Sharp XV-Z10000E プリント
2600:1 High Contrast and Black
Reproduction
Reproduction
DMD™ is a reflective device which can prevent light from coming through
by controlling mirror angles. Making good use of this DMD™ feature plus
employing a thoroughly developed optical engine, the XV-Z10000U/E
provides sharper blacks in black parts and a higher contrast ratio of
2600:1. Real blacks and clearly reproduced subtle colours provide
impressively beautiful pictures.
by controlling mirror angles. Making good use of this DMD™ feature plus
employing a thoroughly developed optical engine, the XV-Z10000U/E
provides sharper blacks in black parts and a higher contrast ratio of
2600:1. Real blacks and clearly reproduced subtle colours provide
impressively beautiful pictures.
Natural Colour Reproductivity
With the development of an
advanced optical engine
including Primary Colour
Wheels, the XV-Z10000U/E
provides high-grade colour
reproduction.
advanced optical engine
including Primary Colour
Wheels, the XV-Z10000U/E
provides high-grade colour
reproduction.
AN-C10BM
RGB cable
IBM VGA series (10 m)
RGB cable
IBM VGA series (10 m)
Cables
AN-C10MC
RGB cable
Macintosh II series
(10 m)
RGB cable
Macintosh II series
(10 m)
AN-C3CP
3-RCA to 15-pin
D-sub cable (3 m)
3-RCA to 15-pin
D-sub cable (3 m)
AN-C3BN
5-BNC to 15-pin
D-sub cable (3 m)
5-BNC to 15-pin
D-sub cable (3 m)
AN-C10RS
RS-232C serial
control cable (10 m)
RS-232C serial
control cable (10 m)
AN-TK201
For high ceiling
installation
For high ceiling
installation
Ceiling Mounts
AN-TK202
For standard ceiling installation
For standard ceiling installation
AN-NV6T
Installation adaptor
Installation adaptor
Dynamic Range of 2600:1 High Contrast and High Level of
Colour Purity — Highly Advanced Digital Technology
Reproduces Optical Performance in the Most Efficient Way
Colour Purity — Highly Advanced Digital Technology
Reproduces Optical Performance in the Most Efficient Way
Cutting-Edge Optical Technology Achieves High Quality Images
Nearly Equivalent to Movie Film
Nearly Equivalent to Movie Film
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
CIE Colour Space
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
XV-Z10000U/E
y
x
XV-Z10000U/E
Conventional
XV-Z10000U/E
Conventional
Three Primary Colour Wheel (CW)
Current DLP™ projectors employ a 4-colour (RGB and white)
colour wheel in order to increase white luminance and picture
brightness. However, this causes a debasement of colour balance
colour wheel in order to increase white luminance and picture
brightness. However, this causes a debasement of colour balance
by enhancing other colours to reach a bright white level and a
deterioration of black level because of white light straying onto
DMD™ chips. The XV-Z10000U/E uses a 3-Colour CW with only
red, green and blue primary colours, achieving high reproduction
of pure colours and
high-contrast
pictures.
deterioration of black level because of white light straying onto
DMD™ chips. The XV-Z10000U/E uses a 3-Colour CW with only
red, green and blue primary colours, achieving high reproduction
of pure colours and
high-contrast
pictures.
Optimization of the Optical Engine
From the onset of XV-Z10000U/E development, all optical parts
have been thoroughly analyzed and experimented on in order to
search for higher contrast ratio. This brings anti-reflective coating
for every optical part, optimization of light insertion into DMD™
pixels, and a shutter in front of the projection lens. As a result,
backlight from diffused reflection in the optical engine and light
leaking from light reflection from objects other than DMD™
mirrors have been dramatically reduced to achieve higher contrast
ratio.
have been thoroughly analyzed and experimented on in order to
search for higher contrast ratio. This brings anti-reflective coating
for every optical part, optimization of light insertion into DMD™
pixels, and a shutter in front of the projection lens. As a result,
backlight from diffused reflection in the optical engine and light
leaking from light reflection from objects other than DMD™
mirrors have been dramatically reduced to achieve higher contrast
ratio.
World’s First 6x* Speed Engine
Single DLP™ projectors employ a time sequential CW system in
which RGB images projected on the screen sequentially are mixed
and recognized as one image from the afterimage effects on
human eyes. But this causes a phenomenon called “Colour
Breaking”. And since projection time for each colour is relatively
long with the 1x and 2x engine, remaining afterimages appear on
the image for some time like a RGB rainbow. For a theatre
projector, this is a major weak point because mainly moving
images are projected. With the world's first use of a 6x* Speed
Colour Wheel in front DLP™ projectors, the XV-Z10000U/E
achieves a projection time 1/6 that of a 1x engine and improves
colour breaking up to
a degree virtually
invisible.
which RGB images projected on the screen sequentially are mixed
and recognized as one image from the afterimage effects on
human eyes. But this causes a phenomenon called “Colour
Breaking”. And since projection time for each colour is relatively
long with the 1x and 2x engine, remaining afterimages appear on
the image for some time like a RGB rainbow. For a theatre
projector, this is a major weak point because mainly moving
images are projected. With the world's first use of a 6x* Speed
Colour Wheel in front DLP™ projectors, the XV-Z10000U/E
achieves a projection time 1/6 that of a 1x engine and improves
colour breaking up to
a degree virtually
invisible.
