Still Image Quality

With the iPhone SE we saw Apple bring the 12MP camera from the iPhone 6s to a $399 phone. The 9.7" iPad Pro brings it to the iPad. More specifically, it's a ~1/3" 12MP sensor with a f/2.2 aperture. The A9X SoC comes with the same ISP as Apple A9, and so we should see parity between the photo quality on the iPhone 6s, the iPhone SE, and the 9.7" iPad Pro. In my iPhone SE review I said that the camera was a substantial upgrade over the one used in the iPhone 5s. In this case the gap is even larger, with Apple moving from an 8MP sensor with 1.1-micron pixels to a 12MP sensor with 1.22-micron pixels. Not only does moving to a higher resolution sensor enable UHD video recording, but the fact that the sensor is larger with more pixels will help to improve the quality of photos in good lighting, and even more so in poor lighting. Using Apple's latest SoC is also what allows for 1080p120 slow motion video and Live Photos.

Daytime Photography

As I said in my iPhone SE review, there's not a lot to say about this camera because we've already seen it in the market for many months now. While it's not the absolute best sensor in a smartphone, it's by far the best one in any tablet. Apple's processing gave them a lead over the competition when they were shipping 1.1-micron 8MP sensors in iPads, and with the 9.7" Pro moving to the same camera as the iPhone 6s the leap in image quality is significant. In the day you can see improved detail. It's also possible that the optics are an improvement over those used in other iPads, as you can see proper detail capture in some areas of photos where MTF limitations caused artifacting on older iPads.

Night Photography

As with the iPhone SE, the 9.7" iPad Pro is equivalent to the iPhone 6s when shooting in low light. In these particular shots there's a slight different in exposure but that could simply be due to me having a bit of trouble focusing on the same area with such a large device. The overall detail is equivalent between all the devices using Apple's 12MP sensor, and when you compare the 9.7" Pro to other tablets they're in completely different classes. The competition from Google is let down by worse cameras, worse ISPs, and worse processing, to the point where you basically can't use them to take a photo in low light. The best competition I've seen for the iPads was the Tab S2. Unfortunately, Samsung only loaned that to us for a short period so I no longer have it for comparisons, but given that it was equivalent to the iPad Air 2, it's safe to say that this new iPad Pro is really without competition for camera quality.

A Few Thoughts On True Tone Experience: A Smaller iPad Pro
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  • Shadowmaster625 - Wednesday, June 1, 2016 - link

    So this thing really does outscore AMD's top end FX-9590 in kraken 1.1?
  • bernstein - Wednesday, June 1, 2016 - link

    very interesting! in other words: it's almost half the speed of intel's top end i7 6700K in kraken 1.1...
    ...but in WebXPRT it's 200 vs. 3000 points...

    So what's the more realistic results?
  • bernstein - Wednesday, June 1, 2016 - link

    i7 6700K: http://www.anandtech.com/show/9483/intel-skylake-r...
  • tuxRoller - Wednesday, June 1, 2016 - link

    That score of 3000 is..I don't know, but a 2015 xps 15 scores around 440.
    So, about twice as fast as the Apple soc, but with better process, higher power budget and much larger tdp (given that it's in a full size laptop).
    Stoked
    Apple's doing an amazing job with their cpus. If they actually spent the die budget to enable smt they'd be right up there with core m.
  • tuxRoller - Wednesday, June 1, 2016 - link

    http://principledtechnologies.com/benchmarkxprt/we...
  • michael2k - Wednesday, June 1, 2016 - link

    More interesting to compare it to a
    http://www.anandtech.com/show/10000/who-controls-u...

    Carrizo is essentially Atom class and it's predecessor, Kavari, is found inside the PS4 and XB1, albeit with a more powerful GPU and an additional 4 cores. So if you can imagine a 4W processor competing with a 65W CPU:
    http://www.anandtech.com/show/10000/who-controls-u...

    That leaves about 50W for Apple to integrate, say, a Pascal GPU if they really wanted to create something incredibly powerful.
  • mdriftmeyer - Wednesday, June 1, 2016 - link

    You are high if you compare a 4 core Excavator to an Atom.
  • 255BB - Thursday, June 2, 2016 - link

    PS4 and Xbox one use Kabini not Kaveri. A 4 cores Kabini has a 15W TDP.
    Carrizo is not an Atom class .Its TDP is 15-35W (Carrizo-L is Atom class)
  • Meteor2 - Thursday, June 2, 2016 - link

    Perhaps the same *performance* class. Not power class.
  • michael2k - Thursday, June 2, 2016 - link

    Right. So take a 4W SoC that currently has two cores and bump it up to 8. An A9X at 2GHz and 8 cores might take 15W. Throw in a Pascal GPU and now you're 35W, or 65W, depending on compute cores.

    On single thread performance we see the A9 is between Atom and Core at the same clock. That means it is also at the same performance level as Kaveri and Kabini.

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