The Design

The problem with being on the forefront of design is every iteration is expected to significantly outdo the one before it. The unibody MacBook Pro design took build quality to a new level for Apple. By constructing all parts of the machine that you generally interact with out of the same piece of aluminum, Apple significantly reduced the amount of flex and creaks you’d encounter during normal use.

The next-gen MacBook Pro chassis doesn’t revolutionize the design, but it does make some significant evolutionary improvements. The most tangible impact as I’ve already mentioned is the reduction in size and weight of the machine. At its thickest part, the 13-inch MacBook Air is actually a little thicker than the 15-inch Retina MacBook Pro. Unlike the MacBook Air however, the rMBP does not feature a tapered design. Instead you get a constant thickness which is definitely reminiscent of the previous design.

The backlit keyboard and glass covered trackpad remain, although the key travel has been reduced somewhat - likely to help thin down the chassis. It's not worse, just different in my opinion.

The reduction in thickness also comes at the expense of a missing optical drive and no mechanical storage. Once again Apple has opted to use its own custom form factor and custom SATA connector for the NAND based storage in the rMBP. You’ll hear no complaints from me on the move away from mechanical storage as I’ve been recommending SSDs as upgrades for the past few years. The battery continues to be integrated but it’s no longer easily user removable as the custom cells are now glued to the chassis. A few years down the road your rMBP will have to take a trip to the Apple store (or a clever third party service center) to get its battery replaced.


The MacBook Pro with Retina Display, Image Courtesy iFixit

This is the first Pro appliance that Apple has ever produced. The CPU, GPU, DRAM, battery, display and, for now, the SSD are either non-removable or at least not user-upgradeable. On a $499 iPad that’s one thing, but on a $2199 professional notebook that’s a completely different matter. I can even make an exception for the MacBook Air as it is more of a consumer device, where computing needs have largely slowed down over the past several years. But for a professional machine, to have such a fixed configuration seems very worrisome.

MacBook Pro with Retina Display Comparison
  15-inch Mid 2012 MacBook Pro MacBook Pro with Retina Display
Dimensions 0.95 H x 14.35 W x 9.82" D 0.71 H x 14.13 W x 9.73" D
Weight 5.6 lbs (2.54 kg) 4.46 lbs (2.02 kg)
CPU Core i7-3615QM Core i7-3720QM Core i7-3615QM
L3 Cache 6MB 6MB 6MB
Base CPU Clock 2.3GHz 2.6GHz 2.3GHz
Max CPU Turbo 3.3GHz 3.6GHz 3.3GHz
GPU Intel HD 4000 + NVIDIA GeForce GT 650M
GPU Memory 512MB GDDR5 1GB GDDR5
System Memory 4GB DDR3-1600 8GB DDR3-1600 8GB DDR3L-1600
Primary Storage 500GB 5400RPM HDD 750GB 5400RPM HDD 256GB SSD
Optical Drive Y Y N
Display Size 15.4-inches
Display Resolution 1440 x 900 2880 x 1800
Thunderbolt Ports 1 2
USB Ports 2 x USB 3.0
Other Ports 1 x Firewire 800, 1 x Audio Line in, 1 x Audio Line out, SDXC reader, Kensington Lock slot SDXC reader, HDMI out, headphone out
Battery Capacity 77.5 Wh 95 Wh
Price $1799 $2199 $2199

Apple has definitely made accommodations to make this unupgradeable reality more palatable. Sure the primary silicon is fixed, but all Retina MacBook Pro configurations ship with a minimum of 8GB of DDR3L-1600 memory. The only available upgrade is a move to 16GB, which will surely suit most needs for at least a few years to come (if not more).

The SSD is physically removable although there isn’t presently a source of 3rd party upgrades. I suspect we will see some in the future although there are always concerns about any legal claims to Apple’s unique form factor and physical interface. Apple’s concession here is it offers as much NAND as is physically possible today: up to 768GB if you’re willing to pay the handsome upgrade fee.

We’ve long given up on upgrading mobile CPUs or GPUs, and more recently abandoning the removable battery in favor of increasing capacity and reducing form factors is a trade off we’ve accepted as well. Apple has tried to help on the memory and SSD sides but the whole package is still very...fixed.

