5K 5120 x 2880 pixels <span style="color:rgb(34,34,34);white-space:nowrap;">14,745,600</span>
8K 7680 x 4320 pixels 33,177,600
Since 4K and 5K have fewer pixels than there are 24 bit color values, every pixel on the screen could potentially be a different RGB value, however once you get to 8K then interpolation will occur by a factor of 2.
And when you baseline your bit depth to 10-bit RGBA all of this is moot.
And when you baseline your bit depth to 10-bit RGBA all of this is moot.
Ultimately it has to output to the screen and I'm unaware of any 10 bit RGBA monitors, however, that is going beyond my expertise. In my field we capture x-rays as 14 bit grayscale but to view it we use RGB 24 bit monitors.
Ultimately it has to output to the screen and I'm unaware of any 10 bit RGBA monitors, however, that is going beyond my expertise.
There's a number of 30 bpp monitors... Most of the Dell UltraSharps at this point are. Some do this by being 8 bit+FRC and some are true 10 bit. HP is the same way.
There's a number of 30 bpp monitors... Most of the Dell UltraSharps at this point are. Some do this by being 8 bit+FRC and some are true 10 bit. HP is the same way.
Thanks for the info. I did some searching and discovered that our Eizo monitors are 10 bit.
VESA is a standards body. They don't "ship" anything except specifications for future standards, which they just did.
You didn't get it, so I am gonna say it in a clearer manner for ya: standards mean nothing if they are not used - and if everyone needs to wait for Intel to release anything, it also means those are not standards at all, particularly if their use is de facto controlled by one maker.
I would have thought a 4K or 8K display would be 10bpp not 8bpp?
Perhaps, but they are still using RGB pixels and to achieve the additional bits they use various techniques such as dithering or flashing on and off from one color to another to create a perceived larger gamut making it appear there are more colors, but the technology also creates some unwanted side effects. In software no doubt about the extra bits, just like shooting in RAW with 16 bits per channel. But it has to ultimately be converted to 24 bit for display perhaps with some trickery in the look up tables. I'm definitely not an expert in this area, although I have done a bit of research about it today.
I would have thought a 4K or 8K display would be 10bpp not 8bpp?
It most certainly would be 10bpp, if not 12 or 16bpp. It's the reason HP has moved to 10bpp for its high end. By the time Apple gets OS X internally ready for that is only then will we see 10bpp or higher.
VESA is a standards body. They don't "ship" anything except specifications for future standards, which they just did.
You have no idea how the standards process works. Standards boards are 100% made up by companies with some stake in the end result. Therefore, it is to the benefit of each member to push technology they have in hand, that is easy for them to implement, so that they can make the next product before their competitors. The companies who make up these boards also pay attention to what their competitors are proposing and they start work on the products ahead of time. I can guarantee you that there are test eDP chipsets floating around by now.
You must be too young to remember all the 802.11 draft-n hardware that was sold for something like two years. And how Wi-Fi Alliance decided to start certifying draft-n. And not only that, I even have some draft 10Base-T hardware in a box.
Comments
And when you baseline your bit depth to 10-bit RGBA all of this is moot.
Oh come on, you know fine well 64K will be here by then!
...and self-driving cars.
And analysts besides Ming-Chi.
Ultimately it has to output to the screen and I'm unaware of any 10 bit RGBA monitors, however, that is going beyond my expertise. In my field we capture x-rays as 14 bit grayscale but to view it we use RGB 24 bit monitors.
Oh come on, you know fine well 64K will be here by then!
Holy crap... is it possible he was just WAY ahead of his time??!!! Could it have been a prophecy??!! Imma gonna wait a wee bit longer now!!
So - is it expected to that this new DisplayPort standard will apply to projectors as well?
I predict by the year 2045, the Mac will have a 50K 128-bit color display.
Ultimately it has to output to the screen and I'm unaware of any 10 bit RGBA monitors, however, that is going beyond my expertise.
There's a number of 30 bpp monitors... Most of the Dell UltraSharps at this point are. Some do this by being 8 bit+FRC and some are true 10 bit. HP is the same way.
VESA is a standards body. They don't "ship" anything except specifications for future standards, which they just did.
There's a number of 30 bpp monitors... Most of the Dell UltraSharps at this point are. Some do this by being 8 bit+FRC and some are true 10 bit. HP is the same way.
Thanks for the info. I did some searching and discovered that our Eizo monitors are 10 bit.
Calling a standards body announcement vaporware has got to the dumbest thing I've read on this site.
I'd think anyone that manipulates images and video could benefit from better displays.
VESA is a standards body. They don't "ship" anything except specifications for future standards, which they just did.
You didn't get it, so I am gonna say it in a clearer manner for ya: standards mean nothing if they are not used - and if everyone needs to wait for Intel to release anything, it also means those are not standards at all, particularly if their use is de facto controlled by one maker.
Got it?
Calling a standards body announcement vaporware has got to the dumbest thing I've read on this site.
If you don't understand the point, why comment at all?
Oh, I understand your point, hence my comment to [@]Suddenly Newton[/@]. It's you that doesn't understand, as exampled by your comment about Intel.
I would have thought a 4K or 8K display would be 10bpp not 8bpp?
I would have thought a 4K or 8K display would be 10bpp not 8bpp?
Perhaps, but they are still using RGB pixels and to achieve the additional bits they use various techniques such as dithering or flashing on and off from one color to another to create a perceived larger gamut making it appear there are more colors, but the technology also creates some unwanted side effects. In software no doubt about the extra bits, just like shooting in RAW with 16 bits per channel. But it has to ultimately be converted to 24 bit for display perhaps with some trickery in the look up tables. I'm definitely not an expert in this area, although I have done a bit of research about it today.
It most certainly would be 10bpp, if not 12 or 16bpp. It's the reason HP has moved to 10bpp for its high end. By the time Apple gets OS X internally ready for that is only then will we see 10bpp or higher.
http://www8.hp.com/us/en/campaigns/workstations/ultrazdisplays.html
VESA is a standards body. They don't "ship" anything except specifications for future standards, which they just did.
You have no idea how the standards process works. Standards boards are 100% made up by companies with some stake in the end result. Therefore, it is to the benefit of each member to push technology they have in hand, that is easy for them to implement, so that they can make the next product before their competitors. The companies who make up these boards also pay attention to what their competitors are proposing and they start work on the products ahead of time. I can guarantee you that there are test eDP chipsets floating around by now.
You must be too young to remember all the 802.11 draft-n hardware that was sold for something like two years. And how Wi-Fi Alliance decided to start certifying draft-n. And not only that, I even have some draft 10Base-T hardware in a box.
Self-driving FLYING cars...
Funny you should say that... Elon Musk let slip in an interview that he knows of someone working on just that. The remark was genuine.