The JVC DLA-N7 D-ILA projector is "wrapped" in a completely new design with the latest projection features. For example, using the new 0.69-inch native 4K D-ILA unit, the projector can produce high-definition 4K (4096 x 2160) images from its glass 65mm lens system. HDR10 content can be displayed at its best with an auto-tone function that automatically adjusts settings based on key information. Combining a brightness of 1900 lm and a dynamic contrast ratio of 800,000:1, the projector reproduces images similar to the latest content, such as HDR10 and hybrid logical gamma. The original Clear Motion Drive motion control technology has been updated, and together with Motion Enhance, which optimizes the D-ILA unit's drive based on image motion, motion blur is significantly reduced compared to conventional projectors.
4K Resolution
It features an improved 0.69-inch 4K D-ILA unit and a newly designed digital driver LSI for 4K resolution. D-ILA projectors continue to improve. The latest three models feature the original native 0.69-inch 4K D-ILA units first adopted in the DLA-Z1; this device has been improved by improving the plan and reflection efficiency for higher contrast and brightness. In addition, there is a special facility. The driver LSI has also been upgraded to drive all three (R / G / B) 4K D-ILA devices simultaneously at a high speed of 120 fps. For this reason, accurate and smooth image projection unique to 4K native images can be achieved. new device and new driver LSI.
HDR function
HDR (High Dynamic Range) content contains more data, including extended brightness range, 10-bit gradation and wide BT.2020 color gamut. For this reason, high key scores are required to accurately reproduce projectors. With D-ILA projectors, HDR content is optimally reproduced with "high brightness, high contrast and wide range" so you can enjoy high-quality HDR content like you've never experienced before. In addition to the HDR10 content found on UHD Blu-ray discs, the projector automatically detects the Hybrid Logic Gamma (HLG) signal, a technology widely used in broadcasts, allowing the user to view it in the optimal picture mode.