Aputure NOVA II 1x1 Tunable Color LED Light Panel

Product Features

• For Studio & Film/TV Production
  
• Output: 108,200 Lux at 3.3' (35º, 5600K)
  
• 1800-20,000K CCT; BLAIR-CG Chipset
  
• Plus/Minus Green Adjustment
  
• 16 x 15.4" Panel; AC Power
  
• CRI 95 | TLCI 95 | TM-30 Rf 95, Rg 100
  
• Onboard, DMX/RDM, CRMX & Art-Net/sACN
  
• Fan Cooled & QuickClip Front Mount
  
• IP65-Rated Weather Resistance
  
• Includes Yoke, Flat Diffuser & Cable

In the Box

• Aputure NOVA II 1x1 Tunable Color LED Light Panel
  
• Removable Yoke with Junior Pin
  
• Flat Diffuser
  
• AC Power Cable (19.6')
  
• Safety Chain (1.6')

Overview

Create beautiful soft keys or rich backdrops with this panel light featuring breakthrough light fidelity and color range.

Incredibly Accurate and Natural White Light
The NOVA II 1x1 has a wide range of tunable white light with the best SSI performance to emulate tungsten, daylight, and everything in between. The BLAIR-CG light engine offers a tunable white range from 1,800-20,000K with full 100% MITC +/- Green adjustment. The Indigo emitters activate natural fluorescence for lifelike colors, and a new Extended Red emitters improve skin tone reproduction.

Colors Never Before Achieved in a Panel
The BLAIR-CG light engine in the NOVA II 1x1 covers the greatest range of saturated colors of any panel light. The expanded BLAIR-CG light engine covers more than 90% of the Rec.2020 color space. There are four blues and two reds, including Extended Red, for increased gamut and saturation. Using x,y and HSIC+ modes, dial in precise colors to match products, create backdrops, and even dial in perfect greenscreen or bluescreen keys to match your camera’s sensor.

The Brightest Light, Direct or Diffused
The NOVA II 1x1 delivers a direct 35° beam which remains bright when diffused, providing increased versatility.

The secret to this performance is a unique three-part “focus-then-blend” optical formula. First, focusing TIR lenses are placed over LED emitter clusters. Then, these clusters are kept small and packed at a high density on the panel for increased output. Lastly, these lensed emitter clusters are arranged in a complex neutralizing pattern to produce bright, even light with no visible color fringing on subjects.