4K Video Projector
Mounting & Placement Options
Control & Convenience Features

4K Video Projector

Native 4K Video Resolution: The DLA-NZ900 projector utilizes JVC's new 0.69-inch Native 4K D-ILA device and optical engine to exceed Full HD resolution 4x, displaying over 8.8 million pixels (4096x2160 pixels) for a true 4K ultra high definition video image that is full of detail, color, and contrast. The 0.69-inch Native 4K D-ILA device is paired with JVC's proprietary 8K E-shiftX Technology and Multiple Pixel Control (MPC) to enhance HD and 4K UHD video up to 8K for an even more beautiful and realistic video image.

• 8K E-shiftX Technology (Gen 2): By combining its 4K D-ILA device with JVC's proprietary 8K E-shiftX (Gen 2) technology, the projector is able to produce an enhanced 8K (35 million pixels) ultra high definition video image on the big screen. Resolution in the vertical and horizontal directions is virtually quadrupled thanks to this E-shiftX technology, which shifts one pixel (up, down, left, and right) for every 0.5 pixels to produce an 8K image. Thanks to JVC's 4K D-ILA device and E-shiftX technology, the projector is able to reproduce the fine nuances and unique tone of a video image, enabling you to enjoy an 8K-resolution image with extreme realism and presence in your home theater environment.
• Multiple Pixel Control (MPC): Multiple Pixel Control (MPC), a new image-processing developed by JVC, helps to create a more natural impression that is sharper at areas in focus and softer at areas that are not in focus, enabling you to enjoy highly expressive images with greater sense of depth.

3rd Generation D-ILA (Direct-Drive Image Light Amplification): D-ILA (Direct-Drive Image Light Amplification) is a JVC-developed technology that delivers unmatched performance, with natural color reproduction, an image so smooth that it rivals film, and contrast that does justice to the most demanding program material. D-ILA is liquid crystal technology, but it’s very different from the liquid crystal display (LCD) technology found in many products today. D-ILA is what's called liquid crystal on silicon, or LCOS, but JVC made several improvements to basic LCOS technology to develop D-ILA. At its heart is the D-ILA device, or chip, designed and manufactured by JVC. Every JVC D-ILA projector uses three D-ILA devices, one each for red, green and blue - the three colors that are combined to create the full color palette.

• Three Imaging Chips: Many other projectors use a single imaging chip, while all D-ILA projectors use three D-ILA imaging chips (one each for red, green and blue), to ensure natural, flicker-free color reproduction. D-ILA devices use an inorganic alignment layer, which contributes to the device’s long life. This, along with D-ILA’s outstanding image quality, is what makes it so well-suited for commercial applications, and is a great benefit for home theater enthusiasts as well.
• Film Like: There is very little space between D-ILA pixels, which results in an exceptionally smooth, "film-like" image. Some technologies include moving parts, and space is needed between pixels for these moving parts. Other technologies require that a transistor be mounted on each pixel and wires run between pixels. This, too, forces pixels to be spaced farther apart compared to D-ILA devices. In both of these other cases, the moving parts, transistors and wires limit the total area through which light can pass, which limits brightness. It can also create what's known as the "screen door effect, which is a "shadowing" on the image caused by the spaces between pixels. Look closely, and it’s as if you’re looking at the image through a screen door.
• High Contrast Radio: The new D-ILA projector boasts a high native (150,000:1) & dynamic (Infinity:1) contrast thanks to its dynamic laser light control that analyzes the incoming video signal to automatically control the amount of outgoing laser light and even completely shutting off the light source in total dark scenes. As a result, images brimming with reality that are closer to human perception can be produced. Likewise, the new algorithm enables laser control with greater precision to meet your desired preferences. The result is unprecedented contrast, delivering deep blacks, bright whites and subtle gradations.

BLU-Escent Laser Light Technology: The DLA-NZ900 features JVC's latest proprietary blue laser diode light source, known as BLU-Escent. Combining the latest developed BLU-Escent technology with their own D-ILA device, which has high light utilization efficiency and a narrow gap between pixels, the JVC DLA-NZ900 enables detailed, smooth, and powerful video expression. With an increased brightness and contrast, the DLA-NZ900 projector ensures compatibility with larger screen sizes. What's more, peak brightness while projecting HDR sources has also been improved, creating an overwhelming sense of dynamic range and an opportunity to utilize 8K ultra high definition for greater depth and dimensionality.

