【Bi-ColorTemperature】2700K - 7500K adjustable CCT, high color rendering index 97+ CRI, With 1690PCS powerful & soft lamp beads,the illuminance is as high as 9230 lux/1m in 7500K. The GVM YU300R is perfect for interview lighting, portrait lighting, accurate color balancing for different camera sensors, Pristine Color for Broadcast Video, Photography, Television Production, and Studio Filmmaking
【Three Color Modes & 24 Lighting Effects 】This led video lighting supports millions of colors from the RGB , HSI (Hue / Saturation / Intensity) and RGB (Red / Green / Blue) color mixer and the preset color gels for fast color selection and saturation. YU300R ensures that the color layout in the matrix system and RGBWY in the beam area are mixed evenly without color separation. Plusing the new 24 kinds of Lighting Effects also can customize the CCT, Rate, INT of the lighting as much as you want
【Dimming accuracy of 1000 levels & Dimming curve】 The adjustment range of GVM-YU300R's brightness is 0.1%-100.0%, and the user can adjust brightness accurately to 0.1%. A finer dimming precision that provides a smoother dimming process and more accurate colors; The four dimming curves: linear/logarithmic/exponential/S curves could meet the technical requirements of studio devices, such as TV news and entertainment production sets
【DMX CONTROL】 Using the built-in industry standard DMX-512 interface, this pro video light can be integrated into more complex studio installations that require a standardized remote control method. The unit is equipped with two XLR-3P DMX ports (input/output – loop-through), allowing the panel to be connected to a DMX lighting console. GVM-YU300R provides DMX control mode with 8bit precision and 16bit precision
【Advanced Built】 This film light adopts the design of multiple heat dissipation metal sheets and heat conduction copper tubes, which can greatly increase the contact area with air, the dual fan system allows the air to form convection and maximize air circulation, maximize the heat transfer to the outside and improve the heat dissipation efficiency