(* 5x speed with NTSC system)
Colour Wheel
Structure
Rotation
System Speed
Projection Time
per Colour
per Colour
3 Segments
(1x RGB)
3 Segments
(1x RGB)
6 Segments
(2x RGB)
60 r.p.s. (1x)
120 r.p.s. (2x)
180 r.p.s. (3x)
(1x1)=1x
(1x2)=2x
(2x3)=6x
1/180 sec.
1/60 sec.
1/60 sec.
1/60 sec.
1/360 sec.
1/1080 sec.
Conventional
XV-Z10000U/E
Current
270W SHP Lamp System
The 270W SHP lamp affords rich light quantity and adjusts
spectral characteristics, resulting in high luminance and high
colour reproduction, especially for reds, which remains a task very
difficult for conventional models.
spectral characteristics, resulting in high luminance and high
colour reproduction, especially for reds, which remains a task very
difficult for conventional models.
Condenser Lens
Colour Wheel (CW)
Relay Lens
DMD™
Projection Lens
Projection Lamp
Installation Example with
the AN-TK202 and
AN-NV6T
Colour Wheel
Current
Structure
Brightness
Colour Reproduction
Black Level
RGBW
Brighter
Poor
Low (obscured)
RGB Only
Normal
Exellent
High (real black)
XV-Z10000U/E
Optional Accessories
XV-Z10000U/E
AN-A1MY
RGB monitor loop-output adaptor
RGB monitor loop-output adaptor
AN-A1DV
DVI to 15-pin D-sub adaptor
DVI to 15-pin D-sub adaptor
AN-C3DV
DVI cable (3 m)
DVI cable (3 m)
XV-Z10000U/E
H i g h - R e s o l u t i o n
H D T V C o m p a t i b l e
H D T V C o m p a t i b l e
V i d e o / D a t a
P r o j e c t o r
B l a c k e r B l a c k s —
T h e K e y t o U n b e a t a b l e C o l o u r Q u a l i t y i n H o m e T h e a t r e
T h e K e y t o U n b e a t a b l e C o l o u r Q u a l i t y i n H o m e T h e a t r e
Model
DMD™ chip
Number of pixels
Resolution
HDTV compatibility*
1
Computer RGB input signals
Video colour systems
Lens
Lens shift
Projection size
Projection distance
Luminance
Contrast ratio
Input terminals
Output terminals
Control terminals
Power source
Power consumption
Projection lamp
Lamp life
Dimensions (W x H x D)
Weight
Supplied accessories
0.8" (2.0cm) 1280 x 720 dots DDR 12
° Digital Micromirror Device™ (DMD™) x 1 by Texas Instruments
921,600 pixels
520 TV lines, 960 dots x 720 lines (computer data)
1080i (in advanced intelligent compression), 720p, 480i/p
SXGA, XGA, Mac 21", 19" (in advanced intelligent compression), SVGA, VGA, VESA, Mac 16"/13"
15-91 kHz (horizontal), 43-85 Hz (vertical), 12-135 MHz (pixel clock) (plug & play VESA; DDC 1/2B)
NTSC/NTSC 4.43/PAL/PAL (60Hz)/PAL-M/PAL-N/SECAM
1:1.35 manual zoom and focus
Manual optical lens shift
25" - 300"
40" (102cm): 5'3" - 7'1" (1.6 - 2.2m), 100" (252cm): 13'2" - 17'9" (4.0 - 5.5m),
200" (504cm): 26'7" - 36" (8.1 - 11.0m)
800 ANSI Lumen in High Brightness Mode (500 ANSI Lumen in High Contrast Mode)
2600:1 (High Contrast Mode) / 1900:1 (High Brightness Mode)
Component / RGB x 2 (5RCA), video x 1 (RCA), S-video x 1,
DVI-I / HDCP (component and digital / analogue RGB) x 1, wired remote control x 1
DC 12V x 1
Wired remote control x 1, RS232C x 1
100-240V AC, 50/60Hz (Multi-Voltage)
365W (0.2W standby power)
270W SHP
2000 hours
18.7" x 7" x 16" (475 x 178 x 406mm) (including an adjuster leg)
18.7" x 6.8" x 15.6" (475 x 172.5 x 396.5mm) (main body only)
20.7 lbs. (9.4kg)
Remote control, two AA-size batteries, terminal cover, lens cap, CD-ROM (SharpVision Manager), projector operation manual, SharpVision Manager operation manual
Specifications
XV-Z10000U
Power cord
XV-Z10000E
Power cord (for Europe/UK/Hong Kong and Singapore), computer RGB cable,
21-pin RCA conversion adapter, AV cable
Design and specifications are current as of January 2003, but are subject to change without prior notice.
*
*
1
High Definition Television (HDTV) Monitor: Defined by CEA (Consumer Electronics Association, USA) to designate a 16:9 aspect ratio monitor or display with active vertical scanning lines of 720 progressive (720p) and higher.
* Digital Light Processing, DLP, Digital Micromirror Device and DMD are trademarks of Texas Instruments.
SHARP CORPORATION
OSAKA, JAPAN
URL http://www.sharp-world.com/
1N0076N © SHARP CORP. (JAN. 2003 PRINT) I 5 E Printed in Japan