Canon WUX500ST Manuel utilisateur



WUX500ST (1/18)

LCOS Projector WUX500ST

1. Main Features

1-1. Single-lamp compact install model with WUXGA resolution

and high 5000 lm brightness

Featuring a new LCOS panel and enhanced optical technology, while inheriting basic

features of the WUX450ST, the WUX500ST has finally achieved high brightness of 5,000

lumens. This projector is designed to meet the market demand of brighter picture.

1-2. Ultra wide-angle lens and the maximum lens shift range of 75%

WUX500ST allows for displaying 100 inch images from a very short distance of 1.20 meters.

Furthermore, the projector can accommodate to a wide range of installment environment

because of its large maximum lens shift range of 75%.

1-3. HDBaseT input

The WUX500ST features HDBaseT reception, which is capable of a long-distance

transmission of video, audio, and control signals over single LAN cable. Cabling of up to

100 meters(*1) is enabled to enhance flexibility and convenience in system configuration.

*1: Always use STP cable that is above CAT5e specified by the TIA (Telecommunications Industry Association) of

the United States. The length of 100 meters contains the length of patch cable and connectors. However,

proper projection performance may not be achieved even within the specified distance, depending on the type

of cable used and installation conditions. Also refer to the HDBaseT specifications.

1-4. Wi-Fi function

In addition to wired LAN connection, the WUX500ST features Wi-Fi function to support

wireless LAN connection. This new feature enables wireless input of video and audio signals

from a computer. (Wireless/wired data transfer is enabled by downloading dedicated

application software from the projector and installing it into the source computer).

1-5. Originally developed image engine helps to achieve not only

better picture quality but also excellent installation performance

In addition to advanced image processing, the image engine also capable of performing the

following functions:

l 4-point Keystone Correction

l Edge Blending

l Picture by Picture

l Motion Blur Reduction



WUX500ST (2/18)

2. Specifications

2-1. Basic specifications

Model

WUX500ST

Type

Product type

Projector

Imaging device, number

Reflective LCD panel (LCOS) x 3

LCOS panel

Number of pixels

1920 x 1200 (WUXGA)

Display size, aspect ratio

0.71-inch, 16:10

Driving system

Active matrix

Projection

lens

Lens configuration

15 groups, 19 elements

F number, focal length

F2.7, 8.8 mm/0.35 in

Zoom magnification

1.35 times (electronic system)

Projection distance

0.35 – 3.64 m

Projection distance at 100 in

1.20 m/3.94 ft

Throw ratio (*1)

0.56:1

Amount of lens shift

V: 0% - 75%, H: ±10%

Operation

Zoom, Fixed, Focus: manual, Lens shift: manual

Light source

Type

250-NSHA

Power (*2)

260/200 W

Images

Optical system

Dichroic mirror and PBS color separation-combination system

Brightness (*2)

5000/3840 lm

Marginal luminance ratio

80%

Contrast ratio

2000:1

Image size (16:10)

30 – 300 in (*3)

Electronic zoom (for length)

12x maximum

Keystone correction

V ±12°, H ±12°

Image

signals

Analog PC input

WUXGA/UXGA/WSXGA+/SXGA+/WXGA+/FWXGA/WXGA/SXGA/XGA/SVGA/VGA

Digital PC input

WUXGA/UXGA/WSXGA+/SXGA+/WXGA+/FWXGA/WXGA/SXGA/XGA/SVGA/VGA

Digital video input

1080p/1080i/720p/576p/480p

Component video input

1080p/1080i/720p/576p/576i/480p/480i

HDBaseT input

Equivalent to the input signals for HDMI terminal

Network

NMPJ screen transfer (CANON original protocol)

USB data transfer

JPEG still image

Ter mi na ls

RJ-45 (HDBaseT)

HDBaseT input (video, audio, control, and network)

DVI-I

Digital PC/Analog PC input

HDMI

Digital PC/Digital video input (supporting Deep Color)

