QTake HD Digital Video Assist Software
Digital Video Assist on a Mac
We harness the power of Apple hardware and years of cinematic experience to create the most advanced video assistance system. Instant recording and playback, powerful clip database, real-time image processing, intuitive editing, multi-camera support, stereoscopy, RED and Alexa metadata … these are just a few features that make QTAKE the future-proof option for professionals of the industry.
What is QTAKE?
QTAKE is an advanced software application designed and developed for video assistance professionals. It is used to record, capture, play, edit and process the video output of any camera.
QTAKE is the preferred tool of the most sought-after video operators worldwide. It is updated monthly using valuable information from the real production environment to provide you with the best in digital video assistance.
This powerful but easy to learn system integrates all aspects of modern video assistance in the unique solution. Extensive recording capabilities, quick-take selection with tree-based visual browser, simple and intuitive nonlinear editor, media import and export, real-time overlay with mixing, embedding and deletion … and much more. The HDx2 version offers advanced stereoscopy functions: 3D live processing, 3D playback and 3D editing.
Take your video assistance services to a new level.
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How does it work
QTAKE runs on Mac OS X with the latest software and hardware technology available from Apple, Inc. It uses QuickTime-based movie files so you can share your media in QuickTime-compatible applications, such as Final Cut Pro.
QTAKE uses video hardware from AJA, BMD and Deltacast to capture standard, high definition video, audio and time code information. Each clip is captured in high-speed multimedia storage and can be instantly retrieved for playback, editing or composition. Using extensive metadata, QTAKE improves the project workflow well beyond regular video assistance.
By utilizing the GPU power of modern advanced graphics cards, QTAKE can perform intensive real-time image processing. This includes a live compound with real-time coding capabilities.
