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Haswell is probably the last generation with a dedicated video card. I think this is the gen to get.

The next gen, intel will probably match a 750m in opengl rendering. I doubt it will exceed it by much, if anything. However, their driver support will probably continue to be horrible.

Why would that be? Maxwell is 2 times faster than the current gen GPU's while Intel is looking to improve the GPU by 40% with Broadwell. So the gap is increasing.
 
I explicitly talked about Intel adding execution units (which are the principal component of any GPU). If you want to hammer me for not explicitly mentioning an important part of a MBP, you could hammer me for not mentioning the keyboard or the trackpad.

I know what execution units are, but I don't see that anywhere in your post. Edit: Whoops, I only read the list of what your predictions are, and I skimmed through the first paragraph. Technically. I was right because it wasn't in your predictions list specifically. Sorry though, I wasn't trying to hammer you about anything.
 
Why would that be? Maxwell is 2 times faster than the current gen GPU's while Intel is looking to improve the GPU by 40% with Broadwell. So the gap is increasing.

Because Apple likely only included the 750M option because the iGPU is worse than a 650M from the previous gen. There is an expectation from consumers that the next gen at least has the option to equal/surpass the previous one. Once iGPU catches up to the 750M, that expectation of consumers will be met.
 
So you don't forsee IZGO ?
I think upgrading the MBA to Retina is a much higher priority for Apple than tweaking the already excellent MBP Retina displays. I also think Apple will offer a 4K desktop Retina display before they tweak the MBP displays.
 
Hindsight

In my endless quest for worthless knowledge, I revisited AnandTech's review of the original Retina MacBook Pro (2012). The following passage jumped out at me:

"In our performance investigations I mentioned that compared to an upgraded Sandy Bridge MacBook Pro (high clocks with SSD), you won’t see tremendous performance gains from the rMBP. A quick look around Apple’s website actually shows not even a single CPU bound performance comparison between the rMBP and last year’s MacBook Pro.

The logical thing to do, if you’re the owner of a recent (2010/2011) MacBook Pro, is to wait until next year at the minimum. Haswell should bring a significant performance increase (particularly on the processor graphics front) and you’ll get it in the same chassis as what you see today."

I see this as a valuable lesson with regards to our tendency to look at the world through next-gen-coloured glasses.
 
In my endless quest for worthless knowledge, I revisited AnandTech's review of the original Retina MacBook Pro (2012). The following passage jumped out at me:

"In our performance investigations I mentioned that compared to an upgraded Sandy Bridge MacBook Pro (high clocks with SSD), you won’t see tremendous performance gains from the rMBP. A quick look around Apple’s website actually shows not even a single CPU bound performance comparison between the rMBP and last year’s MacBook Pro.

The logical thing to do, if you’re the owner of a recent (2010/2011) MacBook Pro, is to wait until next year at the minimum. Haswell should bring a significant performance increase (particularly on the processor graphics front) and you’ll get it in the same chassis as what you see today."

I see this as a valuable lesson with regards to our tendency to look at the world through next-gen-coloured glasses.

Not really. If Apple sticks to dedicated GPU's, the next gen rMBP will have a major GPU boost (around 100%). Also it appears that Broadwell is 30% more energy effecient than Haswell due to 14nm die shrink.

However if Apple does an early refresh of Haswell with the Maxwell GPU (around April 2014), then Haswell + Maxwell GPU is a very nice rMBP in terms of performance.

I'm perhaps thinking about skipping the current Haswell hoping that Apple will provide an updated Haswell rMBP with Maxwell graphics in April 2014. Broadwell is delayed and I'm not sure about waiting that long.
 
Not really. If Apple sticks to dedicated GPU's, the next gen rMBP will have a major GPU boost (around 100%).


that will truly interesting those magic gpus

However if Apple does an early refresh of Haswell with the Maxwell GPU (around April 2014), then Haswell + Maxwell GPU is a very nice rMBP in terms of performance.

I take its going to be latter, clear indication being the 20nm mishap in TSMC

the clear indication is the r9 290x
 
If Apple sticks to dedicated GPU's, the next gen rMBP will have a major GPU boost (around 100%). Also it appears that Broadwell is 30% more energy effecient than Haswell due to 14nm die shrink.

However if Apple does an early refresh of Haswell with the Maxwell GPU (around April 2014), then Haswell + Maxwell GPU is a very nice rMBP in terms of performance.

I'm perhaps thinking about skipping the current Haswell hoping that Apple will provide an updated Haswell rMBP with Maxwell graphics in April 2014.

