JVC Reference Series 4K Home Theater Laser Projector - DLA-NZ700/RS2200

All Components Redesigned

The optical unit, lens, and circuit board have all been redesigned to achieve the world’s smallest native 4K projector.

Size Reduction

The DLA-NZ700/NZ500/RS2200/RS1200 has a volume reduction of 35% compared to the previous DLA-NZ7/RS2100, while still incorporating a laser light source and native 4K D-ILA device.

Re-design of Air Intake and Exhaust

By placing the heat source exhaust at the rear, the potential impact of the image on the projection screen has been eliminated. This provides more flexibility for installation.

Environmental Considerations

The design of the new projector models uses significantly less plastic, which also reduces transportation costs. This leads to a product that is much more environmentally friendly.

High Brightness and Long life

JVC’s proprietary laser light source technology, Blu-Escent, uses a blue laser diode as the light source. The DLA-NZ700/RS2200 achieves a high brightness of 2,300lm and the DLA-NZ500/RS1200 2,000lm. Both models have a laser life expectancy of approximately 20,000 hours.

Improved Power Efficiency

The DLA-NZ700/RS2200’s brightness per watt of effective power is approximately 2 times that of the first model equipped with BLU-Escent Laser (the DLA-RS4500 was released in January 2017, with a brightness of 3,000lm).

Improved Environmental Performance

By using a laser light source in the projector models DLA-NZ500/RS1200 and DLA-NZ700/RS2200, harmful substances found in lamp light sources are eliminated.

Newly designed fully Motorized 4K Lens delivers both high resolution and installation flexibility

Superior resolution

Newly designed large aperture (80mm, 11 groups, 15 lenses) 4K compatible lens delivers full native 4K D-ILA resolution to every corner of the screen.

Installation flexibility:

Fully electric (Zoom, Focus, Shift), with 70% vertical and 28% horizontal shifts for easy installation.

Lens memory function

A lens memory function is also included for convenient use when using a cinemascope-sized screen.

Features 2nd-generation Frame Adapt HDR for optimal reproduction of HDR content

Frame Adapt HDR

A proprietary algorithm instantaneously analyzes the maximum brightness of each frame of any HDR10 content.This feature enables real-time tone mapping to the optimal dynamic range for the projector. Furthermore, the second-generation Frame Adapt HDR reproduces HDR images that are brighter, more colourful, and have a wider dynamic range.

DML Metadata

When the HDR level is automatically detected, Max Display Mastering Luminance (DML) is referenced as metadata representing the maximum luminance information of the monitor used for content editing and can be tone-mapped with optimal brightness.

Equipped with Vivid picture mode that reproduces SDR content in rich colours

Vivid picture mode is a standard dynamic range (SDR) picture mode that reproduces content in rich colours.You can enjoy popular SDR video content, such as animation, in bright, rich colours and clear images.

Other Features

• Equipped with Ultra-High Contrast Optics specially designed for this model to achieve clear and vivid images.
• The GUI has been redesigned. The menu structure has been revised to facilitate access to frequently used functions.
• ISF-certified video quality standards. Colour calibration can be performed by an ISF-certified video adjustment engineer.
• The Installation Mode function allows up to five types of Installation Settings, such as lens memory, pixel adjustments, and screen masks, to be stored and recalled easily.
• The Auto Calibration function*5 optimizes all essential elements found in the image, including colour balance, gamma characteristics, colour space, and colour tracking, using an external optical sensor and proprietary software. With the sensor and software, optimum calibration can be applied in just a few easysteps to match the changes in optical characteristics given the environment of the installation.
• The Screen Adjust Mode compensates for colour imbalances caused by screen characteristics.