Proyectores JVC 2019

Zidoo Z9s
Zidoo Z9S Vs OPPO UDP-203 4K HDR, menús, demos y películas
17 diciembre, 2018
Novedades 2019: Egreat A13
28 febrero, 2019

Nuevos proyectores JVC DLN-N5/7 y NX9

DLA-NX9      DLA-N7      DLA-N5      SPEC

8K/4K Technology

“e-shift” is JVC’s proprietary high-resolution display technology that shifts a pixel by 0.5 pixels vertically and horizontally to achieve 4 times the pixel density of the original content. Ahead of the competition, JVCKENWOOD developed the 4K e-shift technology in 2011. Ever since, this technology has evolved and received a favourable response for its high resolution near native 4K using the FHD device. The 8K/e-shift technology adopted for the DLA-NX9 combines the “e-shift” technology with another proprietary technology, Multi Pixel Control, to convert Full HD and 4K-resolution images into 8K-equivalent resolution (8192 horizontal by 4320 vertical). The result is an eyeopening, high-definition display that is very close to the original subject*1.

*1:The projector does not support 8K signal input.

8K/e-shift

Multiple Pixel Control & 8K/e-shift Processing

All D-ILA projectors feature original high-performance image processing technology, Multiple Pixel Control (MPC) that detects blurring generated from images taken with 4K cameras. Through analysing and correcting with an original algorithm, the MPC is an image processing technology capable of accurate reproduction closer to the original. Compared to conventional band processing, MPC achieves the utter reality of 4K quality by detecting and processing images in a higher frequency range to achieve exceptional presence and bokeh creating almost 3D feeling. On the high-end model DLA-NX9, the image processed with MPC is up-converted using 8K/e-shift technology to double the image information for displaying more realistic and smooth images closer to the original.

Multiple Pixel Control

Equipped with refined 0.69″ native 4K D-ILA device and newly developed digital driver LSI for native 4K device

D-ILA projectors continue to evolve for the better. And, the projection device is at the heart of the projector. The latest three models feature an original native 0.69″ 4K D-ILA device, which was first adopted on model DLA-Z1 (released in December 2016); this device has been improved with process refinements on planarization and reflection efficiency to achieve higher contrast and brightness. Additionally, a dedicated driver LSI was also enhanced to simultaneously drive each of the three (R/G/B) native 4K D-ILA devices at high-speed 120fps. This ultra high-speed driving is enabled by adopting the latest high bandwidth memory (HBM) technology and uses a silicon interposer to process a large amount of data instantaneously. Furthermore, stable high-quality image projection can be achieved by equipping the new driver LSI with an original frame rate converter and various device correction functions. As a result, precise and smooth image projection unique to 4K native can be achieved with the combination of a new device and new driver LSI.

4K D-ILA device

Equipped with All-glass, Wide-diameter, High-resolution Lens

The DLA-NX9 is equipped with an 18-element, 16-group all-glass lens featuring a full aluminium lens barrel. In order to project high-resolution images to every corner of the screen with the 100 mm diameter lens offering wide lens shift of ±100% vertically and ±43% horizontally, the projector adopts five ED lenses that take into account differences in the R/G/B refractive index to reduce chromatic aberration and colour fringing when lens shift kicks in to deliver precise reproduction of 8K-resolution projection. The DLA-N7 and DLA-N5 models feature a 17-element, 15-group all glass lens with 65 mm diameter to project fully focused 4K native resolution to all corners of the screen.

Lens
Lens

Exceptional motion image processing achieved with renewed Clear Motion Drive

The interpolation algorithm for JVC’s original Clear Motion Drive technology that reduces ghosting has been revamped to improve compensation accuracy in the periphery of intersecting objects. The improved algorithm now refers to more frames to increase precision of motion prediction and also reduces frame latency. Additionally, when Clear Motion Drive is set to “low”, it recreates the natural 24fps signal processing adopted on films, while pursuing an effect like dejuddering without a sense of discomfort. Added with Motion Enhance technology that optimally controls the driving performance of D-ILA drives by image characteristics, the projector is capable of reproducing much smoother moving 4K images.

