Avolites Quartz Lightning Console

Avolites

Pricing available upon request

Current Stock:

The Quartz is our smallest all-in-one console, with high quality hardware and an ultra bright touchscreen in a compact size that's perfect for life on the road.

Key Features

  • 16 Universes of DMX from the console
  • Expandable with Titan Net Processor up to 64 universes
  • 10 precision playback faders
  • 12.1" angled touch screen with brightness control

Hardware Features

  • 10 Playback faders
  • 20 Macro / Executor buttons
  • 3 x high quality optical encoder wheels
  • 12.1” high-brightness touchscreen
  • Super-compact – just 42.5cm (16.5”) wide
  • Solid State internal storage
  • Expand control surface with optional Mobile
    • Fader Wing
  • Supports one additional touchscreen
  • Avokey security built-in

Software Features

  • Generative, animation-based pixel mapping
  • Quicksketch labelling for ultimate personalization
  • Powerful multi-user networking with any Titan console
  • Create huge effects in seconds with Key Frame Shapes
  • Feature-packed cue lists supporting macros, tracking, autoloads, timecode and more
  • Expand DMX channel capacity with Titan Net Processors
  • Synergy-ready. Add any Ai product to unlock seamless video integration

Technical Specifications

  • Connectivity
    • DMX 512: 4 x Neutrik 5-pin XLR, optically isolated
    • Network: 1 x 1Gb ethercon
    • Mains Power: IEC
    • Data / Peripherals: 2 x USB 3.0, one front-panel mounted, one rear mounted
    • External Display: 1 x DVI-D max resolution 1920*1200
    • MIDI: In via 5-pin DIN
    • Audio Out: 3.5mm stereo jack
    • Audio Triggers: ¼” stereo jack
  • Physical Specification
    • Unit Dimensions (w x d x h): 425 x 466 x 194mm
    • Weight: 8kg
    • Flight Case Dimensions: 520 x 480 x 300mm
    • Weight in Flight Case: 15.65Kg
    • Power Consumption: 80W
    • Power Specification: 110 – 240V AC, 50-60Hz
    • Heat Output: 272.8 BTU/hr
    • Operating Environment: Ambient temp 0-40C / 32-104F. Max humidity 95% relative non-condensing