Digital Projection International (DPI), Texas Instruments’ first DLP® partner and the original innovator of the 3-chip DLP® projector, proudly introduces the new M-Vision 1080p-LED, a stable, low-maintenance 1080p platform with the imaging fidelity of Texas Instruments’ DLP® technology. The single chip M-Vision LED adds a remarkably affordable line of 1920 x 1080 displays to DPI’s already extensive single-chip product line.

The imagery benefits associated with the M-Vision are plentiful, including an expanded color gamut range and accelerated contrast performance. Augmenting these benefits is the over 60,000 hour lamp life, courtesy of solid state illumination technology, which guarantees a long and low-maintenance display life.
Installation is incredibly flexible due to the M-Vision’s compact and lightweight chassis design, and extraordinary lens shift range of 30% horizontal and 120% vertical. Multiple lens options provide further flexibility, with a throw range from 1.56 to 2.40:1. ** Please see the note regarding lens shift in the final paragraph.** Connectivity includes two HDMI inputs, as well as RGB via D-15, component, composite and S-Video inputs.

Providing 3-chip color saturation from a small-form single-chip display, the M-Vision 1080p-LED presents a powerful yet remarkably affordable solution for a variety of commercial and home entertainment applications where image quality and long-life usage are equally important. In any environment where ambient light can be controlled, the M-Vision Cine LED represents the perfect low maintenance home theater projector in limited ambient light.

As is the case with all Digital Projection displays, our careful engineering guarantees the M-Vision 1080p-LED provides remarkable contrast and color saturation for years to come. Equally important, our legacy in superior customer and technical services assures our experienced support staff is always available to address your needs.

Notes Regarding M-Vision Lens Shift for 1.56 - 1.86:1 lens

Vertical Lens Shift:
The 109-658 Lens (1.56 - 1.86 : 1) provides the ability to install the projector up to 17% of the image height above the top of the screen or up to 17% of the image height below the bottom of the screen, while keeping the projector perpendicular lens to the screen. Keeping the projector lens perpendicular to the screen assures correct optical geometry.

If additional vertical shift is required, the projector can be tilted accordingly. Please note – tilting any projector, such that it is not perpendicular to the screen, introduces keystone, and keystone causes the widths of the top and bottom of the image to be different. The smaller image width dictates the throw ratio, and as a result, when projector tilt is employed, a correlated decrease in throw ratio will result. Thus, please calculate throw ratios and select lenses carefully when employing projector tilt in installations.

Depending on the amount of tilt and the content to be displayed, small keystone errors can hidden by over-scanning the image on the screen. If the amount of vertical tilt and the resulting keystone are significant, or if the customer simply does not want to lose any image content by over-scanning the screen, keystone can be removed by utilizing an external scaler with keystone correction.

Horizontal Lens Shift:
Using the 109-658 Lens (1.56 - 1.86 : 1) provides the ability to install the projector horizontally off axis up to 15% of the image width Left or Right of the bore sight (center of screen), while keeping the projector lens perpendicular to the screen. As with vertical shift, keeping the projector lens perpendicular to the screen assures correct optical geometry.

If the projector is installed such that maximum vertical shift is employed, horizontal shift is limited to 12.5 % of the image width Left or Right of the bore sight (center of screen), while keeping the projector perpendicular to the screen.