Mini Dsub15

Analog PC/Component video input

Mini jack x3

Audio input x2, Audio output x1

Mini jack x1

Wired remote control connection

Dsub9

RS-232C connection

USB Type A

USB connection

RJ-45

Network connection (1000BASE-T/100BASE-TX/10BASE-T)

Mechanisms

Adjustable feet

Bottom front: 2 places (Maximum elevation 6°)

Built-in speaker

5 W, Monaural

Dimensions [mm]

Dimensions [inch]

W: 337, H: 136, D: 415 (including protrusions);

W: 337, H: 132, D: 362 (not including protrusions)

W: 13.3, H: 5.4, D: 16.3 (including protrusions);

W: 13.3, H: 5.3, D: 14.3 (not including protrusions)

Mass

6.3 kg/13.9 lb

Noise level (*2)

38/30 dB

Others

Power supply

AC100 - 240 V; 50/60 Hz

Power consumption (*2)

365 W/295 W

Stand-by power consumption (*4)

1.8/0.2 W

Operation environment

0°C – 40°C , 20% RH – 85% RH

Storage environment

-20°C – 60°C

*1: Calculated value for 100-in projection image

*2：Lamp mode is Full power/Power saver. Brightness in Power saver mode is only a calculated value, and is not guaranteed as specification.

*3：Indicates projectable range, although the optical performance is guaranteed only for 50 to 200 inches.

*4: Varies depending on how HDBaseT and network are configured.



WUX500ST (3/18)

2-2. Image size and projection distance

The WUX500ST is suited for projecting pictures

in size between 30 and 300 inches. Projection

distance to the corresponding picture size is as

follows. Note that focus operations on this

product is performed manually. The product‘s

lens shift ratio is variable.

Diagram on the right exemplifies how the entire

image is shifted upwards from the optical axis by

lens shift function.

Image size (16:10)

Distance

Image size (16:10)

Distance

Diagonal

[inch]

Width

[m/inch]

Height

[m/inch]

Length

[m/feet]

Diagonal

[inch]

Width

[m/inch]

Height

[m/inch]

Length

[m/feet]

0.65/25.59

0.40/15.75

0.35/1.15

170

3.66/144.09

2.29/90.16

2.05/6.73

0.86/33.86

0.54/21.26

0.47/1.54

180

3.88/152.76

2.42/95.28

2.18/7.15

1.08/42.52

0.67/26.38

0.60/1.97

190

4.09/161.02

2.56/100.79

2.30/7.55

1.29/50.79

0.81/31.89

0.72/2.36

200

4.31/169.69

2.69/105.91

2.42/7.94

1.51/59.45

0.94/37.01

0.84/2.76

210

4.52/177.95

2.83/111.42

2.54/8.33

1.72/67.72

1.08/42.52

0.96/3.15

220

4.74/186.61

2.96/116.54

2.66/8.73

1.94/76.38

1.21/47.64

1.08/3.54

230

4.95/194.88

3.10/122.05

2.78/9.12

100

2.15/84.65

1.35/53.15

1.20/3.94

240

5.17/203.54

3.23/12.717

2.91/9.55

110

2.37/93.31

1.48/58.27

1.32/4.33

250

5.38/211.81

3.37/132.68

3.03/9.94

120

2.58/101.57

1.62/63.78

1.45/4.75

260

5.60/220.47

3.50/137.8

3.15/10.33

130

2.80/110.24

1.75/68.9

1.57/5.15

270

5.82/229.13

3.63/142.91

3.27/10.73

140

3.02/118.9

1.88/74.02

1.69/5.54

280

6.03/237.4

3.77/148.43

3.39/11.12

150

3.23/127.17

2.02/79.53

1.81/5.94

290

6.25/246.06

3.90/153.54

3.51/11.52

160

3.45/135.83

2.15/84.65

1.93/6.33

300

6.46/254.33

4.04/159.06

3.64/11.94

Notes: The distances listed on the table have been rounded off and are therefore approximate values.

The table indicates projectable range, although the optical performance is guaranteed only for 50 to 200 inches.