Clear Motion Drive

Low Latency Mode Excellent for Projecting PC Content and Games

An increasing number of new generation game consoles capable of outputting high-spec 4K game images are now available, which leads to an increased demand among users who want to play 4K/HDR games on a big screen. D-ILA projectors feature an improved Low Latency Mode that ensures faster response with PC and game console content that require severe timing link between operation and on-screen image.

Low Latency Mode

Industry Certified Projectors—THX 4K Display and ISF Certifications

The high-end DLA-NX9 is accredited with THX 4K Display, which was established to ensure that the certified projectors will precisely reproduce picture quality in home environments for both 2K and 4K content, “just as the original filmmaker envisioned”. Encompassing more than 400 laboratory tests to evaluate a projector’s colour accuracy, cross-talk, viewing angles and video processing, this certification helps to guarantee highdefinition quality. Additionally, all models are licensed with the ISF C3 (Certified Calibration Controls) mode, enabling trained dealers to professionally calibrate them to desired screen surfaces, lighting environments and video sources, and then securely store these precise settings into the projector.

THX 4K Display
ISF Certifications

Ultimate Dynamic range

High-quality, Clear Picture with Brightness

Maximum brightness of 2,200 lm*2 can be achieved by combining a 265 W ultra high-pressure mercury lamp and a highly efficient optical engine. Also, combining with the D-ILA device that features a narrow gap between pixels for optimum use of light, a powerful yet finely detailed and smooth image projection can be achieved.

*2:Achieved on the DLA-NX9. 1,900 lm for the DLA-N7 and 1,800 lm for the DLA-N5.

High-quality, Clear Picture with Brightness

Realizing Images Full of Presence with D-ILA’s High Contrast

JVC’s original D-ILA device combined with an optical engine equipped with a wire grid results in a high native contrast ratio of 100,000:1*3. Input signals are analysed with an original algorithm that is combined with Intelligent Lens Aperture, which automatically controls the black level of the image to achieve a dynamic contrast ratio of 1,000,000:1*3. The synergetic effect based on the dynamic range stemming from high-brightness, delivers sensational 4K video full of reality.

*3:Figures for the DLA-NX9. The DLA-N7 offers 80,000:1 native contrast ratio and 800,000:1 dynamic contrast ratio; the DLA-N5 offers 40,000:1 native contrast ratio and 400,000:1 dynamic contrast ratio.

D-ILA’s High Contrast

Reproduction of Vivid Images through a Wide Range of Colours

By using a new cinema filter, the projector achieves not only 100% coverage of the BT.709 but also coverage beyond the DCI-P3*4 display range used in film production. HDR content found on media such as UHD Blu-ray Discs adopts a much wider colour gamut compared to conventional content. Three new D-ILA projectors that feature wide gamut allow for more accurate reproduction of the natural gradations in images of the sky and the sea, as well as differences in the colour contrast between subjects such as flowers of a deep crimson or rose colour, or the different shades of green on tree leaves, which presented difficulties in the past.

*4:DCI-P3 coverage is featured on the DLA-NX9 and DLA-N7.

Reproduction of Vivid Images

Support for HDR (High Dynamic Range)

HDR (high dynamic range) content contains more data including an extended brightness range, 10-bit gradation and a wide BT.2020 colour gamut. For this reason, high basic performance is required for precise reproduction by the projector. With D-ILA projectors, HDR content are optimally reproduced with “high-brightness, high contrast, and wide gamut” to enjoy high quality HDR content as you’ve never experienced in the past. Moreover, in addition to HDR10 content, which is found on UHD Blu-ray Discs, the projector automatically detects the Hybrid Log-Gamma (HLG) signal, a technology used widely in broadcasting, allowing the user to view in an optimum picture mode.

