DLA-VS4500 Native 4K Visualization Projector • JVC U.K.

Native 4K Visualization Projector

DLA-VS4500

The DLA-VS4500 is a high quality native 4K projector featuring JVC’s exclusive laser-hybrid illumination system and is ideal for high quality imaging systems including simulators. Its resolution of 4096 x 2160, 120Hz frame rate and 12,000:1 native contrast ratio give it unparalleled image quality while its laser phosphor light engine provides long life (20,000+ hour) and consistent illumination in any mounting orientation.

Features

Long-life inorganic optical components
Fixed and zoom lenses available
Flexible orientation with pitch and roll • 11x11 matrix, 1/16 pixel micro-convergence control
High-contrast IR output for simulated NVG applications
User-adjustable gamma tracking
Long-life wiregrid polarisers
BLU-Escent Laser/Phosphor Light source
Three active matrix 0.69" digital D-ILA devices
3000 lumens (typical), 2400 lumens (min)
LAN / RS-232 control protocol
USB configuration with save/restore
Rugged chassis for motion-based applications
12-bit colour bit depth via DisplayPort 1.2a inputs
6-axis colour management system
12-bit gamma correction
Laser-hybrid illumination system with 20,000+ hour lifetime for low operating cost and consistent performance
4096 x 2160 native resolution
12,000:1 native contrast ratio (typical), 10,000:1 (min)
50/60/120Hz synchronous operation
100%>25% illumination control
(125 steps), auto-intensity function
Digital smear reduction via black-frame insertion
Low-latency signal processing
Support for 4K 120 Hz input

11×11 matrix, 1/16 pixel micro-convergence control

Technical Specifications
Accessories
Product Support

Technical Specifications

DLA-VS4500 - Native 4K Visualization Projector

Technical Specials

Native 4K D-ILA Device 0.69 inch The DLA-VS4500 employs the world's smallest Native 4K D-ILA device (.69"diagonal) realizing 4096 x 2160 pixel images. It utilizes vertical orientation technology and a planarization technique that reduces light scattering and light diffraction over previous devices. The result is extremely high native contrast ratios with smooth, detailed pictures without visible pixel structure even on large screens.

Laser Phosphor Light Engine JVC's proprietary 2nd generation BLU-Escent™ laser phosphor light engine uses blue laser diodes, stationary inorganic phosphor and JVC's proprietary color management system. BLU-Escent™ enables a consistent 3,000 lumen light output. Increased brightness ensures compatibility with larger screen sizes over 200 inches, and improved HDR performance, bringing greater depth and dimensional to home theater screens. Using the Laser Diodes as the light source, light output can be controlled instantly. The DLA-VS4500 controls the laser output accordingly to the scene's brightness, which creates a picture that is as close to human perception as possible. Low/Medium/High Laser Diode output settings are available with a choice of Dynamic Control modes.

Safety and Environmental Impact
Moving from a lamp-based projector to a solid state light source means that there is no longer the mercury in the lamp to worry about, eliminating any disposal concerns.
Since the projector contains a laser source, JVC has taken special care to be sure no laser light can escape the projector housing. This is facilitated by the strong die-cast block that holds the blues lasers. This is good for thermal management and allows the projector to have a Class II laser classification. This means you follow the same safety considerations as you would with a lamp based projector.

Flexible Mounting Orientations
Compared with conventional lamp projectors with a tilt angle limitation, BLU-Escent projectors have no limitations on orientation or tilt angle. They can be installed at any orientation through 360-degrees and even vertically, which is ideal for helicopter simulators which require higher vertical resolution. The rotation of the phosphor wheel remains unaffected regardless of the install angle.

Very High Contrast and Dynamic Range
The JVC BLU-Escent projectors offer very high contrast and dynamic range. For simulators, that can be the difference between usable and unusable. For example, one key application is landing in fog or low light levels where pilots key on seeing runways or other lights to aid in landing. If the contrast is not high enough, the pilots cannot distinguish the lights from the background, making it difficult to see the landing lights in a CAT III scenario, compromising the simulation. The high dynamic range allows the lights to punch through the fog, giving a realistic, calligraphic like image.
For nighttime or night vision goggle (NVG) operations, you must have a very low black level in your projector to provide decent contrast. And, for multi-projector applications, it is critical to have the same black level across the projectors.

Image Devices

Projection Technology: D-ILA

Projection Device size: 0.69 inch

Number of Projection Devices: 3

Native Resolution: 4096 by 2160 Pixels

Electronic E-Shift Generation: NO

Max Resolution: 4096 by 2160 Pixels

Polarize Light Output: YES S/S/S

Light-Source

Light source technology: Laser / Phosphor

Type of the Light source: Blu-Escent laser hybrid

Number of Light sources: 1 unit

Expecting Lifetime regular mode: 20000 Hours

Expecting Lifetime save mode: ~ 40000 Hours

Color Wheel: NO

Phosphor Wheel: NO

Phosphor Plate Static: YES

Light and Contrast

Brightness Typical ^[1]: 3000 ANSI Lumen

Brightness Minimum: 2400 ANSI Lumens

Contrast Typical: 12000 to 1

Contrast Minimum: 10000 to 1

Uniformity: greater than 78%

Aperture: 8 Steps Light Aperture

Dynamic Light Power Control: YES

Manual Light Power Control: 100% to 25%

Infrared capability for Night Vision Googles: Yes

Color Bit depth: 12-bit Input, 12-bit Display and Signal Processing

Color Space: REC 709

Lens

Exchangeable Lens: Yes

Lens included: No Lens included

Shift Electrical or Mechanical: Option (Fixed)

