Digital Projection International (DPI), Texas Instruments’ first DLP® partner and the original innovator of the 3-chip DLP® projector, proudly introduces the newest entry in our line of Active-3D capable home entertainment Reference Displays, the TITAN Reference 1080p 3D. Weighing in at just 31kgs/68 lbs., the dual lamp TITAN Reference 1080p 3D employs the latest in Texas Instruments’ Darkchip 1080p DLP® technology to deliver between 4,000 - 6,000 ANSI lumens (depending on the lens selected) of razor sharp immersive imagery through an amazingly rich 5000:1 contrast ratio.

The TITAN Reference 1080p 3D relies on key technological innovations such as DPI’s Active-3D sideboard. The sideboard contains a “direct to DMD” high bandwidth input, which introduces less than one frame of latency. All 3-chip 3D units also include DPI’s FastFrame™ technology, a revolutionary combination of hardware and firmware that provides user adjustments to vastly reduce the artifacts and image blur typically associated with rapidly moving display content. This is especially important when viewing sporting events or any other fast-moving entertainment content. Dual Flash Processing, an additional benefit to DPI’s 3D displays, supports the display of 60 Hz sources at frame rates up to 120 Hz.

TITAN 3D models utilize the same lenses employed across the rest of DPI’s TITAN and LIGHTNING product range, so optical accuracy is always ensured. Additionally, the Reference 1080p 3D includes DP’s exceptional ColorMax™ and Xenon Color Mode calibration systems, ensuring deeply saturated, color-accurate imagery which is simultaneously true to life and powerfully immersive. Compact, robustly built and ultra-quiet for its performance class, the TITAN Reference 1080p 3D is an unmatched solution for elite home cinemas and family media rooms.

Key benefits of the TITAN Reference 1080p 3D models include:

• High Bandwidth input >120Hz active stereoscopic DVI with no need for frame doubling. This capability extends the dynamic range up to 16 bit for improved< contrast and color gamut.

• Dual Flash Processing™ (DFP) – Enables distribution of 3D content via 60 Hz formats by providing the option to frame-double the signal within the projector. When this option is selected, the input signal, having been processed and re-sized to map to the native resolution of the projector, will also be frame-doubled to 120 Hz, and the doubled frames interleaved. This produces imagery with the low flicker characteristics of a native 120 Hz source, but without the infrastructure costs associated with distributing and switching ultra-high bandwidth signals.

• Projector electronics which provide an interface to drive an infrared transmitter to synchronize switching glasses with active displayed frames. The user can elect either to pass through an external sync pulse, or to use the reference generated internally by the projector. Adjustments are provided to accommodate the phase and dead time characteristics of different switching glasses.

• FastFrame™ technology, a revolutionary combination of hardware and firmware that provides user adjustments to vastly reduce the artifacts and image blur typically associated with rapidly moving display content.

• Minimal video delay from input to screen - as low as 1 frame.

• Eight user-selectable inputs, including HDCP-compliant DVI plus SD/HD-SDI.

• High bandwidth DVI inputs offer Single, Twin, Dual & Dual Twin DVI connectivity.

• Up to 16 Bit color for breathtaking image reproduction.

• DPI’s ColorMax™ calibration capabilities including enhanced seven-point color correction for broader color space and precise color alignment.

• DPI’s CoolTek™ engineering, delivers the highest lumen performance with the lowest power consumption, thermal (BTU) and noise level (dBA) output.

As Hollywood focuses its production efforts on creating a wide array of new 3D content, Digital Projection International is pioneering the technological advances needed to deliver it to discerning home cinema enthusiasts worldwide. The TITAN Reference 1080p 3D represents DPI’s dedication to that goal.