Mobile and Tablet Editor, Brandon Chester

This year’s CES was my second time attending the show. I was quite new to AnandTech during my first CES, and what I can say is that while this year seemed even bigger than last as far as the scale of the show goes, for me personally it felt much less frantic than last year. CES is an interesting event for me because there aren’t always many major announcements made which relate to new mobile products, but because of how prolific the smartphone has become most of the announcements tie in with the mobile world in some fashion.

One of the big pushes this year was VR. This isn’t unexpected, given that there are now many vendors trying to get involved with VR now that it appears that the category will be much bigger than the niche market some may have expected it to be in the early days of the Oculus Rift.

At CES, I was able to try the HTC Vive and the Gear VR. I wasn’t able to try the Oculus Rift, but everything I’ve heard from other people and read online says that the Vive is the best of these three major offerings. I have to admit that I was quite impressed by the demos for the Vive, and you can read a bit more about that here.

One of the barriers to adoption that I can see with the Vive will be the fact that setting up the lighthouse tracking stations requires a substantial amount of space, and I don’t think many users are going to have a room that they can dedicate to using for VR. In most cases, I expect that VR will end up being a way to increase immersion without requiring the user to move about any more than existing games require. Unfortunately, this won’t take full advantage of VR’s potential, but that’s just the truth of how most people want (or are able) to play games if we consider it a mass market venture.

As a mobile editor, the most interesting thing about VR is how much it owes to the advances in the smartphone market. The only reason any of these products exist in their current forms is because of the work to create small displays with higher and higher resolutions, along with the great advancements that have been made in the manufacturing of OLED displays. I don’t think the current VR headsets are where they need to be in this regard, as in my experience you need to move away from PenTile in order to avoid the chromatic aliasing and other artifacting that the current headsets have. The displays will eventually have to enter the realm of 4K and even 8K panels as well in order to have a high enough resolution to mimic how you would actually see the world. However, the fact that there are such high resolution OLED panels available right now is definitely the result of how that technology has advanced in order to be used in smartphones, and the display technology wouldn’t be where it needs to be for these first generation VR headsets if that had never occurred.

On the tablet side of things, I saw two notable tablet launches at the show this year. The first was Huawei’s MediaPad M2 10, which is a mid range Android tablet using the Kirin 930. More interesting was the launch of Samsung’s TabPro S. This announcement was a surprise to me, and even more surprising was the fact that Samsung had decided to go the Windows route with their 2-in-1 instead of using Android. Samsung may have realized that moving to a 2-in-1 can amplify the issues with Android tablets, and using Windows allows you to provide an experience that leans more toward a laptop, which is what I feel many 2-in-1 buyers are really looking for anyway.

Something absent from this year’s show were smartwatches. Part of this certainly has to do with how much of the market Apple has grabbed, coupled with the fact that they don’t attend the show. Even so, I was surprised to see very little promotion from other vendors and nothing in the way of new announcements. We did see new finishes for the Huawei Watch and Samsung Gear S2, but no completely new hardware. We might see more at MWC in February perhaps.

While smartwatches were missing in action, that isn’t to say that wearables themselves were missing from the show. Fitness trackers were shown off in multiple places, and head-mounted displays in a similar style as Google Glass were being shown off as well. Zeiss’s Smart Optics technology, for making discreet smart glasses, was definitely the most interesting thing going on in that category, despite the fact that it’s only a tech demo right now. I hope that they’re already in talks with companies to get this technology into future commercial products.

The last area that I ended up seeing a lot of at the show was television. In hindsight this is a bit surprising since I don’t even have a television or any sort of cable service, but I suppose that my interest in display technology played a part. There were two main things that happened in the TV space. The first is the adoption of wider color gamuts and support for HDR in the standards for UltraHD content.

Both of these are important, although I am very disappointed by the efforts of a group of companies to push DCI-P3 support into these specifications in addition to Rec. 2020 because their display technology isn’t capable of reproducing that color space entirely. I was able to see quantum dot panels this year that covered over 90% of the Rec. 2020 gamut, and the use of a second smaller gamut may cause problems down the line with input and output chains that don’t handle the color management for P3 content properly when displays move to Rec. 2020 displays. Consumers with newer Rec. 2020 displays might end up seeing oversaturated pictures, or owners of DCI-P3 panels may have to deal with under saturation of Rec. 2020 content.

The second thing I noticed about the TV space is the lack of advancement that OLED has seen. This is mainly due to Samsung’s choice to push LCD panels with quantum dots, which takes the largest OLED manufacturer out of the race. While they briefly took a step into the OLED TV market a few years ago, Samsung has just continued primarily as an LCD manufacturer since then.

There are a couple of important things to consider here. I haven’t yet seen an OLED panel approaching coverage of the Rec. 2020 gamut, which is part of the reason why DCI-P3 has been put into the UltraHD standards. This is conflicting becuase it’s a gamut for cinema use, and it now coexists with the Rec. 2020 gamut which will be used for UHDTV. OLED’s limited peak brightness also limits the range of bright shades for HDR content, but its black level allows for better detail with dark areas. Something to note is the fact that light incident upon the display will end up negating the advantages of OLED’s black levels due to reflections, so the black levels only provide an advantage with a proper environment to block out other light sources.