Focus/Zoom Adjustment on internal Test Patterns: Yes

Focus/Zoom Adjustment on User Signal: Yes

Functions

Edge blending: YES

Edge blending tools: Start/End Line Cursors (guidelines)

Edge blending Range: 0 to 255 (left/right) 0 to 135 (up/down)

Edge blending Offset (Black Level): 0 to 50

Distortion adjustment: YES Zone areas

Picture Mode Presets: Natural / Dynamic and 6 User settings

Color Temperature: 5500K / 6500K / 9500K / High Bright / 2 User settings

Gamma adjust: Std 2.2 Gamma and 3 User adjustable Gamma presets

Gamma Processing Depth: 12 Bit

Manual Gamma Settings: YES

HDR Compatible

Color Management: 6-Axis adjustable CMS

Clear Motion Drive: OFF / Mode 1 / Mode 2 / Mode 3

Motion Enhance: OFF/ON / Gain / Red / Green / Blue adjustments

Picture tone: Color selection / all over brightness / dark and bright level

Pixel Adjustment Whole Screen: YES

Pixel Adjustment Zone Screen: YES

Auto Calibration: external optional Software Tool PK-CS1601 (optional cost)

Screen Mask: TOP/Bottom/Left/Right
Range from 0 to 255

Start up Logo: YES

Input Channel Hide: YES for Display Port Inputs 1 to 4

General Hide Mode: YES

Internal Test Patterns: YES

Standby Timer: Off / 1 Hour / 2 Hours / 3 Hours and 4 Hours

Projector System Status Screen: Yes

Local Projector Control Buttons: Yes

Menu Position select: Yes

Black/Blue Screen select (in case of no Input source): Yes

Input Signal

Display Port Input Signal: 640x480, 1920x1080, 2048x1080, 1600x1200, 1920x1200,
2048x1536, 2560x1600, 3840x2160, 4096x2160, 50Hz, 60Hz, 120Hz

Input Level Adjustment: 16 - 235 Video (fix range)
0 to 255 PC (fix range)

Color space range for inputs: YcbCr4444 / YCbCr422 / RGB

Note for Signal Input combinations:: Please study for details the User manual (download) or dedicate Input format list, when available.

Signal Input combination SINGLE: On DP1 to DP4 up to 4096 x 2160 Pixels

Signal Input combination DUAL Stripes: DP1 and DP3
each max 2048 x 2160 Pixels

Signal Input combination DUAL Frame sequential: DP1 and DP3
each max. 2560 x 1600 Pixels

Signal Input combination QUAD -Stripes: DP1 to DP4
each max. 1024 x 2160 Pixels

Signal Input combination QUAD Cross: DP1 to DP4
each max. 2048 x 1080 Pixels

Signal Input combination QUAD Frame sequential: DP1 to DP3
each max. 2048 x 2160 Pixels

3D Format

3D Capability: Yes

3D Special Notes:: 3D only be possible by supporting Dual Input at 60 Hz each, for Googles Trigger need special sync trigger Terminal, please contact us for more details.
Passive Stereo with two Projectors (Polarized Filters needed)

Image Timing Data

Latency for Simulation or Video Lip sync in ms.: 17ms w/60Hz, 19ms w/50Hz Input, 12.5ms w/120Hz Input(minimum)

Input Terminals

Display Port: DisplayPort 1.2a x 4

3D Synchro: Yes, SYNC OUT

RS-232C Terminal: Yes, RS-232C: D-Sub 9 pin (male) x1

LAN Terminal: Yes, LAN: RJ45 x 1

IR Remote: Front/Back

USB Service Terminal: Type A for service only

Control Terminals

RS-232C Terminal: Yes, RS-232C: D-Sub 9 pin (male) x1

LAN Terminal: Yes, Yes LAN: RJ45 x 1

Wired Remote in: Stereo mini jack x1

IR Remote Receivers: 2 Front/Back

Selection of IR codes: 2

Power and Environment

Noise Level (0-26 degree): <49dB (A) at 39.4”/1m (3.3ft)

Power Requirement: AC 100-240V, 50/60Hz

Power Consumption: 750 Watt

Power Standby: 1,5W

Operation Temperature: 5°C to 35°C

Operation Humidity:(Non-Condensing): 20% to 80%

Installation Height: below 2000 Meters

Installation Angle: Free angle

Dimensions: W 500 x H 235 x D 719 mm

Weight: 35 kg

Airflow requirement: 2.4 m3 per minute minimum

Calorific Value: 2,700 kJ/h (648 kcal/h)

High Altitude Mode: YES /ON/OFF should be set to ON from above 900 Meters

Motion Platform usable: Yes please contact us for Force-Data

Include Package

Cord A: US AC

Cord B: EU AC

IR Controller: Yes

Battery Type:: 2 x AAA Type

Others: Safety Info Doc include for
Full Instruction, please download form this web site

General Editing Note

General Note:: Simulated pictures.The values for weight and dimensions are approximate.E.&O.E. Design and specifications subject to change without notice.

[1] typical @High bright mode