High quality for what purpose? Only photo editing? Or picture viewer? What about creating animations or editing 60fps movies? Pixel response time has to be 16 miliseconds or lower if you want to Edit 60 fps video or animation but mbp 16 has approximately 34 and 52 miliseconds black to white and grey to grey. What kind of quality display is this? You can not scroll a web page with eye comfort because pixels lose their minds if there is a dynamic view and terrible smearing texts and images occur...Response time of any high-quality display is going to be bad — that's not what they are optimized for.
I believe they’re still the same panel as before, so check Notebookcheck.net for the reviews of the previous ones. For example: https://www.notebookcheck.net/Apple...s-the-Core-i3-the-better-choice.465534.0.html
High quality for what purpose? Only photo editing? Or picture viewer? What about creating animations or editing 60fps movies? Pixel response time has to be 16 miliseconds or lower if you want to Edit 60 fps video or animation but mbp 16 has approximately 34 and 52 miliseconds black to white and grey to grey. What kind of quality display is this? You can not scroll a web page with eye comfort because pixels lose their minds if there is a dynamic view and terrible smearing texts and images occur...
Wow, what a definition... High end workstation okey could you please explain this: you are an animation maker and decided to make an 60fps animation, in some where you want to add smearing effect. But when you did this a problem knocked your door. Knock knock. Who is there? I am MacBook Pro 16 display with terrible pixel response time. I have already natural smearing because of my high end workstation design so you have also added a smearing effect. How will you calibrate this because this animation will be played on quality low pixel response time displays.High quality as in high DPI, wide color gamut and high color accuracy. Only gaming panels have low response times, because competitive gaming is pretty much the only domain where these things really matter.
Look around for display reviews: virtually all high-end workstation laptops with excellent screens have response times of 40 milliseconds or more. That is the price you pay for optimizing for picture quality while having reasonable power consumption. Maybe a video professional could comment why professional monitors make this tradeoff and whether it is really as big of a problem as you claim.
Regarding scrollign texts... I have been using an 16" for almost a year now daily, and I don't have any problem with any kind of smearing. Which is funny, considering that all my work is text-based (programming, academic publications and teaching).
Wow, what a definition... High end workstation okey could you please explain this: you are an animation maker and decided to make an 60fps animation, in some where you want to add smearing effect. But when you did this a problem knocked your door. Knock knock. Who is there? I am MacBook Pro 16 display with terrible pixel response time. I have already natural smearing because of my high end workstation design so you have also added a smearing effect. How will you calibrate this because this animation will be played on quality low pixel response time displays.
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High quality for what purpose? Only photo editing? Or picture viewer? What about creating animations or editing 60fps movies? Pixel response time has to be 16 miliseconds or lower if you want to Edit 60 fps video or animation but mbp 16 has approximately 34 and 52 miliseconds black to white and grey to grey. What kind of quality display is this? You can not scroll a web page with eye comfort because pixels lose their minds if there is a dynamic view and terrible smearing texts and images occur...
Such a thing has existed before, the iBook G3 series had keyboards that were infamous for smelling like sweat after a while, majority of the ones you find today have this issue.I first read the title as "smelling", and thought, "OK, here we go, Stink-Gate ..."
Just curious, what's the average response time of a higher end Windows laptop these days? Any good video examples of ghosting windows/text? ON my older MacBooks you can see the Finder windows leaving large ghost trails for a second, very noticeable.
What about OLED monitors? Don't they have sub-millisecond grey-to-grey? And is there any chance Apple would put them in its laptops?Response time of any high-quality display is going to be bad — that's not what they are optimized for.
If you're doing critical video editing work, would you really be editing on a laptop monitor? I would think a laptop monitor would be more for prototyping/exploratory work. Though as far as smearing during scrolling goes, I do agree with you.High quality for what purpose? Only photo editing? Or picture viewer? What about creating animations or editing 60fps movies? Pixel response time has to be 16 miliseconds or lower if you want to Edit 60 fps video or animation but mbp 16 has approximately 34 and 52 miliseconds black to white and grey to grey. What kind of quality display is this? You can not scroll a web page with eye comfort because pixels lose their minds if there is a dynamic view and terrible smearing texts and images occur...
