I’m still not entirely sure when it actually happened, but at some point over the last couple of years the crossover between tablets and laptops stopped being an idea and became a real thing. Perhaps it was Microsoft’s Surface Pro 3, which came out as an x86 Core architecture tablet that was finally thin enough to no longer be an awkward laptop without an attached keyboard. Or maybe it was the more recent release of Intel’s Core M family of CPUs, which brought the Core architecture to a sub-5W design for the first time while making the overall SoC thinner than ever before.

But either way you cut it, the line between tablets and laptops is blurrier than ever before. The performance of tablets is continuing to improve through faster CPUs and unexpectedly powerful GPUs, all the while laptops and high-performance x86 tablets are getting thinner, lighter, and lower power. There are still some important differences between the devices, and this is a consequence of both current technological limitations as well as design differences, but clearly the point where traditional tablets end and traditional laptops end is no longer a well-defined one.

This brings us to today’s review and today’s launch of Apple’s latest ultra-thin laptop, the simply named MacBook. Though Apple’s device is distinctly a laptop in terms of form factor and design, you’d none the less be excused for mistaking it for a large form factor tablet if you took a look at its overall size and internal configuration, both of which are far closer to a tablet than a laptop. Apple may not be doing any kind of wild 2-in-1 transforming design, or even pushing the concept of a touchscreen OS X device, but they have clearly tapped their immense experience with tablets in putting together the new MacBook.

The 2015 MacBook is an interesting take on building a Mac, one whose outward appearance hides just how much Apple has done under the hood to make it possible. Ostensibly the MacBook is an ultra-thin, ultra-light laptop, pushing beyond even the standards for Ultrabooks as first established by the MacBook Air. Retaining many of the qualities of Apple’s MacBook Air and Retina MacBook Pro lines, the MacBook delivers the Mac laptop experience in a device that is at its largest point just 1.31cm thick, and whose overall footprint is even smaller than the 11” MacBook Air, despite the fact that it includes a larger 12” screen.

From an end-user standpoint then the focus on the MacBook is going to be on its size, especially its thinness. It’s how Apple is choosing to promote it and it’s by far the laptop’s most distinctive attribute. At the same time however is the story of how Apple got to this point, and what trade-offs and sacrifices they had to make to get a laptop into this form factor. The laws of physics enforce a pretty clear trade-off between size and performance, so in creating the MacBook Apple has not only created a new size category of Macs, but a new performance category as well. It’s smaller than even the MacBook Air, but it also follows a different performance curve, and ultimately is targeted at a somewhat different user base than the now-traditional ultrabook.

2015 MacBook Lineup
  MacBook
Base
(Model Tested)
MacBook
High-End
MacBook
Max Config.
MacBook Air 11" (2015)
Dimensions
H: 0.11-0.52" (0.35-1.31cm)
W: 11.04" (28.05cm)
D: 7.74" (19.65cm)
H: 0.11-0.68" (0.3-1.7cm)
W: 11.8" (30cm)
D: 7.56" (19.2cm)
Weight 2.03 lbs (0.92kg) 2.38 lbs (1.08kg)
Base CPU Clock 1.1 GHz Core M 1.2 GHz Core M 1.3 GHz Core M 1.6GHz Core i5
Max CPU Clock 2.4GHz 2.6GHz 2.9GHz 2.7GHz
GPU Intel HD Graphics 5300 (GT2) Intel HD Graphics 6000 (GT3)
RAM 8GB LPDDR3-1600 4GB LPDDR3-1600
SSD 256GB PCIe SSD 512GB PCIe SSD 512GB PCIe SSD 128GB PCIe SSD
Display 12" 2304 x 1440 IPS LCD 11.6" 1366x768 TN LCD
Ports 1 x USB 3.1 (Gen 1) Type-C, 3.5mm combo jack 1x Thunderbolt 2, 2x USB 3.0 (Type-A), 3.5mm combo jack
Networking 2x2:2 802.11ac 2x2:2 802.11ac
Battery 39.7 Wh 38 Wh
Price $1299 $1599 $1749 $899

We’ll get back to the MacBook’s design in a bit, but first let’s talk about specifications and pricing. With the MacBook Air having transitioned from Apple’s ultra-premium ultra-portable laptop to their entry-level ultra-portable laptop over the last few years – killing the original MacBook in the process – there has been a lot of demand for a premium MacBook Air, particularly one implementing a Retina display. In releasing the new MacBook Apple looks to be addressing at least some of those demands by finally putting together an ultra-portable laptop with just such a Retina display, but in the process they have also re-established the MacBook as a line of premium laptops, along of course with all the differences that come from making such a thin and light laptop.

