Quick Setups; Vivid, Lustr+, Fire And Ice, Studio Hd - ETC Desire series User Manual

Introduction
Congratulations on your purchase of a Desire Series by ETC product.
Desire's x7 Color System™ seven-hue technology produces a light and color quality that
conventional LED systems cannot duplicate. This unique color system produces bright, broad-
spectrum whites and intense colors equally well, rendering pigments, objects, and skin tones
in a natural way.
Fire and Ice fixtures use elements of the x7 Color System for superior performance in deep
saturated colors.
Studio Daylight and Studio Tungsten fixtures use high-output white LEDs for maximum
brightness and efficacy. Studio Tungsten interacts very well with incandescent sources, while
Studio Daylight easily replaces a variety of HMI lamps and natural sunlight.

Quick Setups

You can use any one of the Quick Setups and fine-tune settings for either console operation
via DMX protocol or standalone operation. For advanced users, an expanded user interface
provides easy navigation to all settings and options.

Vivid, Lustr+, Fire and Ice, Studio HD

Some of the options include:
• Multiple DMX profiles ranging from a simple 3-channel RGB profile to 8-channel native
color and intensity control.
• Multiple dimming curve options.
• Preset colors and sequences for standalone operation.
• White point selection; white light and color behavior based on a specific color temperature
white light such as 3200K or 5600K.
• Loss-of-data behavior options.
• Power regulation modes; three output options that offer a choice between maximum light
output for lower duty cycles and maximum thermal stability and output consistency for
higher duty cycles.
Studio Daylight and Studio Tungsten
Some of the options include:
• Multiple dimming curve options.
• Presets and sequences for standalone operation.
• Strobe.
• Loss-of-data behavior options.
• Power regulation modes; three output options that offer a choice between maximum light
output for lower duty cycles and maximum thermal stability and output consistency for
higher duty cycles.
Introduction 1