JVC D-ILA Projectors - 2022

JVC’s Original Laser Diode Light Source, Offers Depth and Dimensionality to 8K Imagery Reliability-proved BLU-Escent Laser Diode for exceptional brightness and longevity Vivid colour images achieved with DCI-P3-equivalent wide colour gamut The light source for these projectors (except for the DLA-NP5) is the latest blue laser diode BLU-Escent, which is featured in JVC professional projectors. BLU- Escent technology has been adopted for home theatre projectors to achieve exceptional brightness and longevity of 20,000 hours *6 . Laser diode allows dynamic control of brightness to reproduce images that are closer to human perception. Combining the latest BLU-Escent package with the D-ILA device achieves detailed, smooth, powerful video expression. *6: In theory, this amounts to 20 years or more while watching a 2.5-hour movie every day. The use of a laser light source and cinema filters enables a wide colour gamut equivalent to DCI-P3, not to mention BT.709. When HDR content is projected on the DLA-NZ9 or the NZ8, it’s possible to richly reproduce colours such as the gradations of the sky and ocean, the contrast of red roses, or a row of fresh green trees. NZ8 NZ9 NZ8 NZ9 NZ7 Unparalleled black level and high luminance deliver images brimming with reality Native contrast as high as 100,000:1 is delivered by these projectors’ *7 optical engine alone. But on top of that, in combination with the dynamic light source control, an astonishing dynamic contrast of ∞ (infinity) :1 can be achieved for models equipped with the BLU-Escent light source. *7: Native contrast ratio of 100,000:1 for the DLA-NZ9, 80,000:1 for the NZ8, and 40,000:1 for the NZ7, all with ∞:1 dynamic contrast ratio. The NP5 delivers 40,000:1 native contrast ratio with 400,000:1 dynamic contrast ratio. NZ8 NZ9 NZ7 DLA-NZ9/NZ8 BT.709 (sRGB) DCI BT.2020 X 0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 0.8 0.7 0.6 0.5 0.4 0.3 0.2 0.1 Y The advantage of laser diode over lamp is because multiple laser chips make it possible to compensate for the loss of one chip using other chips.