High Dynamic Range
image

Automatic Adjustment with Auto Tone Mapping*5

The Auto Tone Mapping function featured on the latest models automatically adjusts each content based on the values in the mastering data, such as Max CLL and Max FALL*6, which indicate the brightness of the HDR content. Image quality is automatically adjusted for optimal viewing of various HDR images with different brightness.

  • *5:Content without mastering info is set at fixed level or can be adjusted manually.
  • *6:Max CLL (stands for Maximum Content Light Level); Max FALL (stands for Maximum Frame Average Light Level)
Low brightness content

Complies with the HDCP 2.2 standards to enable 18Gbps 4K signal input

The projectors are capable of receiving full spec 4K signals including 4K/60P 4:4:4, 4K/60P 4:2:2/36-bit and 4K/24P 4:4:4/36-bit as the units comply with the latest HDMI standard with 18 Gbps transmission band-width compatibility for reproducing more vivid colours with more precise gradation. In order to be compatible with copyright-protected content such as OTT video services and the UHD Blu-ray discs, the projectors comply with the latest HDMI standard and HDCP 2.2.

JVC Advanced Technology

Colour Management System with 6-Axis Matrix

A 6-axis matrix of red, green, blue, cyan, magenta, and yellow enables the precise adjustment of hue, saturation, and intensity. Only the colour being adjusted will be shown in colour while the others are grey-toned, making operation more intuitive.

Auto-calibration Function

Using an optical sensor and a proprietary software*7, optimum calibration can be applied in just a few easy steps to match the changes in optical characteristics caused by the installation situation of the projector. Auto-Calibration optimises all essential elements found in the image, including colour balance, gamma characteristics, colour space, and colour tracking.

*7:An optical sensor and proprietary software, which is downloadable from JVC website, are required to perform auto calibration function. Refer to the JVC website for details.

Auto-calibration

Pixel Adjust Function

The Pixel Adjust function allows users to precisely correct colour deviation in 1/16-pixel increments*.It is also capable of segmenting the entire screen into 121 points and adjusting them individually to realise clearer video without colour deviation. Two settings can be stored in the memory.

Pixel Adjust function
121-point adjustment
121-point adjustment (concept diagram)
Adjustments are made by placing the cursor on a point that needs to be corrected.

Convenient Features

Installation Mode

These projectors are equipped with “Installation Mode” that allows users to centrally manage settings related to installation in order to enjoy projected video best suited for each environment. As shown in the graphical interface on the right, nine settings for Lens Control, Pixel Adjustment, Mask, Anamorphic on or off, Screen Adjust, Installation Style, Keystone, Pincushion, and Aspect can be adjusted. Additionally, ten different mode settings can be stored in memory that can be named as desired. Installation modes stored in memory for various environments can be called up immediately.

Installation Mode
Installation Mode and Memory graphical interfaces

Lens Shift

Flexible installation is made possible thanks to the wide lens-shift function. As described in the diagram below, wide shift ranges are offered vertically and horizontally that help to deliver natural projected images without distortion.

Lens Shift

Screen Adjustment Mode

Screen Adjustment Mode is one of the nine Installation Modes described above. When the user selects a setting that best suits the screen being used from the Screen Adjustment Mode settings, the projector adjusts the image with natural colour balance to match the screen. The mode is compatible with the latest models offered by the world’s major screen manufacturers.

Screen Adjustment Mode

Digital Keystone and Pincushion Function*8

The new projectors feature Digital Keystone and Pincushion Function. Digital Keystone adjusts keystone distortion that occurs when the projector is placed in a tilted position; Pincushion Function adjusts to curved screens.

*8:Digital Keystone and Pincushion Function cannot be used simultaneously. Keystone adjustment corrects only in the vertical direction. Pincushion Function may not operate properly when the projector is applied with wide lens shift.

