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You can see 'Gemini Man' in 120 fps or 4K, but not both
Ang Lee wants people to see his latest movie, Gemini Man, in 3D at 4K resolution and 120 frames per second. But it'll be a tough ask to watch the Will Smith thriller that way if you're in the US -- it seems no American theaters will project it in the director's intended format.
Sony teases '4K, HFR' F-series pro camcorder for October 30th event
Sony recently teased its high-end CineAlta brand and 'TheNewF,' implying a high-end PMW-F3-like camcorder could be coming at an October 30th event. It's now taken some of the suspense out of the announcement on Facebook, saying the upcoming camera will have 4k resolution, broadcast-level 50Mbps data rate, 4:2:2 color space and high frame-rates. That means it'll likely be a professional product on par with the last F-model, but we'll have to wait and see if it'll retain features like the PL lens mount and $16k price tag. We'll be there on the 30th for the full scoop, so stay tuned.
Red posts high frame-rate video demonstration to smooth out misconceptions
If you're still unsure about what you'll be getting into if you see the 48fps version of "Hobbit," Red has jumped into the fray with an article on its website and, most importantly, high quality HFR (high frame-rate) videos. It delves into all the aspects of the tech, starting with a primer on the minimum frame rate required to perceive motion, illustrated by a pair of clips to show the threshold. From there it details "judder" when panning at 24 fps versus 60 fps, motion blur, the possibility of brighter projection with HFR in 3D and of course, action at slower versus faster frame speeds. Finally, it demonstrates the hated "TruMotion" soap opera-esque interpolation method on modern TVs, and why that's different from true fast-frames. Sure, Red has a vested interest in seeing upcoming HFR films from its Epic camera succeed, but a little education might be what's needed to break old habits.
Comic-Con fans go crazy over Hobbit teaser, but not the 48fps version
Two different audiences and two very different screenings. After unfamiliar 48fps Hobbit footage was pretty universally panned back at Cinema-Con, Peter Jackson decided to play it safe and show Comic-Con fans the traditional low frame-rate teaser. Their response? They loved it. Which would, you'd think, give the head hobbit a clear message: his film works better without the wacky frame rate, but that's just not how he sees it. Writing on his Facebook page, he said "I've always been happy to bet on myself" and the 48fps version of Hobbit is "something really special" when you watch the entire movie. In other words, he's sticking to his orc sword, and in the meantime we're left to wonder what would have happened if the Comic-Con crowd -- who are perhaps more his kind of people than Cinema-Con goers -- had been shown the tricked out footage.
Editorial: Despite shaky 48 fps Hobbit preview, high frame rates will take off
Well actually, the Hobbit preview wasn't shaky, it was smooth -- maybe too smooth -- and that's the point. "It does take you a while to get used to," Peter Jackson has admitted, referring to the surprisingly fluid motion of his 48 fps movie footage. But is he right to think audiences will even give it a chance? The launch of high frame-rate (HFR) cinema is surrounded by publicity in the run-up to the Hobbit's debut on December 12th, but it equally has a lot going against it. For starters, the film's 48 fps preview wasn't exactly received warmly. On top of that, the video-style appearance of HFR has a long history of being disliked by movie-goers -- past attempts since the 1970s have all flamed out. 85 years after the first 24 fps movies, the same number of frames are still going stubbornly through the gate (digital or otherwise) each second, so that must be what "filmic" is, right? Or will we look back on 24fps as the bad old days? Read on to see if these new/old-fangled frame speeds might survive, and though a 48 fps Hobbit trailer isn't available, we've provided a couple of clips to help you judge what two-dimensional HFR looks like.
