Single chip DLP™ technology
Projectiondesign Action! zero five MKII projectors use single chip DLP™ (Digital Light Processing™) technology from Texas Instruments®. Employing DarkChip2™ technology, the latest revision provides even higher contrast and better colour saturation than ever before, surpassing any other microdisplay for home theatre use.
DLP™ features an unmatched combination of contrast, brightness and visual resolution, as well as perfect colour uniformity. The Action! model one mk II uses the Mustang HD2+ DMD™ (Digital Micromirror Device), whereas the model zero five features the Matterhorn version, both featuring extremely high contrast and excellent visual clarity, for the best possible video performance.
High performance optics improve image fidelity
The new, 7-segment colour wheel dramatically improves colour fidelity and low level resolution. Darkly produced movie scenes finally come to their right with full grey scale reproduction all the way down to the deepest blacks, enabling a much higher visible colour resolution than ever before. Colour reproduction is enhanced over other projectors with an extremely large gamut, covering all colour spaces and video standards. It makes sure that you get deeply saturated and truly natural colours
Digital Dynamic Concept – unique projectiondesign thinking
One of the most important aspects projectors fail at time and time again is reproducing the wide dynamic contents of a movie. From the deepest blacks to the whitest whites, projectiondesign believes in providing both impacting black and white levels at the same time.
This is why we have invented the Digital Dynamic Concept – DDC. By allowing the user to easily adjust output level through Dynamic Black Level Adjust, enabling Dynamic Contrast enhancement and making available a wide range of gamma curves, projectiondesign enables – for the first time – a projector that can be adapted to any size screen with the same impact as the theatre
High contrast optical Field Lens architecture
Exclusivly using field lens optical architectures in the model zero five mk2 provides a much higher combination of brightness and contrast than most competing projector designs. By not using a prism in the light path, light scatter is prevented to create highly contrasted images, typically double that of competi