Technologies | HEP DMD
The E-Vision 16000i utilizes Texas Instruments Incorporated (TI) all new 0.8” HEP DMD, which brings a host of exciting features to elevate your viewing experience.
Completely redesigned, the new 0.8” HEP DMD has an increased tilt angle which gives better efficiency and can be used to increase brightness and contrast.
The DMD also features new filled via which also reduces the scattering of light that results in increased native contrast.
Amongst other improvements, the DMD has been optimized for the colour red which means when coupled with our Colorboost+Red Laser technology, you get reds that were previously unachievable on a 1-Chip DLP® projector. All these changes means that the colour space far exceeds REC709, making this one of the most powerful 1-Chip DLP projectors on the market today.
Major Achievement
The E-Vision 16000i achieves 123% of the REC 709 Colour space and 90% of DCI P3 – all from a 1-Chip DLP projector.
🟦 DCI P3 (D65) 🟨 E-Vision 16000i WU ⬜ REC 709
Features
Significantly improved contrast with Filled Mirror Via (FMV).
Providing better reds and wider colour gamut with Improved DMD diffraction efficiency for red LED and red laser.
Easier blending with invisible Pond of Mirrors (POM) – the newly designed POM matches the off-state pixel colour
Put simply – more lumens per watt, making this the greener choice. The slightly larger 9.0um pixel pitch is the perfect combination of size and performance. This new 0.8” HEP DMD captures more light and the mirror size and tilt angle for the HEP DMDs is optimized for efficiency in ALL colours, red, green and blue. This Improved Optical efficiency Gives an overall Brightness efficiency of 66% to 74%, more light in = more light out.
More efficient – The HEP pixel provides >85% diffraction efficiency for LED, RGB laser and laser-phosphor which allows for more efficient projectors across the DLP markets from 1500lm to >20,000lm projectors.
High Etendue – Etendue is the ability of a source to emit light or the ability of an optical system to accept light. The new HEP DMD has a balanced tilt angle and area to achieve high etendue at minimal cost.