What about OLED monitors? Don't they have sub-millisecond grey-to-grey? And is there any chance Apple would put them in its laptops?
I know this isn't the category you were thinking of, since this thread is about laptops, but it's worth noting the finest reference monitors in the world, such as the 4k Sony Trimaster, use OLED panels with response times in the microsecond range. And they consider this response time an important feature for video editing. So it is possible to get both reference quality, and fast response time, at least in a desktop monitor, and at the upper end of the price scale.
Wow, what a definition... High end workstation okey could you please explain this: you are an animation maker and decided to make an 60fps animation, in some where you want to add smearing effect. But when you did this a problem knocked your door. Knock knock. Who is there? I am MacBook Pro 16 display with terrible pixel response time. I have already natural smearing because of my high end workstation design so you have also added a smearing effect. How will you calibrate this because this animation will be played on quality low pixel response time displays.
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Not qute workstation-class, but there's the Gigabyte Aero 15 OLED XB. They claim "Each panel is X-Rite Pantone certified and color-calibrated at the factory." According to https://www.cnet.com/reviews/gigabyte-aero-15-oled-review/ , it Samsung's laptop OLED panel isn't quite yet able the compete with the best pro-grade IPS laptop panels for color accuracy:No idea, do you know of any creative workstation that ships with an OLED montor?
Though not as robust as the color management of a mobile workstation, which generally has profiles stored in hardware, it's one of the broader systems I've seen in a prosumer laptop. For example, it comes with a Pantone-certified software profile for print work, plus four color temperature software-calibration profiles (D5800, D6000, D6500 and D6800), which you can swap among via the ControlCenter rather than using Windows' system. Oddly, the Native profile it loads is sRGB rather than just a full-monitor gamut, which is what "native" usually means in this context.
Since all OLED laptops use the same Samsung panel, the software profiling and supporting hardware are what differentiates them from each other. In this case, it makes it a lot more out-of-the-box flexible than the one-profile-fits-all versions of other OLED laptops I've tested.
As tested (using Portrait Displays' Calman 5 Ultimate and an X-Rite i1Display Pro), the display is very accurate for a nonpro screen. It covers 100% of DCI-P3 and about 93% of the Adobe RGB color gamuts, all the white points come within 250K of their targets, gamma is very consistently close to 2.2 above 20% gray (OLED gamma has a discontinuity roughly below 20% because it has different shadow-detail characteristics than monitors with less perfect blacks, for which a gamma of 2.2 became standard) and the gray scale is reasonably neutral. For colors, it's very accurate at maximum brightness -- I was told it was calibrated to 100% brightness for Adobe RGB and it might be even better at lower brightness levels -- and with just a little tweaking could probably hit anyone's accuracy threshold.
Because of different implementations, brightness varies across the OLED panels, too. I somehow managed to register a peak brightness of over 600 nits for a 10% window in HDR mode, though most often that will be closer to about 415 nits, and full-screen maximum brightness for normal work is around 350 nits.
Of course, and I explictly acknowledged in my post that the Trimaster was an entirely different class of product. Nevertheless, thought it important to note that while your statement ("Response time of any high-quality display is going to be bad — that's not what they are optimized for.") seems to currently be true for laptops, it isn't true generally—the technology exists to have both. There's just a big cost in power efficiency and cash.Well, sure, but you are talking about what, $40,000 professional displays? I don't think this technology will be relevant to laptops any time soon. And current mainstream affordable OLED panels don't seem to have the image quality suitable for professional work (at any rate all "cheap" pro displays seem to use IPS technology).
The industry you mentioned is still working on 30 even 24fps. For animation, each frame costs money, and for 60fps you are literally spending money on drawing double frames.What about creating animations or editing 60fps movies