• High Brightness: JVC's BLU-Escent technology that is also featured in their professional projectors has been adopted for their home theater projectors to deliver high brightness of 3300 lumens. Thanks to the high brightness, a fully darkened room is not required to achieve excellent image quality, allowing the projector to be used in typical living and family room settings with high ambient light. Regardless of the room design, the projector delivers high quality HDR images with wide dynamic range. BLU-Escent Laser can finely adjust the luminance according to the environment and preference using the Light Source Control by slider adjustment. There are a total of 101 (0 - 100) luminance control steps that can be used to make fine adjustments to match the target luminance in the environment and on the screen.
  
• Wide Color Gamut: The use of a laser light source and cinema filters enables a wide color gamut equivalent to DCI-P3, not to mention BT.709. HDR content, as typified by UHD Blu-rays, uses a much wider color gamut than ever. When such content is projected on the DLA-NZ900 with a wide color gamut, it is possible to richly reproduce colors that were difficult to reproduce until now, such as the gradations of the sky and ocean, the contrast of red roses or a row of fresh green trees.
• Long Lasting: The BLU-Escent Laser technology laser diode light source has a life expectancy of 20,000 hours, giving you many years of exceptional video quality.

All Glass Lens: A high-performance lens system is essential for displaying the 8K high-definition information. The DLA-NZ9 is equipped with a 100mm diameter lens (with an full aluminum lens barrel) which adopts an all glass design with 18 elements in 16 groups to display a fully focused 4K or 8K ultra high definition image to all corners of the projection screen. Prism polarization in the ultra-high contrast optics boasts a 10% increase in the light output, which is enabled by the effective use of green (G) component, contributing to optical brightness of 3300 lumens despite its compact housing. Also, the new high-performance lens system has dramatically improved the image quality by thoroughly suppressing the return of unnecessary light to the projection screen.

• Lens Control: The DLA-NZ900 offers Focus, Zoom, and Shift adjustments. A powered 2x Zoom allows you to fill the screen (60-300") with the projected image. You can sharpen the picture on the screen by using the projector's electronic focus. By using the Lens Shift feature, you can shift the image upward/downward (+/-80%) or left/right (+/-34%) to accommodate the projector and screen position.
• Vertical Keystone: The DLA-NZ900 offers Vertical Keystone Correction (-7 to +7) to correct geometrical distortion that occurs when the projector is installed an an angle. Keystone correction can correct the shape of the image, if it is not rectangular. However, Keystone correction will degrade the image
• Installation Mode: The JVC DLA-NZ900 is equipped with a new Installation Mode that saves and recalls up to 10 different combinations of lens settings for different aspect ratios, lens presets, convergence and screen masking positions.

Dual HDMI 2.1 Inputs: The JVC DLA-NZ900 is equipped with two HDMI 2.1 inputs to connect to your AV receiver, Blu-ray player, Satellite/Cable receiver, and/or Game Console. Either HDMI 2.1 input can also be used to connect a PC to this projector. Both HDMI 2.1 inputs are 4K/8K compatible, HDCP 2.3 compliant, and support 4:4:4 color subsampling. Please use an ultra high speed HDMI cable with 48Gbps and above to view 8K or 4K/120Hz video content.

• 4K/8K Video Resolution: Both HDMI 2.1 inputs support 8K (7680 x 4320) @ 24/25/30/50/60Hz, 4K (4096x2160) @ 24/25/30/50/60/120Hz, 4K (3840x216) @ 24/25/30/50/60/120Hz, 2K (2048x1080) @ 24/25/30/50/60Hz, 1080p (1920x1080) @ 24/25/30/50/60Hz, 1080i (1920x1080) @ 50/60Hz, 720p @ 50/60Hz, and 480p.
• HDCP 2.3: HDCP 2.3 is supported only by both HDMI 2.1 inputs. HDCP 2.3 is short for "High bandwidth Digital Content Protection" and is used for 4K video copyright protection for compatibility with 4K Blu-ray players and 4K Satellite/Cable providers.
• 4:4:4 Color Subsampling: Both HDMI 2.1 inputs will support up to 4:4:4 chroma subsampling for full color data rendering of 4K video (4K60P @ 4:4:4/8-bit, 4K60P @ 4:2:2/36-bit, 4K24P @ 4:4:4/36-bit). With 4:4:4 color, luminance (brightness) and chroma (color) are sampled at the same rate, resulting in an RGB color palette as big as the video sampling rate for a video image with more total colors, plus greater color accuracy and detail.

