Camera - Daylight Evaluation: Zoom and Scenic

The iPhone XS’ come with a brand-new camera module: Apple has increased the sensor size of the main camera sensor by upping the pixel pitch from 1.22µm to 1.4µm. This increases the actual area of each pixel by 48%, which means it equivalently increases the light collection capabilities of the sensor.

Apple hadn’t changed the lens system, and because the sensor is now bigger, it means that the effective field of view has increased, reducing the focal length from a 35mm equivalent of 28mm down to 26mm. Apple didn’t really talk much about this during the keynote nor in the marketing materials of the phone, however I do find it as a great positive of the phone, as in everyday shots you just get more scene to work with, something that makes a lot of sense given the continued inclusion of a 2x telephoto lens.

SmartHDR as Apple calls it, is a new HDR system on the new iPhone XS’. The phone will now capture two subsequent pictures, one at high exposure, and one at low exposure, and apply proper processing to create a natural looking high dynamic range image.

Click for full image
[ iPhone XS ] - [ iPhone X ] - [ iPhone 7 ] - [ iPhone 6S ]
[ Galaxy Note9 ] - [ Galaxy S9+ ] - [ Galaxy S8 ]
[ LG G7 ] - [ LG G6 ] - [ LG V30 ]
[ OnePlus 6 ] - [ Mi MIX2S ] - [ Pixel 2XL ]
[ P20 Pro ]

Starting off with the first scene, I’m actually surprised just as how many phones still have trouble with such a shot and in getting a correct photo exposure. The difficulty in this shot in bright sunlight and clear skies, is that a lot of phones will apply their HDR processing and overdo it in terms of bringing down the highlights of the trees, resulting in outright muted colours that just look odd and more something you’d expect from an overcast day.

The iPhone XS performs excellently in this regard, as it’s able to properly maintain the bright sunlit foliage throughout the scene – something the vast majority of other phones had trouble with. Previously I was a fan of the OnePlus 6’s HDR processing, and the V30 also produced great pictures (Something that the G7 couldn’t reproduce).

The improvements of the iPhone XS over the iPhone X are less so in the highlights, but more in the shadows of this shot. The XS just manages to retain a significantly more details in the dark areas.

In terms of detail retention, the iPhone XS might be a bit better than the X. On the left side of the picture I had quite some blurring on the iPhone X, I’m not sure if this is due to shake or optics, something we can verify in later shots.

In terms of the 2x telephoto lens, the iPhone XS sees huge improvements over the iPhone X. While last year’s iPhone had significant issues in terms of colour reproduction on the zoom lens, the iPhone XS’ result is much more akin to the main sensor’s image. There’s an outstanding difference in colours as well as increased detail retention in the shadows. Other 2x zoom phones also have great difficulty in terms of their HDR processing, and it looks like the XS’ new processing puts it at the forefront in this shot.

Click for full image
[ iPhone XS ] - [ iPhone X ] - [ iPhone 7 ] - [ iPhone 6S ]
[ Galaxy Note9 ] - [ Galaxy S9+ ] - [ Galaxy S8 ]
[ LG G7 ] - [ LG G6 ] - [ LG V30 ]
[ OnePlus 6 ] - [ Mi MIX2S ] - [ Pixel 2XL ]
[ P20 Pro ]

Moving onto the next shot, we have again a scenic shot brightly lit up by the sun. Here it’s a lot harder to see the difference between the iPhone X and the new XS – other than the wider field of view of the new module. Both phones do well, although I feel like Apple’s reducing the highlights on the buildings just maybe a bit too much, not properly conveying the brightness of the scene. I feel Samsung is doing better in this regard, but they might overdo it. OnePlus 6’s processing is again a sweet-spot in-between, I feel. 

Again on the left side of the image we see some significant chromatic aberrations on the iPhone X, and the XS is able to provide sharp details up until the very edges of the frame, meaning Apple seems to have improved the quality control on the lens glass.

Detail-wise, the main shooter is on par with the iPhone X and this year’s Galaxy phones, with relatively minor differences between all the phones.

Again on the telephoto lens, the XS improves on the X, even when not quite as evident in this shot. The colour balance is better, and the contrast between highlights and shadows is mode defined.

