TomGuilmette
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Fastec's DSLR-sized TS3Cine does 720p at 720fps for $30,000
For years, consumers have been able to shoot slow-motion videos -- mostly with the help of Casio's line of slightly gimmicky point-and-shoots. But Fastec's TS3Cine aims for a more discerning customer -- the kind of videographer who might spice up a promo or short with some slow-mo action. Unlike Casio's cameras, which cut the resolution to little more than thumbnail-size as you crank the frame rate, the TS3Cine does 720p video at 720fps, and 1280 x 1024 at 500fps. It's only when you further slow down the video (up to 20,000fps) that the image size starts to shrink. This camera also has a badass design, pairing a DSLR-like body with a gargantuan 7-inch WVGA LCD that effectively eliminates the need for an external monitor. Pros have their choice of a C-Mount, F-Mount, and optional SL-Mount, and can upgrade to a 256GB SSD for a cool two grand if the standard 128GB one isn't roomy enough. It also has Gigabit Ethernet and USB ports, HDMI-out, support for an external power source, and a removable battery. Can't afford the $29,900 price tag? If you're in the Boston area, at least, you can rent it for $625 a day, a price that includes a tripod and two batteries -- enough juice for up to six hours of shooting. Head on past the break for a sample video clip and a tour of this beastly camera in action.
Phantom Flex camera slows down time, drops jaws with incredible 2,564fps slowmo footage (video)
Ever wanted to see flowing water slowed down to the point of transforming into a series of airborne droplets? This video has that. And more. A chap by the name of Tom Guilmette got to work with a Vision Research Phantom Flex camera recently, and, being the true geek that he is, he put together a video composition of staggering slow-motion footage. When pushed to its limit, the Phantom is capable of filling every second of 1080p recording with 2,800 frames, though Tom mercifully ran it at a lower 2,564fps speed. That's still sufficient temporal resolution to let you track the wave of an impact's vibration as it travels up a BlackBerry's body -- oh yeah, it's as awesome as it sounds.