Projector

Optical axis



WUX500ST (4/18)

2-3. Lens shift function and image position

This product has a lens shift function (manual) that can move the image position vertically

and horizontally.

■Lens shift specifications

Model

WUX500ST (WUXGA, 0.71 diagonal)

Amount of lens shift

(Vertical) 0%～75%

(Horizontal) -10%～10%

Lens shift ratio

(Vertical) 5:5～12.5:-2.5

(Horizontal) 4:6～6:4

■Image position

The following is the movable range of projection from this product.

The cross center is the lenses’ optical axes.

-10%

+75%

+10%



WUX500ST (5/18)

2-4. Adjustable feet

The WUX500ST has two adjustable feet on the projection lens side of the bottom.

Adjust the lengths to lift up the lens side of the projector so that the projection angle can be

adjusted.

The length is adjusted by rotation the feet.

This product allows an elevation up to 6 degrees between the projection optical axis and the

installation table.

* The figure in the above diagram is for explanation only and

different from the actual product shape.

Max. 6°

Adjustable

feet

Rotation



WUX500ST (6/18)

3. Video Signals

3-1. List of supported signals

The video signals that can be input in this product are described in the tables below.

●DVI input (Digital PC) ●HDMI input (Digital PC, digital video)

Signal

format

Frequency

Dot clock

[MHz]

Signal format

Frequency

Dot clock

[MHz]

Horizontal

[kHz]

Vertical

[Hz]

Horizontal

[kHz]

Vertical

[Hz]

640×480

31.469

59.940

25.175

640×480

31.469

59.940

25.175

720×480

31.469

59.940

27.000

800×600

37.879

60.317

40.000

720×576

31.250

50.000

27.000

1024×768

48.363

60.004

65.000

800×600

37.879

60.317

40.000

1280×800

49.702

59.810

83.500

1024×768

48.363

60.004

65.000

49.306

59.910

71.000

1280×720

37.500

50.000

74.250

1280×1024

63.981

60.020

108.000

45.000

60.000

74.250

1366×768

47.712

59.790

85.500

1280×800

49.702

59.810

83.500

1400×1050

64.744

59.948

101.000

49.306

59.910

71.000

65.317

59.978

121.750

1280×1024

63.981

60.020

108.000

1440×900

55.935

59.887

106.500

1366×768

47.712

59.790

85.500

55.469

59.901

88.750

1400×1050

64.744

59.948

101.000

1600×900

60.000

108.000

65.317

59.978

121.750

1600×1200

75.000

60.000

162.000

1440×900

55.935

59.887

106.500

1680×1050

64.674

59.883

119.000

55.469

59.901

88.750

65.290

59.954

146.250

1600×900

60.000

108.000

1920×1200

74.038

59.950

154.000

1600×1200

75.000

60.000

162.000

1680×1050

64.674

59.883

119.000

480p

31.469

59.940

27.000

65.290

59.954

146.250

576p

31.250

50.000

27.000

1920×1080

27.000

24.000

74.250

720p

37.500

50.000

74.250

56.250

50.000

148.500

45.000

60.000

74.250

67.500

60.000

148.500

1080i

28.125

50.000

74.250

1920×1200

74.038

59.950

154.000

33.750

60.000

74.250

1920×1080

27.000

24.000

74.25

1080p

27.000

24.000

74.250

PsF

28.125

25.000

74.25

56.250

50.000

148.500

33.750

30.000

74.25

67.500

60.000

148.500

●HDBaseT input

Signals that are transmitted can be displayed in the same resolution and frequencies as the

HDMI input as shown in the above chart.

HDBaseT signals are signals specified by the HDBaseT standards.

The signal is transmitted as HDBaseT signal through the cable and converted to HDMI signal when inputted

to the projector.

Proper display is not guaranteed when receiving HDBaseT signal that cannot be converted back to any of the

HDMI signal listed above.

Notes: Always use STP cable that is above CAT5e specified by the TIA (Telecommunications Industry Association) of the

United States. The length of 100 meters contains the length of patch cable and connectors. However, proper projection performance

may not be achieved even within the specified distance, depending on the type of cable used and installation conditions.



