If you cut the 15" down to 11", underclock, remove firewire etc. and leave fewer ports. Thats what a 11 Pro will be.
If, big if, we were to take lower spec parts, including battery (much smaller), GPU and removing the OD. How much space is left?
I voted "no" but after reading this thread, I think a MBP 11" sounds appealing. I'm amazed at how capable the MBA 11" has been and imagining it with a SSD + HDD combo and 16 GB RAM is tempting..
which is definitely not a Pro.
Now thats what the Air is.
Fewer ports, lighter and smaller than 15in, and underclocked
Only difference would be GPU and a quad core instead of dual.
As stated, the Macbook Pro 15's motherboard is already quite small, and can perfectly fit into the chassis of a 11" Air, but do notice that the motherboard does not include space for either a soldered-on SSD or a hard drive. Factoring in the ht think this idea would work at all. What might work is if Intel was to give up and allow third-parties to develop their own chipsets for Ivy Bridge, which would then allow a powerful integrated AMD chipset + GPU to take over.
Please read the thread, we already stated the CPU W and how the size of the motherboard will be less to compensate the bigger battery etc.
If you cut the 15" down to 11", underclock, remove firewire etc. and leave fewer ports. Thats what a 11 Pro will be.
The web cam can be HD. Bigger thicker battery. Aaaand you got yourself a Pro![]()
The concept of a 11.6" MBP, while nostalgic (who here doesn't remember the 12" Powerbook?), sounds like too much of a compromise when considering the state of modern computing.
Exactly. Plus, just like the 13" MBP, the 12" PowerBook G4 wasn't really a true professional machine, not like the 15" and 17" PowerBook G4s weren't.
The 13" MBP is already a pretty significant compromise in performance. Why do we need to compromise it more?
But as for me, I'd agree that anything smaller than a 15" MBP is simply too much of a compromise. I couldn't get anything serious done in AutoCAD or Maya while on a 13" MBP. It was not even the screen. It was simply too slow.
Please read my response again. It's not as simple as saying Apple can use low power components and get away with it. Plus Intel might not be willing to produce such a chip. Do notice that Sandy Bridge's lowest power CPU still uses 17W. If the trend continues, you'll only see faster Ivy Bridge chips at 17W.
And just the CPU alone doesn't solve the problem. There's the GPU as well. I'm sure you have heard complaints about the AMD Radeon HD 6490M in the MBP 15" this year? It's a power-saving GPU, but it still sips a rough 15W on average, or a max of 20-22W under max load. That's still a far cry from the high-end Radeon HD 6750M, which sips 25W on average and loads at roughly 40W. But you need at least the 6490M to really see a difference with Intel HD 4000 if the new Ivy Bridge GPU really is 2x as fast
The things I've made bold will prohibit it from being considered a "Pro" machine. I, for one, need FireWire and would not buy Mac without it. There's nothing "Pro" about an underclocked laptop with almost no professional ports. There's Thunderbolt, but because this theoretical MBP is underclocked, there's not enough available power to justify the purchase of a TB peripheral.
I think the idea is that quite a number of users (I want to avoid generalizing age group here) simply want something to play games on with the beautiful and a durable design of a Macbook, so while doing that along with some other regular tasks, they wouldn't need more performance.
slow.
Never mentioned anything about a SSD + HDDBetter you voted no then.
PS You said all that in your post but still went out and bout a 13" pro? Ahh the irony.A 11" Pro should be on par with the current 13" model.
We're not talking about 17W, that is ultra low, too slow, might as well get an Air. 35W Quads that Ivy bridge will bring will do the job fine, and heat will not be a problem as it will have the thickness required to provide sufficient cooling, unlike the Air thus the 17W processor.
Valid point, and you were correct before about AMDs APU, but Apple won't go that route. The ideal solution would be AMDs A6 processors.
The actual purpose of the 11" would be a compromise of having two products instead of 1 for those who cannot afford it and would live happily with the consequences![]()
The main problem here is that you keep wanting to call it a MBP, when it just plain can't meet the requirements to be considered a "Pro". But if it's not a Pro, then we already have the 11" MBA. This theoretical product is redundant, given the current technology. In the future, it may not be.
There is no 35W quad Ivy bridge as far as I know. There are only 45W quads, which are well beyond the cooling capacity of a 11.6" enclosure.
Quad Core i7 3612QM 2.1 GHz 35 W![]()
As I stated before, the 11" pro should be the equivalent of the 13" pro. You own one, and find it capable, I don't know why the 11" won't have its place.
There is no 35W quad Ivy bridge as far as I know. There are only 45W quads, which are well beyond the cooling capacity of a 11.6" enclosure.
Even the 13" MBP has some overheating problems with a 35W enclosure, I'm not sure you can get away with the same thermal envelope with even less surface area.
The only logical way to look at it is if Intel was to produce 17W quad parts, and we both know that isn't happening.
But we all know that in a Pro, the CPU is always more important, so there is no way Apple would go for any less than Intel until AMD proves that they can make faster chips. Which goes back to the previous point where Intel doesn't really provide a CPU that can fit into a 11.6" enclosure.
I don't think the affordability of this theoretical 11" MBP would be any less than how much it costs currently to get an 11" MBA. In fact, it might be even more granted the fact that it has a dedicated GPU.
As some have suggested, I think you are clearly staring an Alienware M11x right down. It fits the bill, and is probably the absolute limit that one can stuff inside an 11" diagonal body, with the thickness and build quality to sustain.
If Apple ever decides to make a Macbook Pro 11", I don't doubt it would be very similar to the Alienware M11x.
I think the cooling issues have more to do with Apple's exhaust design choice. Sony managed to cram a full clocked i5/i7 dual core, and a near fully clocked (~0-15MHZ less) HD6630m, into the 13.3" Vaio SA frame. It's just a slim as the MBP13. Not only that, it keeps the optical drive, backlit KB (I think it takes more space? I dunno), and high resolution display.
It also keeps the near useless hinge-area exhaust system. Yet (the SA uses a quieter fan than the SC line commonly seen at Best Buys), it can still keep both chips under 90C, clamshell mode or not, at full load. No throttling (except for a recent BIOS addition in IGP mode).
So that many powerful parts in a laptop can work, Sony has proven it can. Just have to see if Apple will go for a powerful 13" Pro again (or, if they remove the Optical bay for more battery/dGPU, I'd be all for it).
The Vaio SA actually cheats a little bit. It's not all 0.95" thin all the way. It tapers down to that thickness at the tip, but the back bulges to a whooping 1.3" to allow for more room for cooling. The Vaio Z 2010 was also the same, but instead of tapering down, it was around 1.2" all the way. In both cases, the thermal limit of both laptops doesn't exceed 50W, where they have a 35W CPU and a dGPU that's around 15W.
The thinner body of the Macbook Pro actually works against it, as it limits just how big the blades of the exhaust fan can be. That means it can't push as much air out as a thicker fan, so the Macbook has to either settle for louder fan, or less powerful components.
Like I kept saying... you either have to make it thicker, or you have to sacrifice the CPU, or dGPU. There are some cases where you just can't have your cake and eat it too. This is one of them.