Click for full image
[ iPhone XS ] - [ iPhone X ] - [ iPhone 7 ] - [ iPhone 6S ]
[ Galaxy Note9 ] - [ Galaxy S9+ ] - [ Galaxy S8 ]
[ LG G7 ] - [ LG G6 ] - [ LG V30 ] - [ OnePlus 6 ]
[ Mi MIX2S ] - [ Pixel 2XL ] - [ P20 Pro ]

We continue on, and again here we see the main improvements of the iPhone XS’ processing is much better retention of shadow detail and contrast.

This is also the first shot where the XS has an evident advantage in detail over the X: The new phone had a mere 1/2257th second exposure, shorter than the iPhone X’s 1/1621th second one. Beyond the improvements in the shadows, there’s also a lot more detail overall in the scene. Notice how the brickwork on the cathedral tower is a lot more defined on the XS.

In terms of competition, Samsung is able to get even more details out of the shadows and produce a brighter image overall. While the iPhone XS isn’t the best in terms of bringing out the shadows across the phones, it gives an excellent balance between brightness and image sharpness.

Click for full image
[ iPhone XS ] - [ iPhone X ] - [ iPhone 7 ] - [ iPhone 6S ]
[ Galaxy Note9 ] - [ Galaxy S9+ ] - [ Galaxy S8 ]
[ LG G7 ] - [ LG G6 ] - [ LG V30 ] - [ OnePlus 6 ]
[ Mi MIX2S ] - [ Pixel 2XL ] - [ P20 Pro ]

The exposure and colour balance between the XS and X is very similar in this shot. Only again in the shadows does the XS bring out more details. The red chair is a good example of how the wide gamut capture of the iPhone’s can really distinguish themselves from the competition – unfortunately if you don’t have a proper display to showcase this one, it’ll result in toned down colours. Least to say, it looks really iridescent on the iPhone XS’ display.

Click for full image
[ iPhone XS ] - [ iPhone X ] - [ iPhone 7 ] - [ iPhone 6S ]
[ Galaxy Note9 ] - [ Galaxy S9+ ] - [ Galaxy S8 ]
[ LG G7 ] - [ LG G6 ] - [ LG V30 ] - [ OnePlus 6 ]
[ Mi MIX2S ] - [ Pixel 2XL ] - [ P20 Pro ]

In this shot, we again see more shadows than in the iPhone X. The iPhone produces a tad lower exposure than the S9, Note9 and OP6 – however I do understand why this is as the sun against the building really blows out on those phones, but I do think the foliage on the competition looks a bit better. Maybe something in-between would have been the best result. I like the Note9’s processing here a tad more, while detail wise both the phones are neck-in-neck.

Click for full image
[ iPhone XS ] - [ iPhone X ] - [ iPhone 7 ] - [ iPhone 6S ]
[ Galaxy Note9 ] - [ Galaxy S9+ ] - [ Galaxy S8 ]
[ LG G7 ] - [ LG G6 ] - [ LG V30 ] - [ OnePlus 6 ]
[ Mi MIX2S ] - [ Pixel 2XL ] - [ P20 Pro ]

In this shot, while the iPhone XS has more contrast in the shadows, it actually seems to lose a bit of detail versus the iPhone X – something you can see in the darker brickwork on the left bridge. In other parts of the scene, the XS is superior, and resolves a lot more detail in the barks of the trees on the right.

Samsung and OnePlus both had less issues in the shadow-cast bricks, and both provided an overall brighter image, although if that’s a positive is a thing of preference. Personally I do prefer the OP6’s HDR a lot here as it just does a better job on the brickwork.

Click for full image
[ iPhone XS ] - [ iPhone X ] - [ iPhone 7 ] - [ iPhone 6S ]
[ Galaxy Note9 ] - [ Galaxy S9+ ] - [ Galaxy S8 ]
[ LG G7 ] - [ LG G6 ] - [ LG V30 ] - [ OnePlus 6 ]
[ Mi MIX2S ] - [ Pixel 2XL ] - [ P20 Pro ]

Hopefully we’ve had enough sunlit scenes for this page, so moving on to more levelled scenarios.

