by a maximum load temperature of 90 °C after an hour of Prime95 small-FFTs.yes and "at this price" there are boards with VRM that don't overheat.
Right now the impetus is PCIe 4.0. It can make a big difference in storage performance. By the time we're done arguing over that, the B550 will be available.
And as much as we like to think that we're going to upgrade the CPU before we find a must-have newer board, I've been following this market long enough to say that most of us won't. If recent history is any indication, we'll be handing this systems down to someone else instead.
I might be a little overly enthused about the ever-increasing performance data I'm seeing from PCIe 4.0 storage.The whole AM4 platform is based on the fact it is upgradeable, to a better CPU, in the future. 1st gen Ryzen users, doing a drop in upgrade, to a 3rd gen, is more common than you may think. I fully intend to drop in a 3rd gen cpu, into my board, when 4th gen is released, and the fire sale of 3rd gen starts. Previous to Ryzen, yea hand me down systems probably were more common. Intel requiring a new socket and/or chipset, needlessly, for a new release will cause that.
PCI-E 4.0 is a feature 99.9% of people have no need of, nor would they notice the difference, in everyday use. Most cannot tell a difference between SATA, an entry level NVME, like the 660p, or even the very good 970evo. They would be better served by a B450 tomahawk max, and using the savings towards a faster GPU, or a higher capacity SSD.
People that can use, or need, such storage speed, are most likely professionals looking at a far more expensive setup, than a low end x570 board, that cannot properly handle anything beyond a 3700x.
Except that there is a handful of better alternatives within a few dollars of the same price. Makes it hard for people to swallow an "easy recommendation" for a board that even the manufacturer has admitted to being sub-par.At its price, it's basically a PCIe 4.0-supporting alternative to cheap B450 models.
I bought this board. Your response smacks of being a very poor troll since I already said that. That's a rookie troll. You've got to pump up that troll.
The reason our recommendations are limited is that AMD processors don't often run at their rated frequency and we don't want to be stuck with "but I'm not overclocking, I'm just trying to get my processor up to its rated frequency" excuses on a board that obviously doesn't have enough power to overclock those CPUs.
The reason our recommendations are limited is that AMD processors don't often run at their rated frequency and we don't want to be stuck with "but I'm not overclocking, I'm just trying to get my processor up to its rated frequency" excuses on a board that obviously doesn't have enough power to overclock those CPUs.