I recently heard AMD does theres at turbo boost not base clock like Intel. People better informed than I should be able to confirm or deny that is the case.
If that's the case, why is the 3900x well above it's 105w declaration by AMD
![dk3frenr.rez.png](http://iforce.co.nz/i/dk3frenr.rez.png)
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I recently heard AMD does theres at turbo boost not base clock like Intel. People better informed than I should be able to confirm or deny that is the case.
Muahahaha at least the last 5 due to the delay of 10nmGood spot! Does that mean they've been using the same template for over 10 years?![]()
I have no idea but somebody more versed in these things might be able to explain that chart and what it represents than I. Though looking at 8700K and 9900K they have a lower TDP at 95W but use more power. Quite a bit more in the case of the 9900K.If that's the case, why is the 3900x well above it's 105w declaration by AMD
I have no idea but somebody more versed in these things might be able to explain that chart and what it represents than I. Though looking at 8700K and 9900K they have a lower TDP at 95W but use more power. Quite a bit more in the case of the 9900K.
People get way too worked up about AMD, guys you don’t need to ram it down our throats any more... They have caught up, regardless of which CPU is the marginal 5% best for which task the result already is a win with price reductions and the hope of better products in the future.
Chill out and enjoy it.
If that's the case, why is the 3900x well above it's 105w declaration by AMD
![]()
I recently heard AMD does theres at turbo boost not base clock like Intel. People better informed than I should be able to confirm or deny that is the case.
If that's the case, why is the 3900x well above it's 105w declaration by AMD
![]()
- Package Power Tracking (PPT): The power threshold that is allowed to be delivered to the socket.
- This is 88W for 65W TDP processors, and 142W for 105W TDP processors.
- Thermal Design Current (TDC): The maximum amount of current delivered by the motherboard’s voltage regulators when under thermally constrained scenarios (high temperatures)
- This is 60A for 65W TDP processors, and 95A for 105W TDP processors.
- Electrical Design Current (EDC): This is the maximum amount of current at any instantaneous short period of time that can be delivered by the motherboard’s voltage regulators.
- This is 90A for 65W TDP processors, and 140A for 105W TDP processors.
Lol. True.New chipset, new socket, same old 14nm and even hotter.
Good luck.
Maybe when one goes bang it'll leave behind a black hole that swallows the entire case.New chipset, new socket, same old 14nm and even hotter.
Good luck.
Thank you so much for coming along and dispelling any ignorance on the matter.TDP is whatever measure the manufacturer wants it to be and is not maximum power consumption....[snip]...
So with Anandtechs numbers, at stock the 3900X is a 142W CPU and the 9900K is a 168W CPU. For someone building a computer and checking their power budget these are the actually useful numbers.
Links:
https://www.anandtech.com/show/13400/intel-9th-gen-core-i9-9900k-i7-9700k-i5-9600k-review/21
https://www.anandtech.com/show/13544/why-intel-processors-draw-more-power-than-expected-tdp-turbo
https://www.anandtech.com/show/14605/the-and-ryzen-3700x-3900x-review-raising-the-bar/19