With these things in mind, it does make sense that Samsung is pushing in a different direction. When looking at the TV market, I don’t see OLED as becoming a complete successor to LCD, while I do expect it to do so in the mobile space. TVs often have static parts of the interface, and issues like burn in and emitter aging will be difficult to control. Improvement to emitter materials will allow for higher peak brightness and a greater color gamut, but it seems like OLED may be more of a stopgap technology rather than a long term play.

When looking strictly at the mobile market I don’t think there was a lot to be excited about from this year’s CES. Those sorts of announcements are usually reserved for MWC anyway, so it’s something to be expected. If you expand your view to the technology market as a whole, then I think you’ll see a lot of interesting things going on. I think VR is going to be big, even though the display technology isn’t where it needs to be yet. Early adopters will help drive further investment, which will drive technology improvements, and eventually prices will come down as well. I think head-mounted displays in general will also become more widely adopted in the future as technologies are created to implement them in more discreet ways, and I think Zeiss’s demo was a great example of how quickly things can move.

As for the display and TV market, I think the move to Rec. 2020 will be delayed as manufacturers ship DCI-P3 panels instead, and that’s quite unfortunate. HDR has the potential to greatly improve the dynamic range of video content, and it’ll be interesting to see which of the several proposals for HDR content encoding end up being adopted most widely. As for panel technology, I think LCD is going to stick around for longer than people think, and I think OLED will probably be something that exists in addition to LCDs rather than replacing them, with a future technology such as MicroLED eventually replacing both down the line. As always, technology keeps moving forward in many different ways.

CES 2016 Roundup (2): Senior Laptop Editor, Brett Howse CES 2016 Roundup (4): SSD Editor, Billy Tallis
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  • Brandon Chester - Tuesday, January 26, 2016 - link

    The fact that it was LG is exactly why it didn't advance OLED as a category. It's a market with basically one vendor. Everyone else is still pushing LCD.
  • Nintendo Maniac 64 - Tuesday, January 26, 2016 - link

    Well that's kind of expected when the majority of the competition are also the incumbent leaders when it comes to flat-panel market-share (that being Samsung and Innolux).

    I mean, there's a reason you don't see Toyota going all-in on electric vehicles - because they're in incumbent when it comes to market-share of the internal combustion engine.
  • boeush - Tuesday, January 26, 2016 - link

    I see a need for a new high-bandwidth optical cable.

    Intel always envisioned Thunderbolt evolving toward optical signalling (going at least back to the days when it was code-named LightPeak). With VR goggles potentially pushing 8k+ x 2 at 90 Hz in the future, with external graphics enclosures having potential for crossfire/SLI needing at least the equivalent of 2 x PCIe3 x8 (or even x16) for optimal performance (never even mind the upcoming PCIe4 standard), and with next-gen storage (like 3D XPoint, etc) promising much higher bandwidths for DAS systems - it seems to me the time is right for a thin, long, light and flexible optical cable and accompanying compact transmitter/receiver standard capable of moving data at TB/s rates.

    Surely there has to be some development occurring along these lines?
  • Ikefu - Tuesday, January 26, 2016 - link

    The Razer Core Thunderbolt GPU box has me very intrigued. As a traveling engineer I'm always fighting the battle between a bulky laptop I have to drag in to the field with me or a sleek laptop that is under-powered for development and games at a desk. A Dell XPS 15 with a Razer Core would be a juicy option indeed.
  • lmc5b - Tuesday, January 26, 2016 - link

    Page 2, line 2: "and there always" should be "and there is always" I think.
  • Lolimaster - Tuesday, January 26, 2016 - link

    The easy route to detect an apple fanatic:

    -Brandon Chester in his twenties.
    -Bash OLED just to mention microLED after Apple bought the company instead of keep face mentioning maybe Sony's CrystalLED.
  • Brandon Chester - Wednesday, January 27, 2016 - link

    1. Nowhere was OLED bashed. In fact, I said it will become the dominant tech in all mobile devices, which is quite a testament to its quality. It simply has inherent issues with aging, and that will cause issues in TVs.

    2. CLED was a one time Sony tech demo. MicroLED is not exclusive to Apple at all, and to my knowledge the only relation Apple has even had with it is buying a small company working with MicroLED around two years ago. If anything, using the example of something done by Sony as a CES tech demo instead of an actually disruptive upcoming technology would be the wrong way to go.

    3. I'm not in my twenties.
  • at80eighty - Tuesday, January 26, 2016 - link

    Loved this.

    You guys should make this a running thing. something like a State of Tech; maybe a bi-monthly / quarterly cadence? get all your editors to chip in.
  • random2 - Wednesday, January 27, 2016 - link

    "Covering PC to smartphone to TV to IoT to the home and the car,..."

    OK, I give....What's loT?

    "Firstly was storage - Mushkin showed us an early PVT board...."

    PVT? Pressure, volume, temperature? Price, volume, trend? Position, velocity, and time? Paroxysmal Ventricular Tachycardia?

    I stay out of the loop for a while and I have to take a course in leet speak to read an Anandtech article.
  • Ian Cutress - Wednesday, January 27, 2016 - link

    IoT = Internet of Things - basically can you put a chip into it that'll connect to the web for monitoring/control. It's a term that started around 2008.

    PVT = Production Validation Test, one of the sample stages for validation before mass production. This one is as old as mass production in electronics.

    But point taken, I'll expand acronyms in future on first use :)

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