Each Direct View display is made up of individual modules within a cabinet. Each module has thousands of tiny pixels, which illuminate to create the picture. Together, they form the DVLED panel.

DVLED's modularity allows for creative and innovative displays that can be custom-fit to a variety of spaces.

Liquid Crystal Display (LCD) panels have a light source behind or at the edge of the glass. LCD panels also often are bulkier and emit more heat.
In contrast, Direct View LED (DVLED) panels do not need backlights, edge lights, and a shutter. The LEDs directly light the display without the need for a filter. DVLEDs panels are lighter, last longer, and emit less heat than LCD panels.

Common anode technology controls all colors, even when not used, causing high heat emission and energy costs. DVLED uses common cathode, powering only needed colors for efficient power consumption.

Pixel pitch is the space between pixels; the best width depends on the application of the display. Displays that will be viewed up close, like wayfinding or wall signage, require a tighter pixel pitch than displays whose audience will be farther away, like outdoor billboard displays.

LG recommends about 1 mm of pixel pitch per 5 ft of viewing distance. The correct pixel pitch can help you save costs.

Common cathode LED uses the exact power needed for each subpixel, reducing power consumption and heat compared to conventional direct view pixel technologies.

Heat is measured by BTUs. The less power efficiency, the higher the operating expenses, and the higher the HVAC expenses.

Brightness is measured by nits. Like the top speed of a car, you don’t always use the max brightness. The nits needed depend on the space of the DVLED.

The two numbers on an IP rating represent dry particle defense and moisture defense. The higher, the better defense! This is important for outdoor displays.