User Manual

JVC Extreme 4K Resolution Realised by e-shift 2 Technology (DLA-X95R/X75R/X55R)
Using JVC’s original e-shift technology, it is possible to
shift each pixel diagonally by 0.5 pixels to multiply the
resolution and achieve 4K imaging. Our totally revamped
optical engine featuring the new e-shift 2 Technology
with improved planarity property and transmittance
performance results in vastly increased detail and sharp
focusing of the image periphery. JVC’s extreme 4K
resolution delivers enjoyment of dynamic images with
immersive presence to every corner of the screen.
Structure of D-ILA optical engine equipped with e-shift 2 Technology
Illustrated representation of pixel shift.
Scaler for the e-shift 2 Technology — Multiple Pixel Control (DLA-X95R/X75R/X55R)
Superior image processing technology is essential in order to
reproduce full HD resolution images on a 4K projector.
By advancing our image processing technology to new levels
based on JVC’s original algorithm, we were able to develop a
new high-performance 4K scaling engine as a part of the e-shift 2
Technology to reproduce full HD images with maximum definition
and also convert them to even higher quality 4K-resolution images.
With Multiple Pixel Control, the detection range has been vastly
expanded to over ten times that of conventional models*, making
it possible to detect a wide range of signal bands within the frame.
What’s more, based on high-precision detection results — which
uses a improved detector with refined bandwidth division from a
conventional 2 bands to 8 bands — JVC’s original image quality
processing that performs optimum filtering, dynamically controls
the background blur and focus is applied, resulting in natural,
expressive 4K images. Moreover, five types of 4K Profiles are
available to apply optimal processing to each specific type of
visual material. It is therefore possible to play back high-quality
images while enjoying the best any source has to offer.
*Compared to DLA-X90R/X70R
Facial tones with unnatural, rough gradations will be
reproduced as smooth and natural facial tones.
Reproduces a scene with more solid contrast.
Lights are brighter and crisper while blacks are
deeper and detailed.
By detecting focused and out-of-focus areas in real time,
it is possible to reproduce images with clear foreground
while adding depth to the background.
z Effects Achieved with the Multiple Pixel Control
z e-shift 2 Technology's Image Processor: Multiple Pixel Control
JVC’s advanced high-resolution
technology reproduces 4K images that
look more natural and dimensional.
4K-resolution
2K image
Input
Output
Projection Lens
e-shift device
D-ILA optical unit
Resolution doubles
in both directions
R
G
B
D-ILA x 3
Equipped with a newly developed high-performance 4K scaling engine.
Wide-range picture
element detection
High-performance
ltering
Generation of
character optimised
images
Precise signal detection in
wide-range – 10 times the
conventional model – is
performed within a frame.
High-performance ltering
with rened bandwidth
division from a conventional
2 bands to 8 bands
Controls the background blur and
applies focus for each pixel
through results achieved from
wide-range detection and optimum
ltering to generate character
optimised images.
Conventional image:
Pixel per pixel
Image with e-shift: 0.5 pixel
shift in the diagonal direction.
Resolution virtually doubles
vertically and horizontally to
display 4K-resolution
(3,840 x 2,160 pixels) images.