Anamorphic mode for wide cinematic films

A 2.35:1 aspect ratio for wide cinematic films can be enjoyed by combining the projector with a third-party anamorphic lens to create dynamic picture reproduction just as can be seen in a movie theatre.

Anamorphic mode

JVC Unique Input and Output

A 2.35:1 aspect ratio for wide cinematic films can be enjoyed by combining the projector with a third-party anamorphic lens to create dynamic picture reproduction just as can be seen in a movie theatre.

Input and Output

Remote control

Remote control
DLA-NX9
DLA-NX9  8K-resolution D-ILA Projector
DLA-N7
DLA-N7  4K-resolution D-ILA Projector
DLA-N5
DLA-N5  4K-resolution D-ILA Projector

Specifications

DLA-NX9 DLA-N7 DLA-N5
Device 0.69-inch Native 4K D-ILA Device (4096×2160) x3
8K/e-shift
Display Resolution 8192 x 4320 4096 x 2160
Lens x2 Motorised Zoom & Focus; All-glass Lens with 100 mm diameter x2 Motorised Zoom & Focus; All-glass Lens with 65 mm diameter
Lens Shift ±100% Vertical and ±43% Horizontal (motorised) *In 16:9 aspect ratio mode ±80% Vertical and ±34% Horizontal (motorised) *In 16:9 aspect mode
Projection Display Size 60 inch – 300 inch (diagonal) 60 inch – 200 inch (diagonal)
Light Source Lamp NSH 265 W (lamp life: approx. 4,500 hours when the lamp is in Low mode)
Brightness 2,200 lm 1,900 lm 1,800 lm
Contrast Ratio Dynamic 1,000,000:1 800,000:1 400,000:1
Native 100,000:1 80,000:1 40,000:1
DCI-P3 Colour Gamut
Input Terminal HDMI 2 (3D/Deep Colour/HDCP 2.2)
TRIGGER 1 (Mini Jack, DC12V/100mA)
Output Terminals 3D SYNCHRO 1 (Mini-Din 3pin)
RS-232C 1 (Dsub 9pin)
Control Terminals LAN 1 (RJ-45)
Service Terminal SERVICE 1 (USB Type A) (for firmware update)
Video Input Signal Format Digital 480p, 576p, 720p 60/50, 1080i 60/50, 1080p 60/50/24,
3840x2160p 60/50/30/25/24, 4096x2160p 60/50/30/25/24
PC Input Signal Format Digital (HDMI) VGA/SVGA/XGA/WXGA/WXGA+/SXGA/WSXGA+
3D Format Frame Packing 720p 60/50, 1080p 24
Side-by-Side (half) 720p 60/50, 1080p 60/50/24, 1080i 60/50
Top & Bottom 720p 60/50, 1080p 24
Power Consumption 400 W (Normal standby: 1.5 W, Eco-mode standby: 0.3 W)
Fan Noise 24dB (When the lamp is in Low Mode)
Power Requirement AC100-240 V, 50/60 Hz
Dimension (W x H x D, including feet) 500 x 234 x 518 mm 500 x 234 x 495 mm
Weight (net) 21.8 kg 19.8 kg 19.6 kg

Main Features

DLA-NX9 DLA-N7 DLA-N5
HDR HDR Support ● (HDR10/HLG) ● (HDR10/HLG) ● (HDR10/HLG)
Mastering Info Display ● (Max CLL/Max FALL) ● (Max CLL/Max FALL) ● (Max CLL/Max FALL)
Auto Tone Mapping
3D Support
MPC (Multiple Pixel Control)
Real Color Imaging Technology
Xenon Light Source Colour
(Colour temperature)
THX 4K Display Certification
Clear Motion Drive
Motion Enhance
Low Latency Mode
Auto Calibration
Installation Mode ● (10 memories) ● (10 memories) ● (10 memories)
Screen Adjustment Mode ● (148 modes) ● (148 modes) ● (148 modes)

JVC Proyectores

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Juan Carlos (JC)

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