This makes the new MacBook more expensive than the larger MacBook Airs, with the entry level MacBook starting at $1299, versus $899 for the 11” MacBook Air. What that $1299 gets you is access to the first of Apple’s laptops based on Intel’s Core M processor, which in turn is a big part of what has allowed Apple to make such a little laptop.

With Core M rated for a TDP of just 4.5W and only being 1.04mm thick, Intel geared their smallest Core processor towards larger format tablets and fanless laptops, with Apple tapping Core M specifically for the latter. Core M in turn is a reality through a combination of Intel’s new 14nm fabrication process and some very tight power and thermal controls to ensure that the processor doesn’t exceed the tolerances of the laptop it’s built around. Compared to Intel’s mainline Core i family, Core M is a very fast processor in short bursts but over longer period of times has to live within the confines of such a small device, which we’ll explore in greater depth in our look at the MacBook’s performance.

Core M/Broadwell-Y (left) vs Broadwell-U (center) vs Haswell-U (right)

Overall Apple is offering 3 different versions of the Core M within the MacBook lineup. The $1299 base configuration utilizes a 1.1GHz Core M-5Y31, while the $1599 utilizes what we believe to be a 1.2GHz 5Y51. Finally, both configurations offer an optional upgrade to a faster processor, a 1.3GHz version of what’s likely the 5Y71, which is the fastest of Intel’s current Core M lineup. However to put a twist on things Apple has gone and clocked these processors slightly differently than Intel’s original specifications; all 3 MacBooks have a base clock higher than Intel’s specs, and in the case of the faster two these don’t even match Intel’s faster “cTDP Up” configurations. As a result the Core M processors in the new MacBook are somewhat unorthodox compared to the regular processors - and perhaps slightly more power hungry - though there’s nothing here that other OEMs couldn’t do as well.

Ideally Core M will spend very little time at its base clockspeeds, and will instead be turboing up to 2.4GHz, 2.6GHz, or 2.9GHz respectively. This vast divide between the base and turbo clocks reflects the performance-bursty nature of the Core M design, but it is also why the base clockspeeds that Apple advertises can be deceptively low. In light workloads where Core M can quickly reach its top speeds to complete a task, a 2.4GHz+ Core architecture processor is nothing short of zippy.  However in sustained workloads these base clockspeeds become much more relevant, as Core M has to pull back to lower clockspeeds to keep heat and power consumption under control.

In any case, Apple has paired their first Core M laptop with some other very solid hardware, and thankfully in configurations much more befitting of a premium laptop than the MacBook Air’s anemic base specifications. No model of the MacBook comes with less than a 256GB PCIe-attached SSD, a welcome development for a company that has traditionally skimped on SSD capacities. Similarly the one (and only) RAM configuration is 8GB of LPDDR3, which all-told is not a massive amount, but is more than plenty for the kind of device Apple is building towards.

Compared to the 128GB SSD and 4GB of RAM in the base MacBook Airs, this is the first ultra-portable Mac in a while where I can say even the base model feels properly equipped. At the very least users shouldn’t be struggling with RAM or SSD capacity for some time. Meanwhile given the fact that the equivalent upgrade of an 11” MacBook air would be $300 – bringing the total price to $1199 – this means that while the MacBook is still more expensive than a MacBook Air, the difference isn’t nearly as wide as it would first seem.

Rounding out the MacBook’s build are a few firsts for Apple. The MacBook’s 12” 2304x1440 Retina IPS display is the first Retina IPS display in an Apple ultra-portable, and quite the sight to behold. Meanwhile the MacBook is also the first Mac to come equipped with the new USB Type-C port, similarly small and fully reversible. Both of these help to cement the MacBook’s place as a cutting-edge Mac, similar to the Retina MacBook Pro’s position in 2012 when it was launched.

