Specifications

www.bhphotovideo.com
PHOTO - VIDEO - PRO AUDIO
PROJECTORS
SANYO
PLV-HD10
146
1920 x 1080 HDTV 3-Panel LCD Projector
The 5500 lumen PLV-HD10 (four high output 250 watt UHP lamps)
combines many technologies to produce a true high definition1920
x1080 pixel projector. Weighing only 81 lbs., it has a custom
12-bit progressive scan integrated circuit including a super
high speed, pipelined, parallel image processing chip that
works with the source data to create a harmony of HD
images for superb image quality and contrast.
“Intelligent” sharpness processing removes overshoot and
ringing on the digitizer video signal. Sanyo’s color separation
filters achieve sharp, clear color differences and separations that
can be seen on-screen with high color fidelity. Select gamma processing and color
balance from one of the pre-determined color modes to achieve the requirements of the source material. Plus, Sanyo’s
exclusive “Real Color Manager” lets a user become an expert colorist by
creating a custom gamma and color correction table and then run it through a computer via the included software. One
then simply compares the on-screen image to a printed chart.
The PLV-HD10 achieves an outstanding1000:1contrast ratio. A micro lens integrated in each pixel increases the light
efficiency, resulting in significantly brighter images. Many Sanyo lenses can be used including quick change (easy mount)
lenses and adapted older lenses. The projector has an Efficient Lamp Management System for balanced, fail-safe four
lamp operation. Optional detachable interface panels (including network control/administrations) can be used in varying
combinations to meet the source input needs of most any situation.
The PLV-HD10 uses Sanyo’s most advanced video, optical and
digital technologies to deliver precise, true HDTV 1080i projection.
◆ 3D AUCC (Automatic Uniformity Correction
Control) circuit provides precise compensa-
tion at some 7,425 points for smooth, natural
gradation. Compared with conventional
systems, provides more than 10x the control
over color problems caused by a lack of
brightness conformity.
◆ To eliminate ghosts or after-images, crosstalk
canceller reduces signal interference
between the drive circuits on the liquid
crystal panels. Line/dot inversion helps
reduce the signal interference between pixels.
◆ Incorporates three 3-D digital circuits:
• 3-D digital progressive circuit provides inter-
lace/progressive conversion of 1080i signals.
• A 3-D digital Y/C separation circuit helps
boost resolution and reduce noise
• 3-D motion-adaptive digital noise reduction
circuit reduces interference between pixels.
◆ 10-bit digital gamma correction control
function provides smoother gradation
characteristics by adjusting the gradation
according to the input image.
◆ Progressive scan IC provides12-bit processing
of HDTV 1080i signals. Moving pictures are
smooth and clear thanks to Sanyo’s original
motion adaptive line interpolation, which
greatly improves jagged diagonal lines. Full
2-3 pulldown compatibility assures superior
viewing quality from film sources.
◆ Equipped with Telecine Corrective I/P
conversion technology, the PLV-HD10 detects
when you input telecine images that have
been converted from film to video, and
faithfully reproduces the original frames. To
boost detection accuracy, it evaluates the
motion of each pixel and then uses the
cumulative value to determine whether the
image is telecine or conventional.
◆ Intelligent Sharpness Controller circuit uses
gain-adaptive LTI (Luminance Transient
Improvement), gain-adaptive CTI (Color
Transient Improvement), and gain-adaptive
edge emphasizing technologies to sharpen
the detail in areas where the image signal
is shallow, such as in ruled lines and in
characters prone to generating bright lines.
The result is clearer, sharper images from
both RGB and video sources.
◆ High-quality I/P conversion technology
reduces jaggedness in diagonal lines by
adaptively complementing pixels according
to a diagonal correlation value determined
from 33 horizontal and 4 vertical pixels. The
pixel area sampled is optimized to improve
the correlation value and motion-detecting
precision. This also improves jaggedness in
lines that are nearly horizontal something
that was difficult in the past.