JVC Introduces New High-Performance 8K Projectors

JVC Kenwood has recently unveiled its latest additions to its high-end projector lineup with the introduction of four new models: the DLA-NZ900/DLA-RS4200 and the DLA-NZ800/DLA-RS3200. Each of the new models incorporates JVC’s latest iteration of its 4K D-ILA technology, which is now in its third generation. This development has led to an improvement in performance, boasting a native contrast ratio that is 1.5 times higher than its predecessors.

The enhancement in contrast and brightness is further supported by JVC's proprietary BLU-Escent Laser light engine, which not only increases brightness but also contributes to the luminosity and overall image quality. All four models are designed to input and display 8K60p resolution images. These models will be available starting in June. The DLA-NZ900/DLA-RS4200 has a retail price of $25,999.95 and the DLA-NZ800/DLA-RS3200 will retail for $15,999.95.

Key Features

The third-generation 0.69-inch native 4K D-ILA device delivers improved image sharpness and a high contrast ratio.

• JVC's proprietary 0.69-inch native 4K D-ILA device has undergone further development, reaching its third generation. This iteration offers a native contrast ratio that is 1.5 times greater than that of its previous model. The device incorporates enhanced technology for better alignment control of liquid crystals and improved pixel flatness. Improvements in the manufacturing process have also led to better screen uniformity. The DLA-NZ900/DLA-RS4200 achieves a native contrast ratio of 150,000:1, while the DLA-NZ800/DLA-RS3200 achieves 100,000:1.

BLU-Escent Laser engine

• JVC's original BLU-Escent Laser technology, which utilizes a blue laser diode for its light source, has been refined to deliver a brightness of 3,300 lumens for the DLA-NZ900/DLA-RS4200 and 2,700 lumens for the DLA-NZ800/DLA-RS3200. Each offers an operational life of 20,000 hours.

Dynamic light source control and ultra-high native contrast

• In contrast to traditional aperture control, the laser diode enables immediate control over light output, allowing for dynamic brightness adjustment with minimal latency. This capability provides a dynamic contrast level of infinity to one (∞:1) in completely dark scenes by entirely turning off the light source. By adjusting the laser output to match the brightness of the scene, the images produced are more aligned with human visual perception. The latest iteration of the laser diode incorporates a new control algorithm that enhances precision to better meet customer expectations. The enhancement includes an increase in the number of light source control steps from three to 101, facilitating finer adjustments crucial for both standard dynamic range (SDR) and high dynamic range (HDR) settings.

Projectors capable of inputting 8K60p and 4K120p signals

• The new models support full 48Gbps 8K60p signal input, thanks to the use of advanced LSIs that allow for the immediate processing of data volumes four times larger than those of a 4K input. The capability to handle 4K120 input and a low-latency mode gives these projectors the capability of high frame-rate gaming and similar types of content.

Second-generation 8K/e-shiftX technology

• JVC's proprietary 8K/e-shift technology, which employs "e-shift" high-resolution display technology to double resolution by shifting a pixel by 0.5 pixels in four directions—up, down, left, and right— has been upgraded to its second generation. This enhancement includes JVC's original ultra-resolution processing within the 8K/e-shiftX technology, improving the projector’s ability to accurately render a wide range of content, including sources with 8K (8192 x 4320 pixels) resolution.

All-glass lens for all models

• The DLA-NZ900/DLA-RS4200 features a large 100 mm lens. This model includes an 18-element, 16-group all-glass lens housed in a full aluminum barrel, aimed at projecting high-resolution 8K images across the entire screen while maintaining broad shift capabilities of 100% vertically and 43% horizontally. The projector utilizes five extra-low dispersion lenses that are specifically calibrated to minimize chromatic aberration and color fringing. The DLA-NZ800/DLA-RS3200 uses a smaller 65-mm lens, equipped with a 17-element, 15-group all-glass lens system.

JVC’s proprietary Frame Adapt HDR Generation 2 technology

• JVC's projectors are capable of accurately reproducing HDR content, supporting an extended brightness range, BT.2020 wide color gamut, and 10-bit gradation. They support various HDR formats, including HDR10, HLG, and HDR10+ with dynamic metadata compatibility. These projectors also incorporate Frame Adapt HDR 2nd Generation technology, which utilizes a proprietary algorithm to analyze and adjust the dynamic range of HDR10 content per frame. This technology includes a revised tone mapping algorithm tailored to each scene and frame. The algorithm for tone curve selection has also been refined to enhance the brightness, color, and dynamic range of HDR images.

Other features

• Cinema filters are used to achieve a wider color gamut equivalent to DCI-P3 as well as BT-709.
• Clear Motion Drive has improved its algorithm to better compensate for accuracy around the edges where objects intersect.
• A new picture quality mode, Vivid, has been added for reproducing SDR content rich in color
• Features Ultra-high Contrast Optics that deliver clear and colorful video images.
• Screen Adjustment Mode allows users to input the screen information including aspect ratio, size, and gain so that the projector will automatically adjust the image with natural color balance to match the screen.