frames per second

This is why your camera shoots 29.97fps (not 30fps) and why it doesn’t really matter any more

Oct 5, 2016 by John Aldred 11 Comments

If you’re not dealing with broadcast, and you’re simply uploading to YouTube, Vimeo, Facebook, etc. then I’ll save you some time. You don’t have to stick with 29.97 framerate. It’s old, it’s obsolete, it’s no longer technically relevant, shoot and play back at whatever framerate you like.

If you want to delve a little deeper into why 29.97fps is even a thing, check out this video from Matt Parker at Standup Maths. In it, he talks about how 30fps became 29.97fps in the first place. It basically boils down to a combination of the frequency of the electrical supply (60Hz) and the amount of broadcast “bandwidth” that was available to the first colour analogue TV signals.

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Kings of Speed: 1D X MKII vs D5 vs D500 Shutters Compared

Feb 2, 2016 by Liron Samuels 6 Comments

This past month has been excellent for wildlife shooters, sports shooters and speed junkies in general, as we’ve seen the announcement of Canon’s 1D X Mark II and Nikon’s D5 and D500.

These monsters are all about speed, so we’ve gathered everything you need to know about their shutter bursts, frames per second and even calculated how long you can shoot at max speed before destroying the shutter.

As a bonus, we’ve added a video comparing the shutter sounds in burst mode of 17 Canon cameras, ranging from 2.5 to 14 fps.

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Listen to Nikon’s D5 fire off 200 frames in 17 seconds

Jan 8, 2016 by Gannon Burgett Add Comment

Nikon unveiled its newest flagship camera this week, the Nikon D5. Some of the new features include a brand new 153 point autofocus system and a ridiculously fast burst speeds of 12 frames per second—14 if you don’t mind shooting JPEG only.[Read More…]

Scientists Announce Worlds Fastest Camera, Capable of Capturing 4.4 Trillion Frames Per Second

Aug 13, 2014 by Tiffany Mueller 5 Comments

No, that’s not a typo. A team of 12 scientists from The University of Tokyo and Keio University, have developed a camera that is capable of capturing 4.4 trillion frames per second using a technology called Sequentially Timed All-optical Mapping Photography (STAMP) according to a release posted on Nature.com. According to the team, STAMP makes it possible for their camera to outperform current high speed cameras by achieving capture rates that are 1,000 times faster than any other known camera.

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