It would be nice to show us in the video an example of where that makes a difference. In 8-bit video, I notice it in big areas of sky with a subtle blue gradation, and on faces, where we're especially sensitive to subtle color differences. It usually shows up as banding in the image rather than smooth gradients.
Why does it happen with BMP files that a small image with a color space of only 256 colors (8 bit) require more storage space than the same image with a color space of 16.8 million colors (24 bit)?
Ha! I see what you did there, it’s a test, right? Does the cat really have stripes, or is that a solid gray cat with bit banding in the video? Clever :^)
This is the clearest, most succinct explanation of this nerd-fuel topic I've found. Well done, B. Thanks.
What about 50 shades of grey?
That's like, 7.071-bit! Not good enough for me!
Think he dint get it the way you mean haha! Or he decide to stay profesionally
ZY🤙
AngelB. I agree, I wish he got it😂
@@GusDaCosta I think he actually did and responded with an Ultra-Nerd joke reply. Since 50 shades is... screw math.
@@zy_cheng actually around 5.643856189775-bit. That's the closest my phone calculator got.
Excellent point regarding the bit difference in a raw image, thank you !
Thank you! I share your video with my photography students each semester.
Just found your videos as i begin my journey to make movies. Great stuff. Thanks !!!
What about 4:2:2 or 4:2:0, Could you please make a video explanation about that?
Great suggestion! I do in fact intend to make one explaining that in the near future.
please do ! @@zy_cheng
When it's coming?
+1 ... Plus I've always wondered does 10-bit 4:2:2 have 10 bits per color per channel, and does it matter if you record in BT2020 vs BT709 🤔
Finally I can impress my crush 🤠 "You like 50 shades of grey? Let me show you my 256 shades of grey 😏"
That will win her heart 1024%!
🤣 😂 genius
very educational and informative... you explained the information very well...
Thanks for the explanation, found on petapixel, straight to the point and clear, love the content.
This is great. Thanks.
Thank you for explaining
Sharing this with Digital Image Processing students!
It would be nice to show us in the video an example of where that makes a difference. In 8-bit video, I notice it in big areas of sky with a subtle blue gradation, and on faces, where we're especially sensitive to subtle color differences. It usually shows up as banding in the image rather than smooth gradients.
Greetings from the Philippines! More power sir :)
Great explanation
Thank you.. I got it.. god bless you
Camera talk AND cats? What's not to like. 👌
let's get Undone!
great thanks man!
you rock dude
JPEG is always 8 bit, it's in the definition.
Computer monitors, specialist monitors excepted, and TVs always display 8 bit.
Please make a video on c log, s log , and nikons whatever log if its there
Does bit in video really matter since ur still only recording @ a certain mbs
Thanks bro
Why does it happen with BMP files that a small image with a color space of only
256 colors (8 bit) require more storage space than the same image with a color space of 16.8 million colors (24 bit)?
Hey! So most cameras produce 8-bit JPEGs and 14-bit RAWs, but what’s the bit depth of RAWs coming from cameras that produce 10-bit JPEGs?
What is dual pixel technology?
I'm gonna kill it at the next party I go to! Thanks for the info buddy. 🙂
Ha! I see what you did there, it’s a test, right? Does the cat really have stripes, or is that a solid gray cat with bit banding in the video? Clever :^)
You sir just blew my mind!
bit depth is about dynamic range. is that right?
Hey man I'm not drunk or anything but you're cool
Thats why girls dont like me 2:23
Do 32 bit content really exist ?
Try not to string the words "shades" "of" and "grey" together in your videos...
and 50?
@@zy_cheng Stop! You're making it worse!
Cat videos on UA-cam....Started out looking at foto content and ended up looking at cat footage
Great. But it would be better if you talk a bit slowly. Thanks.
64 bit.