DESIGNER LOOKS WITH A PROFESSIONAL ATTITUDE

Full 1080p HD resolution
Open architecture expansion slot
Interchangeable black or silver bezel
Digital video interface with HDCP
Thermostatic cooling protection for long life
Simple on-screen menu navigation
SpectraViewII™ Color Calibration Solution
GammaComp™ MD DICOM and programmable lookup table
Adjustable color temperature (2600 - 10,000K)
CableComp™ long cable compensation
Available HD tuner, speakers and wall mount
3-year parts and labor warranty, including backligh

Designer piece, entertainer and sales professional –
Multeos reflects a new age in visual communication. Refined yet extroverted, it attracts people’s attention and adapts seamlessly to even the most sophisticated architectural setups. A bright centerpiece for high-end home entertainment systems. A strong presence for brands in flagship stores and designer shops. A fashionable focus point in trendy bars, restaurants, hotel lobbies and fitness studios. An image carrier in business conference rooms and control centers. Multeos fascinates in all kinds on environments – as a stand-alone solution on an elegant aluminium stand, mounted or in multi-display installations.

Fundamentally Different Touch for Interactive Signage

For most popular large-format touch technologies touch position is calculated when a finger interrupts an optical field, infrared light beams or acoustic waves on or above the surface of the touch screen substrate. Relying on these active surface properties makes these technologies susceptible to different types of interference or environmental limitations, which makes 3M's Dispersive Signal Technology (DST) a fundamentally different touch solution for large-format display applications.

The MicroTouch DST Touch System, based on 3M Dispersive Signal Technology, consists of a chemically-strengthened glass substrate with piezos mounted on each corner, mated to a sophisticated, dedicated controller. The DST Touch System determines the touch position by pinpointing the source of bending waves created by finger or stylus contact within the glass substrate. This process of interpreting bending waves within the glass substrate helps eliminate traditional performance issues related to on-screen contaminants and surface damage, and provides fast, accurate touch attributes.