Thanks for the explanation, but, if that is the case, will the integrated graphics be Iris Pro 530, 550, or maybe even 580?Very unlikely. I wont say impossible because.. well, who knows. But ill say very unlikely.
Apple uses ~35Watt discrete GPUs in the Macbook Pro 15". The fact that polaris is "cooler" is irrelevant, they would still use the same TDP thermal headroom in the design of the chasis. Given what they have to work with, and the fact that a polaris GPU under 35 watt is A) Unlikely to exist and B) wouldnt perform that well anyway, it simply doesnt make much sense.
Thanks for the explanation, but, if that is the case, will the integrated graphics be Iris Pro 530, 550, or maybe even 580?
The available Skylake mobile chips with the Iris Pro 580 GPU are all 45W so unless Apple has a new thermal design (very unlikely), you won't see them in the new 13" MBP.Thanks for the explanation, but, if that is the case, will the integrated graphics be Iris Pro 530, 550, or maybe even 580?
Not strictly speaking true. The retina version has never had a dGPU, but the older versions did, albeit 2010 and earlier.Extremely unlikely as 13" has never had a dGPU.
- No, they didn't. 2010/320M and 2009/9400M were both integrated solutions.The retina version has never had a dGPU, but the older versions did, albeit 2010 and earlier.
I'm not sure what you mean, are you talking about the nvidia 320M and 9400M because I thought those were GPUs and not integrated.- No, they didn't. 2010/320M and 2009/9400M were both integrated solutions.
- Yes, I am. 320M on 2010 13" and 9400M on 2009 13". Both are integrated GPUs, as can be read, respectively, in the second sentence of the graphics section of this Anandtech review and in the first sentence of this Notebookcheck review.I'm not sure what you mean, are you talking about the nvidia 320M and 9400M because I thought those were GPUs and not integrated.
I'm not sure what you mean, are you talking about the nvidia 320M and 9400M because I thought those were GPUs and not integrated.
No, they were a discrete GPU design integrated into an nVidia chipset. They were not part of the Intel CPU. It's why the Core 2 Duo hung around so long instead of transitioning to an i3 or i5.They were NVIDIAS silicon integrated onto the main Intel chip and using system RAM, by all measures they were an integrated chip.
No, they were a discrete GPU design integrated into an nVidia chipset. They were not part of the Intel CPU. It's why the Core 2 Duo hung around so long instead of transitioning to an i3 or i5.
- Whether or not they were a part of the Intel CPU makes not a little bit of difference. The definitional difference between a discrete graphics solution and an integrated graphics solution is that the discrete has its own (discrete) memory, whereas the memory for an integrated solution has to be shared (integrated) with system RAM.No, they were a discrete GPU design integrated into an nVidia chipset. They were not part of the Intel CPU. It's why the Core 2 Duo hung around so long instead of transitioning to an i3 or i5.
https://en.wikipedia.org/wiki/Graphics_processing_unit#Dedicated_graphics_cardsThe term "dedicated" refers to the fact that dedicated graphics cards have RAM that is dedicated to the card's use
https://en.wikipedia.org/wiki/Graphics_processing_unit#Integrated_graphics_solutionsIntegrated graphics solutions, shared graphics solutions, or integrated graphics processors (IGP) utilize a portion of a computer's system RAM rather than dedicated graphics memory. IGPs can be integrated onto the motherboard as part of the chipset, or within the same die as CPU (like AMD APU or Intel HD Graphics).