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That is 4 months old. Here's a 4 day old piece of news:
http://wccftech.com/intel-skull-canyon-nuc-iris-pro-580-powerful-2016/

"
In the first quarter of 2016, the blue-chip giant is going to be showing off an enthusiast platform dubbed ‘Skull Canyon’. It’s being tagged as the “most powerful NUC yet” and features the latest Skylake architecture combined with the elusive Gen9 GT4e graphics: namely the Iris Pro 580 with 128MB of stacked eDRAM.

Skull Canyon should see Intel’s Skylake-U series replace the Broadwell-U series processors in Intel’s NUC lineup, which currently has the Core i7-5500U as the flagship part."

Great! Thank you =)

The rMBP 13 could be a interesting choice, even more if they finaly do it 14-inch.
 
My point was about the CPU but another thing is... if a brand like LG which we can consider as average in design level does this... just imagine what Apple could do (if they want) with the redesigned (if they do it) rMBP.

Can't wait to see.
Well, I think the most important thing it's about compromises.
Sure that you can go even lighter, just get a lighter materials like plastics, magnaliums, or etc. but prepare to get trade-offs.
So does the thinner things.
It's not really the thinnest the best, but thin enough to let you have a good specs, were the best way to do.
Just saying.
 
Great! Thank you =)

The rMBP 13 could be a interesting choice, even more if they finaly do it 14-inch.
Yes, a 28W Skylake-U with Iris Pro 580 graphics would be quite a significant boost in graphics capability for the 13" . The ballpark estimate was a 2x improvement between Broadwell's GT3e Iris 6100 and the Iris Pro 580 GT4e graphics in this potential new Skylake-U.
 
As of right now, are the 2016 Macbook Pros expected to come out in March or June or September? Does anyone know which release date is likeliest for the 2016 13" and 15" MBPs?

P.S., I keep finding conflicting info
 
Yes, a 28W Skylake-U with Iris Pro 580 graphics would be quite a significant boost in graphics capability for the 13" . The ballpark estimate was a 2x improvement between Broadwell's GT3e Iris 6100 and the Iris Pro 580 GT4e graphics in this potential new Skylake-U.
The 13" Macbook Pro (that uses iris 6100) is a 28Watt part. You should expect the HD 550 in the 13" replacement, not the 580.
 
Here's an interesting thought from me, will the next MacBooks uses the 7000 series aluminum like the one from 6s?
 
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The 13" Macbook Pro (that uses iris 6100) is a 28Watt part. You should expect the HD 550 in the 13" replacement, not the 580.
Read the post at the top of this page. It refers to the existence of a 28W Skylake-U with Iris Pro 580 that's supposed to go into the Skull Canyon NUC, and sounds like a potential choice for the 13" rMBP.
 
Read the post at the top of this page. It refers to the existence of a 28W Skylake-U with Iris Pro 580 that's supposed to go into the Skull Canyon NUC, and sounds like a potential choice for the 13" rMBP.
Well, that would be something.
 
Here's an interesting thought from me, will the next MacBooks uses the 7000 series aluminum like the one from 6s?

If so they could shave of some weight at the same time. Less material to maintain the same strength (or improve it slightly).

Read the post at the top of this page. It refers to the existence of a 28W Skylake-U with Iris Pro 580 that's supposed to go into the Skull Canyon NUC, and sounds like a potential choice for the 13" rMBP.

If they do this the only difference would be the CPU itself, a dual core versus quad core... I'm not sure if they would do this would undermine the position of the 15".
 
If so they could shave of some weight at the same time. Less material to maintain the same strength (or improve it slightly).
To think about it, nobody really bend their MacBooks like the iPhone 6 did, so we might not see the 7000 series other than the iPhone.
But if a thinner design it's possible, switching to 7000 would benefits the hardness and can also be lighter than before.
I'm not really understanding about materials, but shouldn't had a huge difference in weight for aluminum alloys, but the benefits for 7000 might be larger than its sacrifice.
 
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To think about it, nobody really bend their MacBooks like the iPhone 6 did, so we might not see the 7000 series other than the iPhone.
But if a thinner design it's possible, switching to 7000 would benefits the hardness and can also be lighter than before.
I'm not really understanding about materials, but shouldn't had a huge difference in weight for aluminum alloys, but the benefits for 7000 might be larger than its sacrifice.

I guess the laptops already has Al 7000. They have bigger surfaces (they bigger the easy to bend), and they are devices in constant situations where they could have bent, student's backpacks, travels, etc... but I don't remember any post / news about it.
 
I guess the laptops already has Al 7000. They have bigger surfaces (they bigger the easy to bend), and they are devices in constant situations where they could have bent, student's backpacks, travels, etc... but I don't remember any post / news about it.
Oh really? So it's the standard for the hardware industries.
 
If so they could shave of some weight at the same time. Less material to maintain the same strength (or improve it slightly).



If they do this the only difference would be the CPU itself, a dual core versus quad core... I'm not sure if they would do this would undermine the position of the 15".
And more real screen estate
 
Oh really? So it's the standard for the hardware industries.

I don't know, it's just a guess. There are a lot of solutions out there for chassis, also the thickness of the surface is important for the bend resistance, like the internal design estructure, distance between screws, etc...
 
If they do this the only difference would be the CPU itself, a dual core versus quad core... I'm not sure if they would do this would undermine the position of the 15".
A quad-core 45W part with Iris Pro would have a much higher thermal envelope and greater processor performance, while the 28W part would throttle sooner, and will anyway be physically incapable of the level of multicore performance due to it having just 2 cores vs 4. A potential Iris Pro 13" on the other hand, would just make the next 13" by far the most powerful 13" laptop from a graphics perspective.
 
I don't know, it's just a guess. There are a lot of solutions out there for chassis, also the thickness of the surface is important for the bend resistance, like the internal design estructure, distance between screws, etc...
Yeah, there are many solutions, it also can be tricky to us sometimes
 
A quad-core 45W part with Iris Pro would have a much higher thermal envelope and greater processor performance, while the 28W part would throttle sooner, and will anyway be physically incapable of the level of multicore performance due to it having just 2 cores vs 4. A potential Iris Pro 13" on the other hand, would just make the next 13" by far the most powerful 13" laptop from a graphics perspective.
i heard that is out there the surface book with an dgpu, everybody say that is the most most powerful 13" laptop from graphics perspective
 
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i heard that is out there the surface book with an dgpu, everybody say that is the most most powerful 13" laptop from graphics perspective
I am referring to iGPU performance. The last 13" to have a dGPU was the 2010 model I think, and that was a custom Nvidia part. Therefore when I talk about 13" rMBP performance, I am talking only of iGPU performance. Apple is unilkely to go back to dGPUs for 13" . The Skylake on the Surface Book doesn't have Iris Pro either, and it's a 15W part.
 
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Maybe... but the Alienware 13 is the ultra most most powerful of all.
Probably only big difference in performance for the laptops today are the graphic chips they're using?
I think that's the major difference though, since everybody used the same CPUs from Intel, although I don't know about RAMs and Flash Memories--Samsung makes the best memory chips and Flash memories, and Apple tends to use them, but other may uses them as well.
 
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