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From what I can find, the documentation on the screen just says it covers 100% of the sRGB gamut. That's nice, but do you have an example of a calibration profi

From what I can find, the documentation on the screen just says it covers 100% of the sRGB gamut. That's nice, but do you have an example of a calibration profile that shows the full gamut coverage? It would be nice to compare it to Adobe RGB and P3 gamuts. Is the screen HDR or 10 bit input capable?

lstamour 5y ago
Not affiliated with Framework Laptop, but I’ll reply anyway. It’s been my experience that when only sRGB is mentioned, only sRGB is supported. Adobe RGB is relatively rare these days, and any amount of P3 or HDR support is common only in higher end laptops with either very bright backlights or OLED. You might be interested in a new standard, DisplayHDR, which commonly focuses on how bright and technically accurate a screen can be. At this point there are often trade offs between screen technologies, but OLED tends to produce the “nicest” picture. https://displayhdr.org/ https://displayhdr.org/ Also, as a correction, as long as you’re not performing colour grading on footage, you don’t need 10-bit input or output for HDR. It helps, obviously, but technically you can use dithered 8-bit RGB over HDMI 2.0 at 60 fps and still view HDR content with no perceptible difference between the 8-bit and 10-bit or 12-bit formats. For example: https://2020.smpte.org/home/session/325093/perceptually-dithered-hdr-for-8bit-interfaces https://2020.smpte.org/home/session/325093/perceptually-dith... That said, especially when using a computer, I really like the way scrolling feels at 120 fps, so I encourage looking for HDMI 2.1 outputs and inputs for that reason alone. Don’t forget you’ll likely also need a new HDMI cable. As an aside, I’ve tried adapters from DisplayPort 1.4 to HDMI 2.1 and they are so far rather unreliable and prone to overheat.
- bscphil 5y ago
  > It’s been my experience that when only sRGB is mentioned, only sRGB is supported. I suspect this as well, especially at the price point the Framework laptop is being offered, but that's why I'm asking. I feel that manufacturers providing a approximate gamut coverage plot would be an enormous improvement to the status quo. > any amount of P3 or HDR support is common only in higher end laptops I disagree with this point. The MacBook Air (at $1000) is advertised to have P3 coverage. That's the exact same price (for a shipped laptop) as Framework. It also has HDR support. > Also, as a correction, as long as you’re not performing colour grading on footage, you don’t need 10-bit input or output for HDR. I'm aware - that's why I asked about HDR and 10 bit support separately. Worth mentioning that a bunch of cheap panels only really support 6 bits which then gets dithered, though. You're right that 8 bits in probably sufficient at the 400 nits brightness of the Framework screen.
  - lstamour 5y ago
    > The MacBook Air (at $1000) is advertised to have P3 coverage. That's the exact same price (for a shipped laptop) as Framework. It also has HDR support. True. But then it only outputs to one extra display, runs a chip Apple made from last year and hasn’t yet updated, and the rest of the industry isn’t Apple and can’t find a way to sell the same product in an iPad, mid-range desktop, entry-level all-in-one, entry-level laptop and entry-level pro laptop while manufacturing in quantity during the middle of a chip shortage. I mean, some things only Apple can do. The closest comparison I can make to the Air in terms of price might be the Samsung Galaxy Book Pro for $999 which has an AMOLED screen, but that’s presumably because Samsung makes their own displays and wants a laptop to show them off. Everything else about the laptop is low- to mid-range and you need to pay extra for 16GB of RAM. Frankly most laptops with fancy displays end up being like the Dell XPS 9710, they ship with dedicated graphics cores and cost upwards of 2-3 grand. The exceptions with nice displays stand out as exceptions. To date, Microsoft’s entire Surface line has yet to go P3 HDR (iirc) with the exception of the Surface Studio, their giant (and outdated) all-in-one PC. Frankly, if a third-party repairable MacBook Air with Apple silicon existed, I’d be over the moon, and more so if Apple came out with an OLED display, but in a way even OLED panels aren’t very repairable as if you get the tiniest of scratches the entire panel might need to be tossed, etc. And you might consider repairability from the perspective of “how inexpensive is it to replace?” If so, you wouldn’t want a part that’s only affordable if you buy in bulk, you’d want a screen that’s common and easy to get instead. Probably 16:9 aspect ratio too. So… a repairable laptop might not be the laptop to get if you also want the best of everything… for now, at least…
nrp 5y ago
We use a BOE NE135FBM-N41 panel, which you may be able to find some profiles on from other notebooks. We haven't gotten a chance to generate profiles just yet ourselves.
- bscphil 5y ago
  Thanks for the response! I did find a review of one laptop that used this panel, and it looks like it's a designed-to-standard 8 bit panel with pretty much no coverage beyond sRGB, similar to the panels Apple was putting in MBPs around 2014 or 2015. Support for HDR (e.g. PQ) shouldn't be expected. For what it's worth I'd be very interested in future upgrades for the screen quality. I'm fine with the current density (~200 DPI or so), although I know some have requested 4K screens. The real selling point would be a 10 bit panel with ST.2084 HDR support and full coverage for the P3 gamut. Something in line with base model laptops from Apple. (Obviously, such an upgrade would carry an understandable price premium.)

