JVC Procision DLA-X90R, Procision DLA-X30, Procision DLA-X70R Brochure & Specs

DLA-X90R
DLA-X70R

DLA-X30

D-ILA Projectors

The Power of 4K Image Displays — Super
High-Definition Pictures that Surpass Full HD.

The feeling of actually being immersed into a picture, an unprecedented visual sensation, is now

being realized with 4K-resolution. JVC's professional projector business, nurtured by its high-

definition expertise, has integrated with e-Shift technology to enhance the potential of realism in

home theater projectors. The incredible picture resolution of 4K projection surpasses that of full

high-definition to ensure a masterful reproduction of details as well as clear, realistic representations

of texture. Now everyone can enjoy a remarkable viewing experience unlike anything before seen in a

home theater environment.

Super High-definition 4K Projection (3,840 x 2,160 pixels)

In addition to a Full HD D-ILA device, the DLA-X90R and X70R
feature a newly developed optical engine incorporating new e-Shift
technology to realize super high-definition projection of 4K-resolution
(3,840 x 2,160 pixels).

These projectors take any compatible 2D 1920 x 1080 signal and scale
that signal to 3840 x 2160 resolution. Once this 3840 x 2160 image
is created, the JVC projector divides it into two 1920 x 1080 sub
frames which are displayed at high speed using our exclusive e-Shift
device. The e-Shift device shifts the second frame by ½ a pixel in each

direction. The viewer’s eye combines
these two subframes to see the
full 3840 x 2160 image, effectively
doubling the resolution of traditional
Full HD.

Unlike simple resolution-upscaling technology, the use of a device
that is capable of displaying 4K-resolution (3,840 x 2,160 pixels)
drastically improves picture quality to ensure exceptional precision
and full presence.

JVC’s Original Advanced Image-processing Technologies

JVC's advanced image-processing technologies ensure high
definition through the use of precise detection and restoration
algorithms. The former analyzes pixel information within
different areas of the frame; the latter restores the high-frequency

Original Close-up view

components that are missing in low-resolution images. Further
quality enhancement is achieved via contrast correction and jagged
edge reduction. The overall result is a picture that looks real down to
the smallest detail.

Original Results of JVC technologies

Jagged edges are eliminated in diagonal sections for sharper images.

Faithful reproduction of contrast even for intricate details.

Clearer images with reduced noise and less blur.

D-ILA 3D Projection Leaps
Forward in Quality.

Fully equipped with an array of beneficial 3D functions such as 2D-3D conversion and 3D picture

adjustment, JVC’s D-ILA projectors take a significant leap forward in picture quality by delivering a more

realistic 3D video experience that is simply packed with presence.

Frame Addressing ― the D-ILA Method

Thanks to JVC’s original D-ILA driving method, Frame Addressing
reproduces more colorful and vivid 3D video content with reduced
crosstalk (image overlapping). What’s more, this technology
incorporates newly developed driving circuitry that helps to
drastically improve image brightness. This means that with JVC’s
D-IL A projectors, anyone can enjoy breathtaking and impressive 3D
video content just like that seen at cinemas, right in the comfort of
their living rooms.

An alternative driving method known as “line addressing” utilizes a
fast-shutter approach, but when the shutters are switched between
the left and right eyes, crosstalk can be generated where the left
and right images overlap. This crosstalk occurs because the shutter
on 3D glasses is opened for a shor ter amount of time compared
to the D-ILA method which causes the picture to darken and lose
brightness. However, JVC’s Frame Addressing driving method
draws images in a single frame at one time, enabling the shutter on
the 3D glasses for one eye to remain open for an extended period,
which ultimately realizes a brighter 3D picture with less crosstalk.