I wonder how p state oc will go with the new turbo, depending what is exposed that could be the way to get to ~4.5 single thread ~4.2 all threads.
Any info on revisions to the AM4 chipset?
OMG, just noticed that every single x470 motherboard now has 2 eps connectors for the cpu.
So now not only do I have to upgrade the motherboard but also my PSU!!
Not all of them, just the flagship one. Biostar even has some balls by putting single 4-pin EPS on their "Racing GTN" board.OMG, just noticed that every single x470 motherboard now has 2 eps connectors for the cpu.
So now not only do I have to upgrade the motherboard but also my PSU!!
That’s weird, isn’t a 12v EPS connector good for 150W?? Maybe at a 4.3GHz all core overclock the power draw is > 150W.OMG, just noticed that every single x470 motherboard now has 2 eps connectors for the cpu.
So now not only do I have to upgrade the motherboard but also my PSU!!
I bet its needed to even get over 4Ghz all core. I was hoping to get 4.2Ghz no more no less with a board with a single 8pin eps connector as that is all I have on my psu.Still waiting on the other vendors to reveal there products before I make a decision on a new mobo. But so far I am liking the taichi minus the extra eps connector is has..That’s weird, isn’t a 12v EPS connector good for 150W?? Maybe at a 4.3GHz all core overclock the power draw is > 150W.
OMG, just noticed that every single x470 motherboard now has 2 eps connectors for the cpu.
So now not only do I have to upgrade the motherboard but also my PSU!!
Single EPS12V is fine up to ~450W.
You'll blow VRM (and the CPU) before running into the limit.
Single EPS12V is fine up to ~450W.
You'll blow VRM (and the CPU) before running into the limit.
My guess would be less strain on power delivery(cooler lines) to what may be much better VRM's to handle higher overclocks, or even stock.Single EPS12V is fine up to ~450W.
You'll blow VRM (and the CPU) before running into the limit.
Really, >9 amps per pin, isn't that pushing things a bit? I guess 300W would be 'safe', but I don't know what the spec limit is.
Why do they add Two EPS? For controlling Power management?
I read ROG CROSSHAIR VI EXTREME's Manual and It says :So, the new boards have 8pin power connector + 4 pin power connector. Will they work if I leave the additional 4pin power connector unplugged?
I would hope this is the case for all the motherboards, would be really nice to confirm.I read ROG CROSSHAIR VI EXTREME's Manual and It says :
Do not forget to connect the 8-pin EATX12 V power plug.otherwise , the system will not boot
So only 8-pin requires.
Yeah... I dont know if that is true, I had a Asus X99 motherboard that had 2 eps connectors just like the new x470 motherboards are gonna have and it refused to power on or boot with out the extra eps connector plugged in.I read ROG CROSSHAIR VI EXTREME's Manual and It says :
Do not forget to connect the 8-pin EATX12 V power plug.otherwise , the system will not boot
So only 8-pin requires.
Yeah... I dont know if that is true, I had a Asus X99 motherboard that had 2 eps connectors just like the new x470 motherboards are gonna have and it refused to power on or boot with out the extra eps connector plugged in.
I know that userbenchmark is not a reliable benchmark and I would probably get laughed out of the room, but userbenchmark indicates
http://cpu.userbenchmark.com/Compare/Intel-Core-i7-7820X-vs-AMD-Ryzen-7-2700X/3928vsm475904
I know that userbenchmark is not a reliable benchmark and I would probably get laughed out of the room, but userbenchmark indicates
http://cpu.userbenchmark.com/Compare/Intel-Core-i7-7820X-vs-AMD-Ryzen-7-2700X/3928vsm475904