lstamour 5y ago

Not affiliated with Framework Laptop, but I’ll reply anyway. It’s been my experience that when only sRGB is mentioned, only sRGB is supported. Adobe RGB is relatively rare these days, and any amount of P3 or HDR support is common only in higher end laptops with either very bright backlights or OLED. You might be interested in a new standard, DisplayHDR, which commonly focuses on how bright and technically accurate a screen can be. At this point there are often trade offs between screen technologies, but OLED tends to produce the “nicest” picture. https://displayhdr.org/ https://displayhdr.org/ Also, as a correction, as long as you’re not performing colour grading on footage, you don’t need 10-bit input or output for HDR. It helps, obviously, but technically you can use dithered 8-bit RGB over HDMI 2.0 at 60 fps and still view HDR content with no perceptible difference between the 8-bit and 10-bit or 12-bit formats. For example: https://2020.smpte.org/home/session/325093/perceptually-dithered-hdr-for-8bit-interfaces https://2020.smpte.org/home/session/325093/perceptually-dith... That said, especially when using a computer, I really like the way scrolling feels at 120 fps, so I encourage looking for HDMI 2.1 outputs and inputs for that reason alone. Don’t forget you’ll likely also need a new HDMI cable. As an aside, I’ve tried adapters from DisplayPort 1.4 to HDMI 2.1 and they are so far rather unreliable and prone to overheat.

bscphil 5y ago
> It’s been my experience that when only sRGB is mentioned, only sRGB is supported. I suspect this as well, especially at the price point the Framework laptop is being offered, but that's why I'm asking. I feel that manufacturers providing a approximate gamut coverage plot would be an enormous improvement to the status quo. > any amount of P3 or HDR support is common only in higher end laptops I disagree with this point. The MacBook Air (at $1000) is advertised to have P3 coverage. That's the exact same price (for a shipped laptop) as Framework. It also has HDR support. > Also, as a correction, as long as you’re not performing colour grading on footage, you don’t need 10-bit input or output for HDR. I'm aware - that's why I asked about HDR and 10 bit support separately. Worth mentioning that a bunch of cheap panels only really support 6 bits which then gets dithered, though. You're right that 8 bits in probably sufficient at the 400 nits brightness of the Framework screen.
- lstamour 5y ago
  > The MacBook Air (at $1000) is advertised to have P3 coverage. That's the exact same price (for a shipped laptop) as Framework. It also has HDR support. True. But then it only outputs to one extra display, runs a chip Apple made from last year and hasn’t yet updated, and the rest of the industry isn’t Apple and can’t find a way to sell the same product in an iPad, mid-range desktop, entry-level all-in-one, entry-level laptop and entry-level pro laptop while manufacturing in quantity during the middle of a chip shortage. I mean, some things only Apple can do. The closest comparison I can make to the Air in terms of price might be the Samsung Galaxy Book Pro for $999 which has an AMOLED screen, but that’s presumably because Samsung makes their own displays and wants a laptop to show them off. Everything else about the laptop is low- to mid-range and you need to pay extra for 16GB of RAM. Frankly most laptops with fancy displays end up being like the Dell XPS 9710, they ship with dedicated graphics cores and cost upwards of 2-3 grand. The exceptions with nice displays stand out as exceptions. To date, Microsoft’s entire Surface line has yet to go P3 HDR (iirc) with the exception of the Surface Studio, their giant (and outdated) all-in-one PC. Frankly, if a third-party repairable MacBook Air with Apple silicon existed, I’d be over the moon, and more so if Apple came out with an OLED display, but in a way even OLED panels aren’t very repairable as if you get the tiniest of scratches the entire panel might need to be tossed, etc. And you might consider repairability from the perspective of “how inexpensive is it to replace?” If so, you wouldn’t want a part that’s only affordable if you buy in bulk, you’d want a screen that’s common and easy to get instead. Probably 16:9 aspect ratio too. So… a repairable laptop might not be the laptop to get if you also want the best of everything… for now, at least…

nrp 5y ago

We use a BOE NE135FBM-N41 panel, which you may be able to find some profiles on from other notebooks. We haven't gotten a chance to generate profiles just yet ourselves.

bscphil 5y ago
Thanks for the response! I did find a review of one laptop that used this panel, and it looks like it's a designed-to-standard 8 bit panel with pretty much no coverage beyond sRGB, similar to the panels Apple was putting in MBPs around 2014 or 2015. Support for HDR (e.g. PQ) shouldn't be expected. For what it's worth I'd be very interested in future upgrades for the screen quality. I'm fine with the current density (~200 DPI or so), although I know some have requested 4K screens. The real selling point would be a 10 bit panel with ST.2084 HDR support and full coverage for the P3 gamut. Something in line with base model laptops from Apple. (Obviously, such an upgrade would carry an understandable price premium.)