seeing some real salty intel fanboys on this page lmao, cant wait for the 3000 series to send them into a coma
Beautiful
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seeing some real salty intel fanboys on this page lmao, cant wait for the 3000 series to send them into a coma
I see no reason why I won't just be able to bung in any of the new chips in my board and still be able to clock the hell out of it... Well, providing they can actually be overclocked as these 2xxx chips are basically maxed out from the get go.
If the rumours are true the top end chips will be ~140W TDP, versus 105W for the 2700X so it’s a big jump in possible power consumption, there’s also just simple things like voltage regulation required might be different as presumably the new chips will be significantly lower voltage (or is this moved on package with AM4?)
If the rumours are true the top end chips will be ~140W TDP, versus 105W for the 2700X so it’s a big jump in possible power consumption, there’s also just simple things like voltage regulation required might be different as presumably the new chips will be significantly lower voltage (or is this moved on package with AM4?)
TDP/watt specification of coolers is really meaningless, because just like SPL of fans they don't have anycredible/real measuring standards.
Components of VRMs again have combined max current capability.
Likely high end around 500A level.
Well, 10x IR3555 makes 600A max.
Though VRM's are certainly going to require special cooling at those output currents, because waste power amount is in class of high end CPU's heat output.
Also PCB tracks might be running "tiny bit" hot at such currents.
I think it will be a similar situation like what happened with the 2xxx chips, Will work on 370 boards but require x470 for PBO ect .
As it happens, i have no issue with my 2700x being maxed out from the "get go" Saves all the hours of clocking the cpu. I do love clocking ram though and that is where Ryzen comes into it's own.
I think 5GHz turbo on at least single core is a given, probably lightly threaded all core too on top bin parts, given what has been said of the process
500A, let alone 600A, is extremely high number. At 1V, you would have 500-600W chip. At 1.4V, 700W chip.
A 140W chip at 1.15V would likely draw 'only' about 120A.
It's certainly no rocket science, yet you managed to bungle how P=UI equation is handled, when I is the unknown.It's not rocket science to work out It's 161A
It's not rocket science to work out It's 161A
It's certainly no rocket science, yet you managed to bungle how P=UI equation is handled, when I is the unknown.
I think you better skip new year's drinks, because ones from Christmas seem to have still some effect.