The very first thing that pops out in this image between the iPhone XS and the iPhone X is that the XS no longer blows out the sky, and we actually see some blue.

While overall exposure and colour balance in the scene is similar, detail retention on the iPhone XS is significantly better. Here the XS is able to resolve cracks and textures on the walls that were invisible to the X.

While the XS stands out against the X in terms of details, it still falls behind the Samsung phones as both the Note9 and S9 do better on the textures of the buildings.

Battery Life Camera - Daylight - More HDR & Portrait
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  • Constructor - Monday, October 8, 2018 - link

    Sure you can – just go to airplane mode and re-enable WiFi.
  • s.yu - Monday, October 8, 2018 - link

    In the third and fifth low light sample I think it's pretty clear that the XS beat the P20P, again P20P's retention of texture is horrible and only in extreme low light (second and last sample) and scenes with many man-made objects which lack obvious texture (third sample) does its excessive sharpening and NR have a advantage. The first sample is a surprise, there either the scene is actually darker than I'm lead to believe or there's something else I've not taken into account.
  • daiquiri - Monday, October 8, 2018 - link

    Isn't this a too bold affirmation that A12 is on par with current desktop CPUs? So why didn't we stack them in order to have 5x the processing power of a common laptop/workstation for 1/2 of the power? What am I missing here? Because this doesn't make much sense to me.

    If I have 2 or 3 of these SoC chips and photoshop running on them will I have my filters running faster? Chrome loading webpages faster? Creating zip archives or converting flac files 3x times faster than an Intel I7?
  • resiroth - Monday, October 8, 2018 - link

    There is widespread speculation (and at this point, it is considered more likely than not) that apple will transition to their own chips exclusively for their Mac products in the near future (within 2 years).

    What exactly doesn’t make sense to you?

    Ps: will be very interesting to see results of new iPad Pro this year too.
  • daiquiri - Monday, October 8, 2018 - link

    What is strange to me is why aren't we already stacking this SoCs. I suppose I can fit 6 or 8 of these processors on the same die size. This means I would have a lot faster PC for less power? It they are that great why aren't on desktops already?

    Does this mean if I manage to install Windows 10 ARM edition on my PC photoshop will run faster and Chrome will load pages two or three times faster since I have 8 of these SoCs on my desktop pc?
  • Constructor - Wednesday, October 10, 2018 - link

    Because just increasing the core count is not quite enough.

    As I have explained above, a platform transition is a massive undertaking which among many other things needs actually superior performance to afford the initially still necessary legacy code emulation.

    This will almost certainly start at a WWDC (next year or the year after that, most likely) with an announcement about not just coming hardware but also about those new mechanisms in macOS itself, and actual Axx-powered Macs may take months after that to emerge while developers start porting their code to the new platform.

    It's not as if this was the first time for Apple – they've done it twice already!
  • varase - Tuesday, October 23, 2018 - link

    Yeah, but they always went to a *much* faster CPU to do the emulation.
  • Constructor - Wednesday, October 24, 2018 - link

    Even just the iPhone cores right now are already at about a desktop i5 level according to GeekBench.

    There should be quite some room for upscaling with more power and better cooling.
  • tipoo - Wednesday, October 24, 2018 - link

    These cores are 30% larger than Intels, let that sink in.

    I'm sure 8 of them would perform marvellously, for the cost. And it may be coming.
  • Zoolook - Tuesday, October 9, 2018 - link

    I just pulled an old test of a i3-6320, a 3 year old dual-core, and the A12 does good on some of the tests, but in many tests it's quite a bit behind, so it's not ready for server-duty yet.

    I know that the i3 has higher frequencies but it's also only two cores, compared to 2+4.
    There is no question that the big cores are very efficient, but they are optimized for their current job.

    If Apple would build a 6- or 8-core processor based on their large cores and throw away most of the other SoC and add other parts (stronger SIMD etc), yes then we might have a good desktop/serverchip, but the A12 is not that chip.

    Also remember that we are comparing 14nm Intel chips with the newest "7nm" process, if Intel ever gets their 10nm process up and running for real, then we could do a better comparison.

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