Despite all of this my only real complaint about Apple’s fixed configuration is the $2199 spec comes with too little storage by default. If I want to carelessly use my machine and not worry about regularly deleting unused files I find that I need 512GB of storage. At 256GB it’s too easy to run out of space, particularly if I’m on the road and dealing with lots of photos and videos. If you’re like me then you’re shoehorned into getting the $2799 configuration as there’s no way to just upgrade the size of the SSD in the $2199 model. And if you’re spending $2799 you might as well get the 16GB memory upgrade, if you can convince yourself that you’re not going to buy the Haswell version next year.

Retina MacBook Pro Silicon: One Big Happy Family

Powering the Retina Display MacBook Pro is Intel’s latest and greatest quad-core Core i7. A part of the new 22nm Ivy Bridge family the Intel silicon in the system is well done as always. The default configuration ships with a 2.3GHz quad-core offering, while the upgraded option is clocked at 2.6GHz. Apple offers one more upgrade at 2.7GHz while upping the L3 cache to 8MB. Since these are i7s all of them have Hyper Threading enabled, making the major difference between parts frequency and cache size in the case of the most upgraded part.

Apple MacBook Pro with Retina Display CPU Comparison
  2.3GHz quad-core 2.6GHz quad-core 2.7GHz quad-core
Intel Model Core i7-3615QM Intel Core i7-3720QM Intel Core i7-3820QM
Base Clock Speed 2.3GHz 2.6GHz 2.7GHz
Max SC Turbo 3.3GHz 3.6GHz 3.7GHz
Max DC Turbo 3.2GHz 3.5GHz 3.6GHz
Max QC Turbo 3.1GHz 3.4GHz 3.5GHz
L3 Cache 6MB 6MB 8MB
AES-NI Yes Yes Yes
VT-x Yes Yes Yes
VT-d Yes Yes Yes
TDP 45W 45W 45W
Processor Graphics Intel HD 4000 Intel HD 4000 Intel HD 4000
GPU Clock (Base/Max) 650/1250MHz 650/1250MHz 650/1250MHz

Turbo Boost is supported and active on all options. As always I verified its support in OS X as well as its functional operation:

889A refers to the max number of speed bins supported by Turbo Boost for 4, 3, 2 and 1 active core, respectively, in hex. For example, the 2.6GHz base clock of the Core i7 in my test system can turbo up a maximum of 8 bins with three/four cores active (2.6GHz + 800MHz = 3.4GHz), or 9 bins with 2 cores active (3.5GHz) or 10 bins (A in hex) with 1 core active (3.6GHz). Just as with previous mobile Macs, CPU clocks remain unchanged regardless of whether the system is running on AC or battery power.


Intel's quad-core 22nm Ivy Bridge

All of the CPU options feature Intel’s HD 4000 graphics, which handles the majority of graphics duties unless you fire up an application that triggers the discrete GPU. All of the rMBPs feature NVIDIA’s GeForce GT 650M equipped with 1GB of GDDR5. Apple went aggressive on the Kepler implementation and ships a full 384 core GK107 in the rMBP. The GPU clock is set at a very aggressive 900MHz with a 1254MHz memory clock. I do appreciate that there’s no variance in GPU/memory configuration across all of the Retina MacBook Pro options, it greatly simplifies the purchasing experience.

Introduction & Portability Ports & Expansion
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  • OCedHrt - Sunday, June 24, 2012 - link

    1) That's probably Canada. It is $1599 base in US for a while now and I got mine for $1100 after tax.

    2) Another Canada thing. But I agree, Sony is too inflexible.

    3) That is by design. There is a video online with an interview where they explain it. This means you can grab your laptop by the screen and not risk damaging the hinges / screen. If you grabbed your MBP Retina by the display I'd be wary of breaking it.
    Reply
  • ThreeDee912 - Saturday, June 23, 2012 - link

    There's more to a computer than its hardware spec sheet.

