True High Brightness, Low-Power, high reliability Solid State LED Backlighting

Luminance Level: 1000 to 1950 nits ( cd/m2 ) depending on model

No risk of backlight hard failure

LED array provides light-source redundancy

No voltage in drive circuitry

Virtually instant warm-up

Superior electrical to light efficiency allows our LED backlit LCDs to provide sunlight readability while consuming significantly less power than that of traditional CCFL backlit panels.

Each LED backlit display is matched with our VTLED driver technology, the latest in technology for driving solid state High Bright Light Emitting Diodes (HBLEDs) (more details). This driver includes our patented mixed-mode dimming operation, for stable low end dimming and ultra wide dimming ranges, minimum 10,000:1.

LED backlights provide improved shock & vibration and improved brightness uniformity over CCFL backlights.

VarTech’s thermally efficient designs enhance the long life characteristics of the high bright LEDs. Projected lifetime of our LED backlights exceeds 75,000 hours.

VarTech's VBOND seals either a top cover glass or touch screen directly to the face of the LCD which: (more details)

Significantly improves Reflective Light Loss;

Provides the best reduction of ambient light washout of any commercially available enhancement technology;

Enhances structural integrity by supporting the LCD assembly with the cover glass;

Offers superior ruggedization, including enhancing the display's durability under vibration, shock and other environmental extremes;

Increases Extrinsic Contrast significantly;

Eliminates the air-gap between LCD and touch screen overlay:

Prevents the 'greenhouse' effect;

Prevents fogging and moisture build up;

Eliminates any contamination from dirt and/or other obstructive particles;


VarTech's proprietary Optical Stack Enhancement (OSE):

VarTech's proprietary Optical Stack Enhancement (OSE) is a unique optical design which boosts efficiency of the backlight's light utilization and minimizes the surface reflection of ambient light. The result is a transmissive enhancement that features higher contrast and a wider range of colors, even in bright outdoor light, than traditional reflective LCDs. This is accomplished by:

Recycling what would be wasted off axis light and then redirecting light towards the viewer;

Reflecting and recycling polarized light which under normal circumstances 50% of the backlight output would have been absorbed into the LCD and subsequently wasted;

Finally, the use of a multilayer, ultra-high reflectivity, mirror-like optical enhancement film that is used as a very efficient light guide and cavity reflector with a reflectivity of 98.5% across the visible spectrum which provides a brighter more efficient display;

Advanced Deep Dimming to Black