Audio Video Photo Light since 2000
C300 DAF CANON - Camcorder Digital Cinema 1 Super 35 CMOS sensor, EF mount HD422 MXF
The EOS C300 has a Canon EF lens mount and is compatible with all of Canon's new EF Cinema lenses and current EF lenses, including compact primes, super telephotos, specialty tilt-shift, macro and fisheye - over 60 in all. Designed with SMPTE HD production standards, its MPEG-2 codec is an internationally recognized standard compatible with major NLE applications while additional features such as Canon Log ensure seamless integration with existing production workflows, making post-production easy. And with an entire support infrastructure designed to help you get the most from your equipment before, during and after production, the EOS C300 is ready to go to work.
Dual Pixel CMOS AF is a groundbreaking technology from Canon that unlocks the potential of Live View, changing forever the way users will capture video and still images with a DSLR camera. Dual Pixel CMOS AF powers incredibly smooth and consistent autofocus – like that of a camcorder – so focus transitions are natural and subjects remain locked in even as they move. It also enables phenomenally accurate and faster-than-ever autofocus through an LCD monitor, allowing the user to realize the unique compositional freedom of angle that Live View is capable of providing. And the compatibility of Dual Pixel CMOS AF with over 103 Canon EF lenses empowers the user with exceptional optical tools for nearly limitless creative options. All these remarkable advances are possible thanks to an innovative technological design. For the first time in an EOS camera, the individual pixels on the CMOS sensor are capable of both capturing light and performing phase-difference detection autofocus. This revolutionary leap in Live View autofocus performance cements Live View shooting as an outstanding complement to traditional viewfinder shooting, unleashing wonderful new possibilities for dynamic, creative, high quality video and still capture in more situations than ever before.