That's a wild fantasy. The writing is on the wall. Apple are moving away from discrete GPUs along with the rest of the industry. At the end of 2014, the Mac Pro might be the only Mac available with a discrete GPU -- though there is still a chance for a iMac to have a discrete GPU into 2015.
 
In my endless quest for worthless knowledge, I revisited AnandTech's review of the original Retina MacBook Pro (2012). The following passage jumped out at me:

"In our performance investigations I mentioned that compared to an upgraded Sandy Bridge MacBook Pro (high clocks with SSD), you won’t see tremendous performance gains from the rMBP. A quick look around Apple’s website actually shows not even a single CPU bound performance comparison between the rMBP and last year’s MacBook Pro.

The logical thing to do, if you’re the owner of a recent (2010/2011) MacBook Pro, is to wait until next year at the minimum. Haswell should bring a significant performance increase (particularly on the processor graphics front) and you’ll get it in the same chassis as what you see today."

I see this as a valuable lesson with regards to our tendency to look at the world through next-gen-coloured glasses.

your not getting the full picture of what Anand tried to say. He described it better in the video review;

He says here; http://youtu.be/94OenZ71ADY?t=33m31s


its a question of when. And he mentions broadwell as well. He is right - if you bought a ivy bridge laptop, haswell doesn't make as much sense. If you had a sandy bridge or previous, it makes sense.


Broadwell will hopefully be meaningful for people like me who got the amazing ivy + kepler. its the best fusion of intel and nvidia I have ever seen thanks to boths focus on power savings and heat reduction. haswell was about battery, and broadwell will bring more performance back into it.
 
That's a wild fantasy. The writing is on the wall. Apple are moving away from discrete GPUs along with the rest of the industry. At the end of 2014, the Mac Pro might be the only Mac available with a discrete GPU -- though there is still a chance for a iMac to have a discrete GPU into 2015.

Intel propaganda is cute'n all but the "entire" industry is not moving away from integrated graphics.

Intel wants to kill Nvidia. They want their graphics business. It would be a lot more worth it for them. They have been saying this kind of stuff since the netbook days. But from Adobe to computer games to even web applications, there has become a more-and-more reliance on taking use of GPU compute


If you want to know more about it check this out; http://www.nvidia.com/object/what-is-gpu-computing.html


But I can tell you that a lot of games in the future as well as adobes suite will use it more and more for things like shaders.


These are the types of games coming down in the pipeline soon; http://www.youtube.com/watch?v=xbFBEjlKtpY




Apple is in a bit of a rut here. On the surface they are not known for gaming, but gaming has become so massive in the last few years. GTA5 launch beats all previous entertainment records. it surpasses movies. This forum has been on fire the last 6 months over GPU GPU GPU GPU. They know gaming matters. It's not gaming machines, it will never be, but they know its important. And with how fast it's progressed, they can't drop the GPU.

Maxwell will further take down the power and heat. They will meet the demand of more powerful performance system in lighter thinner mobile devices.


I doubt Iris Pro will even run GTA5 when it lands on PC. I don't know, but I don't think so. I think the fidelity in it, will really push it.
 
your not getting the full picture of what Anand tried to say. He described it better in the video review;

He says here; http://youtu.be/94OenZ71ADY?t=33m31s


its a question of when. And he mentions broadwell as well. He is right - if you bought a ivy bridge laptop, haswell doesn't make as much sense. If you had a sandy bridge or previous, it makes sense.


Broadwell will hopefully be meaningful for people like me who got the amazing ivy + kepler. its the best fusion of intel and nvidia I have ever seen thanks to boths focus on power savings and heat reduction. haswell was about battery, and broadwell will bring more performance back into it.

I guess the point I'm making is that it's easy to get carried away speculating about "the next great CPU" and lose sight of the fact that, in real-world terms, almost every refresh/update results in a 10-15% bump in performance no matter how promising it looks from the outset. People expected big things from Haswell--and I guess you could argue Apple's engineers did some great stuff with it in terms of the Air's battery life--but it's hardly a revolution.

And as I understand it, Broadwell is meant to bring greater efficiency under heavy CPU loads, which will be great for doing heavy lifting on battery power. Will it also bring a significant bump in CPU speeds? Remains to be seen, but I'm playing it safe from now on and keeping expectations nice and low.

Personally, I think the best way to really "feel" a refresh is to wait 4+ years between MBP purchases. But I realize not everyone has that kind of willpower. ;)
 
I wonder if LTE might become a thing. It was rumored to be in the 2013 model; http://au.ibtimes.com/articles/5148...2013-features-4g-lte-support.htm#.UngPSvlWxcY

I for one would love LTE. Still to many places without wifi, and even those with wifi can sometimes be annoyingly difficult to access.


