4K That Rivals Reality
JVC DLA-NX5 D-ILA projector is wrapped in a whole new design, which is packed with the latest projection features. For instance with the new 0.69-inch native 4K D-ILA device, the projector can produce high-definition native 4K resolution (4096 x 2160) images from its all-glass 65 mm diameter lens system. HDR10 content can be projected at optimum quality with Auto Tone Mapping function, which automatically adjusts settings based on the mastering information. Combining brightness of 1,800 lm with dynamic contrast ratio of 400,000:1, the projector reproduces life like images for latest contents like HDR10 and Hybrid Log Gamma. Original motion control technology Clear Motion Drive is renewed, and together with Motion Enhance which optimizes the driving of D-ILA device according to the motion of the image, motion blur is reduced significantly compared to conventional projectors.
â¢ 40,000:1 Native Contrast Ratio for deep blacks
â¢ New 0.69 inch Native 4K D-ILA Devices (x3)
â¢ 17-element, 15-group all-glass 65 mm diameter
high quality lens
â¢ Two 18Gbps HDMI/HDCP 2.2 Compatible Inputs
â¢ ISF (Imaging Science Foundation) Licensed
â¢ HDR10 Compatibility with Auto Tone Mapping
â¢ Improved Clear Motion Drive with Motion Enhance
with 4K60P (4:4:4) signals
â¢ Low Latency Mode improves picture, speeds operation,
and reduces gaming/PC frame delays
â¢ New Installation Mode simplies setup and
memorizes up to 10 customizable picture preferences
â¢ Control: Control4 SDDP / LAN / RS-232C / IR /
12V Screen Trigger Output / 3D Sync Output
â¢ 3 Year Advanced Replacement Warranty
Stunning Native 4K Resolution
The JVC DLA-NX5 home theater projector features Native 4K resolution that delivers images that truly rival reality. Images are so detailed, and so smooth you won’t believe your eyes.
New 0.69 Native 4K D-ILA Devices
JVCâs new 0 .69 inch Native 4K D-ILA Device provides the sharpest home theater image available in the market. The Native 4K D-ILA device with 3.8ã pixel pitch exceeds 4 times Full HD resolution, displaying over 8.8 million pixels (4096 x 2160 pixels). With original vertical orientation technology and a planarization technique that reduces light scattering and light disraction, the device realizes a very high native contrast ratio for a unique, Native 4K image. The result is smooth images without visible pixels even on very large screens.
An Incredible Lens Delivers 4K
The DLA-NX5 is equipped with a 65 mm diameter lens which adopts an all glass design with 17 elements in 15 groups, realizing a high-resolution image with focus up to the periphery of the screen.
A Perfect Combination for Spectacular Contrast
The new 0.69 inch Native 4K D-ILA device and optical engine with wire grid polarizers achieve a native contrast ratio greater than 80,000:1. In combination with JVCâs “Intelligent Lens Aperture” which analyzes the input image and automatically controls the black level, the DLA-NX5 is able to deliver a spectacular dynamic contrast of 800,000:1 for an immersive viewing experience.
4K Anamorphic Scaling
This projector is compatible with commercially available anamorphic lenses and ultra-wide format screens for an immersive movie theater experience. It also features a new scaling mode that is optimized for the full native
4096 x 2160 (17 x 9) resolution of the D-ILA device.
HDR Compatility w/Auto Tone Mapping
The DLA-NX5 is compatible with HDR10 for content such as UHD Blu-ray and HLG (Hybrid Log-Gamma) content adopted in broadcasting. It is also equipped with a new feature, âAuto Tone Mapping” that automatically adjusts settings based on the mastering information included in HDR content. This feature enables dierent HDR images to be viewed optimally for specic content.
Superior Color Performance and Contrast
JVCâs latest lineup of projectors incorporate many functions that enhance the color, brightness and contrast performance.
The DLA-NX5 is equipped with a new âInstallation Modeâ that saves and recalls up to 10 dierent combinations of lens settings for dierent aspect ratios, lens presets, convergence and screen masking positions.