Display

When I reviewed the 13-inch MacBook Pro with Retina Display, I viewed it as the true Retina MacBook Air that everyone was waiting for. With modest increases in thickness and weight, the rMBP13 gave you a much better screen and a larger battery to drive it. Apple’s lineup made sense.

After being in Taiwan earlier this month and checking out all of the 13.3-inch 2560 x 1440 displays being used on notebooks similar in size to the 13-inch MBA, I was beginning to reconsider my position.

To hit an aggressive schedule, you have to mitigate risk. In the case of the 2013 MBAs, Apple kept the chassis spec unchanged in order to do just that. As a result, the displays too, remained unchanged. We’re talking about TN panels (admittedly higher quality than most) and traditional pixel densities. Compared to the Retina Displays deployed across the rest of Apple’s product lines, these panels just aren’t as good. Compared to what you typically find elsewhere, they’re still among the best.

Pixel Density Comparison

There are two aspects to deploying a Retina Display in a MacBook Air that are worth discussing. The first is power consumption. Greater pixel density requires a more powerful backlight to drive the panel at the same brightness, which in turn reduces battery life. Apple’s solution is to deploy Retina Displays on products it can outfit with a sufficiently large battery. I’d argue that given the battery life of the 2013 MBAs, Apple could move to a Retina Display and still deliver reasonable battery life - but it would be a regression.

The second thing to consider is price. I don’t know just how much more a Retina Display would add to the cost of a MacBook Air, but it’s clear it would be non-negligible.

There’s no real solution to the first problem, but the second one should be less of an issue as panel prices come down. I don’t know where Apple will eventually land on all of this, but today what happens is we get a well defined separation between MacBook Air and MacBook Pro with Retina Display.

Professional users who need greater color accuracy and/or additional desktop resolution really should go for the MacBook Pro with Retina Display. If you don’t need either, the MacBook Air will suffice.

In practice, the MBA’s display isn’t bad by any means. I’ve been staring at it non-stop since WWDC and don’t mind using it at all. The biggest visual issue for me is actually the shifting contrast at off-center vertical angles. It’s not a problem once you properly adjust the display angle but it’s something you don’t have to deal with on the rMBPs. When I'm not in crazy work mode, the lack of resolution isn't a huge deal - but when putting together big articles like this one, I find myself missing the rMBP quite a bit. I guess that's why the rMBP has Pro in the name.

LCD Analysis - White

LCD Analysis - Black

LCD Analysis - Contrast

My review sample featured a Samsung panel (LSN133BT01A02), although I’m sure the usual panel lottery is in full effect this generation as it has been in the past. Brightness and contrast are both comparable to what we had last generation (my Samsung panel this year was a bit better than last year's). The brightness/contrast results are very comparable to Acer's 1080p S7, just to show you how far Ultrabooks have come.

I ran the 2013 MBA through Chris Heinonen’s new display workflow using CalMAN to give you an idea of color accuracy vs. the rMBP:



CalMAN Display Comparison
  Apple iPad (3rd gen) Apple iPhone 5 13-inch rMBP (uncalibrated) 13-inch 2013 MBA (uncalibrated) Google Chromebook Pixel
Grayscale 200 nits Avg dE2000 3.7333 3.564 1.7825 3.348 7.132
CCT Avg (K) 6857K 6925K 6632K 6809K 6442K
Saturation Sweep Avg dE2000 3.193 3.591 2.1663 5.3608 7.0927
GMB Colorchecker Avg dE2000 3.0698 4.747 2.4521 3.9883 5.7664

The 13-inch MacBook Air isn’t bad, but Apple’s Retina Display is just better.

Real World 802.11ac Performance Under OS X Final Words
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  • p1esk - Monday, June 24, 2013 - link

    At longer length or if there are electrical interferences, Cat6 will be better for 1Gbps than Cat5e.
  • spronkey - Monday, June 24, 2013 - link

    Technically Cat5e doesn't have to reach 1Gbps at 100m lengths, which is the 1Gbps standard. So, Cat6 is the 1Gbps standard :P
  • A5 - Monday, June 24, 2013 - link

    Though you'd have to buy some seriously cheap Cat5e to get something that doesn't hit that spec. But yeah, if you're going in-wall you may as well go Cat6 for when you want a 10G network.
  • Mikad - Monday, June 24, 2013 - link

    Thanks for the review.

    If it's at some point updated with i7 battery life results, it would be great if you could run the battery tests in Windows + Bootcamp also. Some sites have done this, like Pcper, and there has been about 50% decrease in battery life. It would be great to have some kind of an analysis why the battery life takes such a hit in Windows.
  • IntelUser2000 - Monday, June 24, 2013 - link

    Because the battery life gains due to Haswell are based on how well the components are cooperating together, and sub-optimal drivers would easily cancel the improvements out.

    That's why you see Haswell Windows Ultrabooks do pretty good, but Macbook Air running Windows isn't doing so well.
  • Glindon - Monday, June 24, 2013 - link

    I don't think it really has much to do with drivers. There's nothing special about the components compared to a Windows ultra book. I think it boils down to something at the EFI level and Apple isn't going to prioritize it for a small subset of users. I'm guessing that running Windows in a VM (through Parallels) might give better battery life.
  • darwinosx - Monday, June 24, 2013 - link

    Yes there is. Which you would know if you read the article
    Apple uses custom sad, motherboard, chipsets and a few other compoenents. Thats why the sad is so much faster for example.
  • erple2 - Monday, June 24, 2013 - link

    That, BTW, was one of the greatest autocorrects I've seen in a while. Full of fast sad indeed.
  • Bkord123 - Tuesday, June 25, 2013 - link

    hahaha!!!
  • Mikad - Monday, June 24, 2013 - link

    I've seen the drivers mentioned as the reason before, but as Glindon stated, the components are just the standard PC stuff, found in other ultrabooks. The drivers are probably the same too.

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