The MacBook's Design
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  • Jaybus - Thursday, April 16, 2015 - link

    No. It is a form factor issue and has nothing to do with performance. Do you call a mid-tower case with keyboard, mouse, and monitor a PC? Even though the first mid-tower PCs had 80286 processors? With any form factor, performance increases over time (hopefully). Call it an ultrabook, then. The point is, it is a small form factor with focus on small size, battery life and wireless connectivity. It is a commodity device with zero expandability and limited i/o. Reply
  • zhenya00 - Wednesday, April 15, 2015 - link

    'Tech evolvolves.'

    That's exactly right. So don't get stuck on the fact that the only possible form that technical evolution may take is based on speed improvements. In this case, evolution is taking the form of better efficiency - doing more work with less. That's what's really important in computing today; not merely making everything faster.

    Your argument is basically like saying that LED lightbulbs aren't an important evolution - we should just be making ever brighter incandescent instead.
    Reply
  • Wulfgardr - Sunday, April 26, 2015 - link

    I wonder how anyone is supposed to write unbiasedly, Jesus we are human beings not robots, we actually answer to higher laws than electric ones. Opinions, you can form your own idea by surfing, reading and comparing stuff. You "shouldn't" need a place where you pay for someone to take care of your criticism. Reply
  • Death666Angel - Tuesday, April 14, 2015 - link

    This used to be subnotebooks. The below 13" category with outrages battery life, performance and price for its size (typically dominated by Sony back in the day iirc). Then came the First netbooks and stuff like the Acer 1810 with Core architecture CPUs, decent performance with decent battery in the below 1000$ price bracket. Current Atom stuff is netbook like, current Pentium-U stuff is like the Acer 1810 - meaning above netbook, below subnotebook - and current Core-M stuff like UX305 and MacBook is subnotebook territory. There, all the terms you need available even 3 years ago! :D Reply
  • darwinosx - Tuesday, April 14, 2015 - link

    No you still don't get it. Try reading the review. Reply
  • melgross - Tuesday, April 14, 2015 - link

    We know you're trying to be cute and dismissive, but obviously you know nothing about netbooks.

    Netbooks, by Microsoft's definition, had a maximum screen size of 10", a maximum resolution of either 1024x768, or 800x600, I don't remember which right now. It also couldn't have more that a certain, small amount of RAM or storage, and an Atom CPU.

    Any more than the maximum couldn't qualify for the $15 XP, and later, win 7 Starter edition.

    Really, if you don't know any of this, you know nothing.
    Reply
  • Impulses - Tuesday, April 14, 2015 - link

    They bumped that up to 11.6" pretty quickly. RAM was limited by the x86 Atom as much as anything else. They all shipped with 160GB HDDs... Reply
  • Ryan Smith - Tuesday, April 14, 2015 - link

    Truth be told I was tempted to drop the term "netbook" in this article, but ultimately decided not to for that exact reason. Netbooks were ultra-cheap Atom powered computers; the MacBook is neither cheap in price or build quality, nor is it Atom powered.

    The successor to the Netbook is for all practical purposes the Chromebook. The MacBook on the other hand doesn't easily compare to other small laptops since this is the first time Core has been available at such a low wattage.
    Reply
  • nathanddrews - Tuesday, April 14, 2015 - link

    I would probably lump Bingdows 8.1 devices in that category as well. I can't wait to see how Braswell/Airmont/Cherry Trail impacts that category. Reply
  • Impulses - Tuesday, April 14, 2015 - link

    The spiritual successor is probably a Chromebook, tho I'd argue the functional successor for anyone that bought a netbook as a second/third device would be something like the Surface 3 (non-Pro)...

    The first Atom netbooks weren't as cheap as some people seem to think, I'm pretty sure I paid something in the mid $400s for my Aspire One, it's still banging around the house (with a RAM bump to 2GB and a 40GB X25-V).

    I never really replaced that thing per se... I actually bought an OG ASUS TF to "tide me over" until ultrabooks, eventually realized I didn't really want to manage a laptop in addition to my desktop, and just made do with tablets on the go (N7 replaced TF).

    Been a while since I used the old netbook, but Surface 3 is looking awfully appealing. Hopefully MS will deliver one to AT pre launch. Btw, does Apple intend to sandbag the Air with crappy TN screens forever now that there's a new MB?
    Reply

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