Perfect explanation of framerate and shutter speed. This is the best example that I've seen by far! I would've appreciated a little bit more detail into the comparison of shutter speeds alongside the separate framerates too. Knowing how 1/1000th of a second looks at all framerates, plus something a lot slower like 1/50th or 1/100th with the framerates. Good video!
That makes sense. Each frame is just a snapshot, or still image. When the images are shown in sequence, the more images per second (frames per second) give a smoother video. But the frames, given the same shutter speed and aperture, should be the same in all examples. I found your chart interesting. 20 fps actually uses slightly more storage than 30 fps. And 12 fps used even more storage. Is that because the camera is capable of storing just the pixel differences between frames? If so, that would explain it, as the slower frame rate would have more pixel differences from one frame to the next.
You are right that resolution plays a role. However, the whole point of this video is to show how frame rate affects security footage and addressing common misconceptions about blurry footage.
@@xlrsecurity doesnt matter if you're at 120fps if you're using 144p. fps is how often you capture. resolution is image quality. your argument is based on how clearly you can read a license plate, which is quality based, not time
Perfect explanation of framerate and shutter speed. This is the best example that I've seen by far! I would've appreciated a little bit more detail into the comparison of shutter speeds alongside the separate framerates too. Knowing how 1/1000th of a second looks at all framerates, plus something a lot slower like 1/50th or 1/100th with the framerates. Good video!
very clear and nice explanation! Thanks!
Very informative, thank you. Now I am clear on this.
Glad it was helpful
Thank you for this information 👍
That makes sense. Each frame is just a snapshot, or still image. When the images are shown in sequence, the more images per second (frames per second) give a smoother video. But the frames, given the same shutter speed and aperture, should be the same in all examples.
I found your chart interesting. 20 fps actually uses slightly more storage than 30 fps. And 12 fps used even more storage. Is that because the camera is capable of storing just the pixel differences between frames? If so, that would explain it, as the slower frame rate would have more pixel differences from one frame to the next.
You're the man!! 💯
the resolution matters more. you never once in this video mentioned if you were filming 1080p or 4k or anything at all. this entire video is pointless
You are right that resolution plays a role. However, the whole point of this video is to show how frame rate affects security footage and addressing common misconceptions about blurry footage.
@@xlrsecurity doesnt matter if you're at 120fps if you're using 144p. fps is how often you capture. resolution is image quality. your argument is based on how clearly you can read a license plate, which is quality based, not time