Read more.You saw them first in the all-new Apple MacBook Pro machines last night.
Read more.You saw them first in the all-new Apple MacBook Pro machines last night.
So basically a mashed up RX 460 makes a 460 Pro.
RX = 14 CUs Pro = 16
RX = 2.2Tf Pro = 1.8Tf
RX = 112GB/s Pro = 80GB/s
So all in all meh.
The radeon pro is basically the usual radeon 'gaming' gpu (a low power version) that has just been given better optimised drivers for 'professional' programs, something that shouldn't 'need' to be done.... but they do this because how else would they be able to charge the usual 5x markup on the price of virtually identical hardware to the consumer stuff. They don't even need to work hard on this optimisation as the code will just be passed down from their firepro models (thats their nvidia quadro equivalent) .
Nvidia do the same, in most cases the quadro and geforce are fundamentally the same under the hood and it's only down the drivers and software being coded to require certain hardware that makes the difference. Perfect example, a geforce gpu will do everything the quadro will do in solidworks but dassault (makes solidworks) disables certain display options unless you have a quadro installed....
Yeah, the power is the same as my 2.5-year-old 860M, but they managed to cut the power usage in half.
Hmm, maybe I'm comparing the power wrong. The 860M and the 460 Pro both have around 1.8TFLOPS but the 1050 TI has ~2.1 TFLOPS and obviously is much more powerful than my 860M. I guess TFLOPS aren't everything?
this is not true for many years now, they share only the same core now, there are differences on how they address resources and memory, because they have to render more polygons and less textures, while the gaming counterparts need the opposite, more textures, less polygons.
but I remember a time when you could hack a gaming nvidia to be quadro, that was like 15 years before however.
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