HDR (High Dynamic Range): The DLA-NZ900 supports many HDR formats including HDR10 for Blu-ray and streaming, HLG for broadcasting, and the latest HDR10+ signal format with dynamic metadata compatibility. In HDR10, the basic standard for reproducing HDR content, there are only two pieces of information - MaxCLL, which represents the maximum brightness of the content, and MaxFALL, which represents the average maximum brightness. However with HDR10+, the luminance information for each scene is embedded in the content as metadata, which allows for scene-specific tone mapping and faithfully reproduces the HDR image intended by the creator. HDR10 only contains static metadata, which can cause certain scenes to be too bright or too dark. On the contrary, HDR10+ contains dynamic metadata, specifically peak luminance information for each scene, making it possible to control the optimal brightness according to the scene and display the content with optimal brightness. The JVC DLA-NZ900 utilizes Auto Tone Mapping, Frame Adapter HDR, and Theater Optimizer to intelligently adjust the projector's brightness and contrast levels by automatically analyzing content and environment to ensure a reference quality picture.

• Auto Tone Mapping: HDR content brightness varies greatly from one release to another. To optimize performance based on content, the DLA-NZ900 is equipped with JVC's Auto Tone Mapping that reads content brightness metadata (MaxCLL / MaxFALL/ DML) and automatically adjusts brightness settings based on that information - MaxCLL (Maximum Content Light Level), MaxFALL (Maximum Frame Average Light Level) and DML (Display Mastering Luminance). In the case of content that does not contain mastering information, it will refer to a fixed value or need manual adjustment. In addition to the Auto Tone Mapping" function, Gamma adjustment can also be performed manually. Fine-tuning according to the playback content and viewing environment is possible by using Picture Tone to determine the overall brightness, Dark Level to adjust the gradation of shadows, and Bright Level to adjust the gradation of highlights.
• Frame Adapter HDR: The Frame Adapt HDR function, which uses a proprietary algorithm to instantaneously analyze the maximum brightness of any HDR10 content per scene or per frame and perform real-time tone mapping to optimal dynamic range for video projection, has evolved into the second generation (Gen2). The algorithm for tone mapping has been fully reexamined to achieve HDR images with higher definition. Furthermore, the proprietary algorithm for tone curve selection has also been improved to reproduce HDR images that are brighter, more colorful and have a wider dynamic range. A new Deep Black Tone Control has been added to Frame Adapt HDR, with an advanced algorithm to further subdue tones in dark areas to achieve more realistic darkness. This function maximizes the dynamic range of the new-generation 4K D-ILA devices and delivers images with more contrast than ever before, so scenes with light and dark shades such as nightscapes can be projected with greater realism.
• Theater Optimizer: The new Theater Optimizer smart function analyzes installation characteristics to intelligently adjust tone mapping. The Theater Optimizer allows you to input the screen size and gain information, which varies depending on the theater design, and then calculates installation information such as lens zoom position, and lamp condition and settings. It then automatically adjusts the projector for optimum tone mapping and brightness. By adding this function to Frame Adapt HDR, JVC allows you to enjoy HDR10 content matched to the viewing environment without complicated manual adjustments. 18-bit level gamma processing is maintained while the feature is in use, bringing out deeper blacks in darker scenes, and higher peak whites in brighter scenes, along with the most realistic color, to reproduce high precision images with smooth gradations.

Smooth Motion Video: The JVC DLA-NZ900 delivers clear, smooth motion video with low latency for fast action movies, sports, and games thanks to the combination of the latest HDMI 2.1 specifications and advanced motion technologies.

• 4K/120Hz with Low Latency Mode: The combination of 4K/120Hz inputs and Low Latency Mode delivers high quality gaming on a large projection screen. Because both HDMI 2.1 inputs support 4K/120Hz, the DLA-NZ900 is effective when displaying high frame-rate gaming content from the latest PC games and game consoles. In addition, the projector's Low Latency Mode reduces delay in displaying PC signals and games, while also improving response timing and performance for first-person gaming. Because high-bandwidth signals can be processed without applying any conversion, the image displayed on the screen from input to panel will be the same without degrading the video signal quality.
• Clear Motion Drive with Motion Enhance Technology: The interpolation algorithm for JVC's original Clear Motion Drive technology that reduces ghosting has been revamped to improve accuracy in the edges of intersecting objects. The improved algorithm now refers to more frames to increase precision of motion prediction and also reduces frame latency. Added with Motion Enhance technology that optimally controls the driving performance of D-ILA drives by image characteristics, the DLA-NZ900 projector is capable of reproducing much smoother moving 4K and 8K images.

Video Settings: Today's diversified video signals require settings that match the input signals for viewing at an appropriate picture quality. The JVC DLA-NZ900 provides various functions and menus for easy, optimized use of the settings.