WUX500ST (7/18)

●Analog PC input (1, 2) ●Component video input

Signal format

Frequency

Dot clock

[MHz]

Signal

format

Frequency

Dot clock

[MHz]

Horizontal

[kHz]

Vertical

[Hz]

Horizontal

[kHz]

Vertical

[Hz]

640×480

31.469

59.940

25.175

480i

15.734

59.940

13.500

720×480

31.469

59.940

27.000

480p

31.469

59.940

27.000

720×576

31.250

50.000

27.000

576i

15.625

50.000

13.500

800×600

37.879

60.317

40.000

576p

31.250

50.000

27.000

848×480

31.020

60.000

33.750

720p

37.500

50.000

74.250

1024×768

48.363

60.004

65.000

45.000

60.000

74.250

1280×768

47.776

59.870

79.500

1080i

28.125

50.000

74.250

47.396

59.995

68.250

33.750

60.000

74.250

1280×800

49.702

59.810

83.500

1080p

56.250

50.000

148.500

49.306

59.910

71.000

67.500

60.000

148.500

1280×960

60.000

108.000

1080PsF

27.000

24.000

74.25

1280×1024

63.981

60.020

108.000

28.125

25.000

74.25

1366×768

47.712

59.790

85.500

33.750

30.000

74.25

1400×1050

64.744

59.948

101.000

Analog/digital PC signals in this specification refer to RGB video

signal. This is because signals that are outputted from PC in most

cases are in that format.

Component video/digital video signals in this specification refer to

color-difference signal because signals that are outputted from video

equipment in most cases are in that format.

Please note that Composite video and S video signals are not

included.

Specifications in above charts are subject to change without notice.

Notes: If the analog PC signal of the dot clock is greater than

162MHz, the images are not projected correctly.

Use VGA cable with all pins connected. Images may not project

properly if the correct VGA cable is not used.

65.317

59.978

121.750

1440×900

55.935

59.887

106.500

55.469

59.901

88.750

1600×900

60.000

108.000

1600×1200

75.000

60.000

162.000

1680×1050

64.674

59.883

119.000

65.290

59.954

146.250

1920×1080

56.250

50.000

148.500

67.500

60.000

148.500

1920×1200

74.038

59.950

154.000

● USB video signal (only for still images)

Images that are stored in a USB

memory can be projected as still

images by inserting the USB memory

into the projector.

Only JPEG files can be read by the projector with maximum pixels of 10912 x 8640.

It also supports Standard DCT method (baseline) format. Optimized, progressive and

reversible methods are not supported.

Note that when JPEG still image is inputted, digital zoom operation from display menu will not be supported.

Slideshow setting for video input via USB is done from the video setting menu; use USB file

browser to display the video input via USB

●Network video input (only for still images)

The projector will receive still images from a computer (when NMPJ in operation) via

network. Still images are output to the projector by converting the image to the number of

pixels of the LCOS device used for the projector via NMPJ operation.

File type

JPEG

Format

Standard DCT method (Baseline)

Max. pixels

10912 x 8640



WUX500ST (8/18)

Note: Video signals are categorized in the following manner in this specifications:

PC signals

Digital PC, analog PC, HDMI (PC), HDBaseT (PC)

Video signals

Component, HDMI (AUTO), HDBaseT (AUTO)

Still image signals

USB, network

●Notes on inputting analog PC signals

The following should be noted when inputting analog PC signals.

1) This product does not support video signals with a dot clock larger than 162 MHz

owing to hardware limitation.

2) Normally video output equipment such as PC automatically reads projector’s EDID

data and sends appropriate signals that the projector can display.

EDID (Extended Display Identification Data)

Video display equipment such as displays stores display apparatus data in the

memory. This information is called EDID, which contains displayable video signal

information.

3) However, note that a conduction line to transmit EDID data may not be supported in

certain cables.

