Mitsubishi launches the new HC7900DW and HC8000D 3D projectors

Mitsubishi has added the new HC7900DW and HC8000D models to its projector catalogue., that incorporate DLP technology, native resolution 1080p, and 2D and 3D visualization, as well as the conversion from 2D to 3D in real time.

Mitsubishi Electric has introduced two of its new projectors designed to make 3D viewing easier and more affordable: the HC8000D and the HC7900DW. Wayne Kozuki, product manager at Mitsubishi Electric Visual Solutions America, has indicated: “We've heard there isn't enough 3D content on the market, and that is definitely a problem. Our new projectors have an amazing 2D to 3D conversion feature”.

HC7900DW and HC8000D projectors use the industry's best 2D to 3D frame rate conversion technologies, resulting in a near-perfect simulation of a real 3D raster vision. Using Mitsubishi's own algorithms in the calculation and interpolation of multiple depth levels in a 2D image, This new high frame rate playback technology produces detailed, high-definition 3D images with minimal interference or distortion so 3D content literally appears to jump off the screen.. Both models are compatible with universal 3D glasses.

The HC8000D projector has a contrast ratio 330.000:1 for rich details, 1300 brightness lumens, and extra-long lamp life - up to 5.000 hours in low-mode,. For your part, The HC7900DW model has a contrast ratio 150.000:1, 1500 brightness and up lumens 5000 hours of lamp life. Comes in a white casing, and once installed, can match the aesthetics of a white ceiling.

Both projectors use the latest DMD chip 0,065 inches DLP from Texas Instruments to create exciting and vibrant 2D and 3D images in Full HD, with a resolution of 1080p. An ultra-quiet fan creates 23 dBa in low mode, and two of the latest version HDMI inputs 1.4 Inputs on each projector support 3D signals, while providing easy setup options for multiple video inputs. The projectors' RS232 compatibility offers plug-and-play for easy integration with third-party remote operations and control in high-end installations.