I'll try to make some predictions about the Broadwell MBPs. Obviously, they will have Broadwell CPUs. The process shrink from 22nm to 14nm means that Intel will be able to pack twice as many transistors into the same die area. In theory, that means Intel could double everything: number of cores, cache sizes, number of execution units, etc. In reality, Intel will almost certainly make the dies a bit smaller in order to keep yields up (and costs down) and to reduce power consumption. Thus the increase in transistors might be somewhere in the area of 50%, on average.

What would Intel do with roughly about 50% more transistors? Generally, add execution units, increase cache sizes, and probably go from dual-core to quad-core for the 28W variants.

So, here are my predictions for the Broadwell MBPs:
- Broadwell CPUs (certain)
- Upgrade from 1600MHz DDR3 to 1866MHz DDR3 (probable)


Look at this from a BF4 benchmark:

BF45760.png


its pretty amazing as system ram speed have not had any real impact for a long time. we're finally seeing games taking more advantage of higher speeds!!
 
What about a 13" with a GPU? To kinda separate the Macbook Pro from the Air once the Air got that Retina Display. Also a quad core i7 upgrade would be nice.(13")
 
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What about a 13" with a GPU? To kinda separate the Macbook Pro from the Air once the Air got that Retina Display. Also a quad core i7 upgrade would be nice.

That would be nice but you know apple :D, I'm hoping that the base 13" model will get 8 gigs of ram not 4 :rolleyes:
 
I have a 13" 2012 classic MBP that I purchased in April this year, I will probably replace it in 2014.
My hopes for the broadwell rMBP 13" are that we get an SKU with:
  • Iris Pro graphics
  • Screen resolution of 2880X1800

Quad core would be nice too, but I'm not greedy:cool:
 
Yeah, it's pretty weird that the way we found out about this is through a display expert, not Apple itself.

That's because its not the best quality display tech on the market. The Kindle Fire HDX uses Low Temperature Poly Silicon LCD which is technically of higher quality than IGZO. However, it's more expensive to make and has lower yields where IGZO is much easier and cheaper to transition existing manufacturing lines to.
 
I have a 13" 2012 classic MBP that I purchased in April this year, I will probably replace it in 2014.
My hopes for the broadwell rMBP 13" are that we get an SKU with:
  • Iris Pro graphics
  • Screen resolution of 2880X1800

Quad core would be nice too, but I'm not greedy:cool:

No reason they are going to put a 2880x1800 pannel in the 13" rMBP since the current 2560x1600 pannel already exceeds the 15" rMBP's pixel density. Only reason for a 2880x1800 is if their source (ie: Samsung, LG, etc.) starts making 2880x1800 panels only. Quad core...meh....I think if they ever went Quad-core for the 13" it would be no where near the clock speed of a quad core on a 15", maybe like a Quad-Core i5 at 1.9 to 2.2GHz but clock speed and performance ratio depend on system architecture of course. Personally I think when/if we see 6-core processors in the 15" model the top end 13" model will get a decent quad-core. It could be a while though.
 
That's because its not the best quality display tech on the market. The Kindle Fire HDX uses Low Temperature Poly Silicon LCD which is technically of higher quality than IGZO. However, it's more expensive to make and has lower yields where IGZO is much easier and cheaper to transition existing manufacturing lines to.

I read that part too. It seems like Apple would at least mention though. It's not like Apple hasn't highlighted the advantages of something of lesser quality than a component of a competitor's product before;).
 
I read that part too. It seems like Apple would at least mention though. It's not like Apple hasn't highlighted the advantages of something of lesser quality than a component of a competitor's product before;).

Might have something to do with the product line they put it in--the iPad crowd, to generalize, aren't going to be popping life-ending boners over the word "IGZO" the way MPBers might. (Apologies for my use of PG-13 language.) Especially if there is no recognizable difference between the two display technologies apart from brightness and battery savings.
 
Might have something to do with the product line they put it in--the iPad crowd, to generalize, aren't going to be popping life-ending boners over the word "IGZO" the way MPBers might. (Apologies for my use of PG-13 language.) Especially if there is no recognizable difference between the two display technologies apart from brightness and battery savings.

I know, but I meant somewhere on the iPad page Apple should mention IGZO when they talk about battery life, ie. "With the breathtaking new iPad Air, we've managed to reduce the weight and width by an outstanding 20%, all thanks to the new power-efficient A7 64-bit processor and the innovative and cutting-edge IGZO technology we've deployed in the iPad Air."
 
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