Following are pin array for D-sub15 connector

①

⑨

+5 V power

②

⑩

Ground (Vertical sync.)

③

⑪

Monitor ID0

④

Monitor ID2

⑫

DDC data

⑤

Ground (Horizontal

sync.)

⑬

Horizontal sync.

⑥

Ground (R)

⑭

Vertical sync.

⑦

Ground (G)

⑮

DDC clock

⑧

Ground (B)

For pin 9, 12, and 15, use a cable that supports conduction line.

Lack of conduction line for these pins may result in no display of certain video

signals as the projector’s EDID cannot be obtained by the video output equipment.

4) EDID data cannot be transmitted when 5BNC cable is used; in such case, it is

necessary to setup the output equipment properly so that the equipment outputs

correct video signal displayable on the projector.

e.g.: Dot clock of video signal outputted from a computer can be altered by changing

the resolution of video card or frame rate.



WUX500ST (9/18)

3-2 .HDBaseT specifications

HDBaseT is used to transfer video signal and network data. Below image shows the

connections for HDBaseT; note that the WUX500ST is equipped with a receiver so no extra

receiver is needed.

●For video signals (HDMI cable is used for connection ①)

① Video signal is sent to the transmitter from an output device such as Blu-ray player.

② Transmitter then converts the video signal into HDBaseT signal and sends out.

③ Receiver receives the HDBaseT signal and converts to an HDMI signal and sends out.

④ Display device will display the HDMI signal.

●For network communications (Network cable is used for connection ①)

① Network data is sent to the transmitter from a secured network.

② Transmitter then converts the network data into HDBaseT signal and sends out.

③ Receiver receives the HDBaseT signal and converts to a network data and sends out.

④ Network data from a display device can transmit in the same manner in reverse direction.



WUX500ST (10/18)

List of HDBaseT transmitters (TX) confirmed to work with the WUX500ST

Manufacturer

Model-Name

Video

Audio

LAN

Serial

Crestron

DM-TX-201C

Yes

DM-TX-401C

Yes

AMX

DX-TX

Yes

Kramer

TP-581T

Yes※1

Yes

TP-582T

Yes

Extron※2

XTP T USW 103

Gefen

GEF-HDCAT5-ELRPOL

Yes

No※3

No

Atlona

AT-HDTX-RSNET

Yes※1

Yes

No

CYP

PU-507-KIT

Yes※1

Yes

IDK

HDC-TH100-C

Yes

No※4

IMAGENICS

CRO-DE20TX

Yes

No※4

※1 When a certain input device is connected, the picture may not be displayed in intended resolution.

※2 Extron XTP is not supported.

※3 LAN transmission disabled when the projector is in Standby mode (Tx is incompatible with LPPF2 mode)

※4 Serial transmission disabled when the projector is in Standby mode.

●HDBaseT cable and transmission distance

Depending on the type of network and transmitter used, the said length of HDBaseT may

not be met. This is likely when signals with extensive data capacity are transferred. We

recommend using shielded type cables (TIA-specified CAT6 or CAT7 cable).

●HDBaseT video signal quality

Owing to the structure of a network cable, HDBaseT signals are transferred over parallel

channels that are physically divided into four. Each channel has an index value (dB) to

indicate signal stability; with the WUX500ST, a total value is calculated by detecting the four

channel values. Based on this value, the

projector determines the signal quality as

indicated in the chart on the right.

3-3. Others regarding network transmission

Transmission speed of 100BASE-T/10BASE-T is supported on the HDBaseT network. On

the contrary, RJ-45 terminal exclusive for network use supports 1000BASE-T; t hus t h e

transmission speed is slower when compared to RJ-45 terminal.

The advantage of HDBaseT is the capability to transfer video signal and network

communication data simultaneously, which contributes to reducing the number of cables.

Use of NMPJ is possible in this section.

The projector enables video signal transmission over HDBaseT network.

Index

Indication (color)

Determination

100-60

Green

Usage recommended

59-40

Yellow

Usage not recommended

39-0

Red

Cannot be used



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