• Auto Calibration: Using an optical sensor and proprietary downloadable software (for Windows PC 7-up), optimum calibration can be applied to the projector in just a few easy steps to match the changes in optical characteristics caused by the installation situation of the projector. Auto-Calibration optimizes all essential elements found in the image, including color balance, gamma characteristics, color space, and color tracking. In the past, multiple calibrations were required, but now it's possible to complete the calibration with a single calibration.
• Picture Mode: You can adjust the image quality according to the type of video image you are viewing. You can select from Natural, Cinema, Vivid, Filmmaker, SDR 1/2, HDR10+, Frame Adapt HDR 1/2, HDR 1/2, HLG, or User (1-6). The User modes allow you to adjust the Contrast, Brightness, Color, and Tint manually independently for up to 6 different content types.
• Color Profile: By setting the Color Profile (Color Space Information) according to the selected Picture Mode, you can fine-tune the image quality according to the movie you are watching. The Auto Color Profile setting automatically switches to the optimal color profile according to the color gamut information of the video signal, eliminating the need for manual switching.
• Color Management: Based on the setting of the selected Color Profile, you can adjust each of the following colors according to your preference - Red, Yellow, Green, Cyan, Blue, and Magenta. This 6-axis CMS (Color Management System) of red, green, blue, cyan, magenta, and yellow enables the precise adjustment of hue, saturation, and intensity. As a results, you can make adjustments suitable for the content as the projector allows precise management of colors.
• Color Temperature: You can set the Color Temperature to 5500K, 6500K, 7500K, 9300K, High Bright, HDR10, HLG, or Custom 1-2. The Color Temperature settings will vary based on what Picture Mode you have selected.
• ISF Certification: The JVC DLA-NZ900 is licensed with the ISF C3 (Certified Calibration Controls) mode, enabling trained dealers to professionally calibrate the projector to desired screen surfaces, lighting environments and video sources, and then securely store these precise settings into the projector.

Optional 3D Video: The JVC DLA-NZ900 can be used to watch 3D movies with the use of an optional 3D Synchro Emitter (model # PK-EM2) and optional 3D glasses (model # PK-AG3) - available and sold separately from JVC. 3D video is supported up to 1080p (not compatible with 4K).

Mounting & Placement Options

Mounting Options: The projector's rear air intake and front exhaust layout provide flexibility for a variety of installations. The JVC DLA-NZ900 can be installed in front of your projection screen or behind your projector screen. It can be tabletop or ceiling mounted. When tabletop mounted, the height and angle of the projector can be adjusted by turning the feet from 0" to 0.2". The feet can be removed to reveal four M5 threaded inserts that can be utilized to ceiling mount the projector with an optional ceiling bracket (sold separately - see Accessories Tab). I .Before choosing an installation location for your projector, take the following factors into consideration -

• Size and position of your projection screen
• Electrical outlet location
• Location and distance between the projector and the rest of your equipment

Projection Distance Chart: The distance from the projector lens to your projection screen, the zoom setting, and the video format each factors in the projected image size.

Control & Convenience Features

Remote Control: In addition to controls on the projector, the DLA-NZ900 comes with an IR remote with back-lit buttons for wireless operation of the projector. The remote control must be held at an angle within 30 degrees perpendicular to the projector's IR remote control sensors to function correctly. The distance between the remote control and the sensors should not exceed 23'. Make sure that there are no obstacles between the remote control and the IR sensors on the projector.

Remote Connection: The DLA-NZ900 also features a RS232 port, Ethernet jack, and a 12V trigger output.

• RS-232C Port: There is a RS-232C port for connecting the projector to a 3rd party A/V controller or automation system (sold separately).
• Ethernet (RJ-45): The projector features an Ethernet (RJ-45) port for a wired network connection to a computer, so you can control the projector from your laptop or desktop computer.
• 12V Trigger Out: The 12V trigger output (3.5mm) can be used to trigger and power on/off external devices such as an electronic screen or light control. The 12V trigger out is rated at 12V/100mA.

USB-A Port: The USB-A port can be used to backup your setting and for firmware updates.

• USB Backup: The USB Backup function can save and write settings on the main unit menu to a third-party USB flash drive (sold separately) all at once. It is important to save adjustments made by an installer or specialist, or to undo unintended adjustments made by children or family members.
• Firmware Updates: Firmware updates can be downloaded from the JVC Support Website onto a USB thumbdrive (sold separately) and then uploaded to the JVC DLA-NZ900 projector via its rear-panel USB-A port.