    You can rattle off a laptop spec sheet with a good CPU, GPU, SSD, screen, etc., but if they're not integrated very well with everything else, or have mediocre software support, you can't always take advantage of those specs without some tacky workarounds.
    Reply
  • gstrickler - Sunday, June 24, 2012 - link

    ^^^ I'll second that. Also, the right balance of specs matters more than "this spec is greater than that spec".

    If the keyboard, trackpad, or display sucks, you'll hate the computer no mater what the specs say. If it's too fragile, or heavy, or cumbersome, you won't want to carry it. If the software is slow and bloated, it won't matter that you've got 8GB RAM and a quad core i7, it can still feel sluggish.

    The satisfaction with a computer is far more than just it's specs, or individual components, or even it's operating system. It's having the right combination of everything.
    Reply
  • OCedHrt - Sunday, June 24, 2012 - link

    1) This is dependent on user. i don't care about the 1" vertical, it's really the # of pixels that matter.

    2) The previous Z had discrete built in. The purpose of making it external is to achieve the 2.5 lb form factor. Sony once had a 11" 1.6 lb netbook. That is literally the holy grail in terms of weight for a portable laptop. The move to external discrete is really a step in that direction.

    3) You can output more than 1920x1080 on HDMI.

    4) 15" is too big for me, even at 2.5 lbs. Not everyone wants a huge screen on their lap - that's why I have a monitor on the desk.

    5) Yes, at 2.5 lbs and 13", there's limited space for heat dispersion.
    Reply
  • maratus - Sunday, June 24, 2012 - link

    Unfortunately, Z tops at 1920x1200 through HDMI or single link DVI on the dock station. It was a dealbraker. Now rMBP ability to drive 2x 2560x1600 and 1x 1920x1200 is simply overkill for me, I'm still confused why did Sony stuck with HDMI only and didn't even bother to provide DP, mDP or 2L DVI as a second port. Reply
  • OCedHrt - Monday, June 25, 2012 - link

    That's typical Sony (Japanese) stupidity. Reply
  • Chava - Friday, June 29, 2012 - link

    That's typical Japanese stupidity...

    Yeah for some reason you thought that was acceptable.
    Reply
  • Solandri - Saturday, June 23, 2012 - link

    The chassis isn't thinner than the 13" 2010 MBP (it tapers from 1.0-1.3" vs the MBP's 0.95"). Its other two dimensions are smaller though (12.4" x 8.3" vs 12.8" x 8.9"), and it's lighter (lighter than the 2010 Macbook Air in fact) at 2.9 lbs (some models were 3.04 lbs, never figured out why). Sony managed this by using a lot of carbon fiber and a really thin screen. So it's not as stiff as the solid block of aluminum that the MBP used. But the keyboard bezel is solid aluminum making it very stiff.

    http://asia.cnet.com/sony-vaio-z-sports-worlds-fir...
    http://www.pcpro.co.uk/reviews/laptops/355384/sony...

    Here's the only marketing brochure I could find for the model being discussed (in French):
    http://www.mgmi.fr/docs/pdfprod/VPC-Z11Z9E-B.pdf
    Reply
  • OCedHrt - Sunday, June 24, 2012 - link

    That's the 2008 Z. 2008. The 2011 Z is a non tapered design:

    13.0" x 0.66" x 8.27" (WxHxD)
    330mm x 16.8mm x 210mm

    The MBP is 50% thicker than the Z. It's understandable given that it is 15" instead of 13".
    Reply
  • Freakie - Sunday, June 24, 2012 - link

    http://www.tomshardware.com/news/sony-vaio-z-quad-...

    Here you go. THIS is true innovation. Sony did amazing work with this version of the Z to get all the functionality of a bigger laptop into a tiny package. It is even more impressive when you think about how old, hot, and power hungry the CPU/GPU was back then. Sony has innovated much more in the laptop industry than Apple has, in my opinion. Though I still wouldn't want a Sony like this just like I wouldn't want an Apple like the rMBP (user upgradability and repairability is virtually non-existant, which is an instant deal breaker for me, it was hard enough buying a laptop with a 540M integrated onto the mobo, could never buy a laptop that didn't even let you upgrade storage)

    Here's a more detailed teardown: http://translate.google.com/translate?js=y&pre...
    Reply

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