Next Gen Hd Led Lit Videowall User Guide.pdf

Next Gen HD LED Lit Video Wall User Guide

www.deltadisplays.com

Copyright © 2009 Delta. All rights reserved. No part of this document may be reproduced or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission of Delta.

Trademarks ANSI Lumens is a measuring method of the American National Standards Institute. Digital Light Processing (DLP) and Digital Micromirror Device (DMD), DLP logo and the DMD medallion are registered trademarks of Texas Instruments Corporation. DELTA is a Trademark. Its name mentioned in this manual should not be understood as advertising for the product or their manufacturers. The authors reserve the rights to make any changes to this product and to revise the information about the products contained in this guide without an obligation to notify any persons about such revisions or changes. All features, specifications, model numbers are subject to change without notice. Projection images simulated.

Document History Document Name •Next Lit HD LED User Guide Serial Number

5012733100

Revision History Revision

Description

Date

00

Next Gen HD LED Lit Video Wall User Guide

03-10-13

01

OSD update : NET SETUP details

01-04-14

About this Guide Purpose This guide explains how to operate the Delta Next Gen HD LED Video wall system.

Organization This guide is organized into following chapters: Chapter 1: Identifying the Video Wall Components, describes the main parts of the Video Wall, safety precautions and warning icons. Chapter 2: Describing the Control Unit, covers hardware input ports and the LED statuses. Chapter 3: Listing Commands, lists various remote control functions and RS 232 commands. Chapter 4: Describing OSD Function Controls describes how to adjust various settings for on screen display. Chapter 5: Downloading Firmware describes how to download the firmware when some problem arises or to upgrade it. Chapter 6: Calibrating LED Sensor describes how to calibrate the LED Sensor. Chapter 7: Servicing and Maintaining describes how to maintain and clean some parts of the Video Wall at the client end. Appendix gives additional information about the product. Index helps you retrieve information by topic.

Support Email: [email protected]

Table of Contents Table of Contents ...................................................................................................... iii Chapter 1 Identifying the Video Wall Components ......................................................... 1 Identifying the Video Wall Components...................................................................... 2 Safety Precautions .................................................................................................. 5 Warning Icons ........................................................................................................ 6 Chapter 2 Describing the Control Unit .......................................................................... 8 User Interface ........................................................................................................ 8 Control Unit Ports .................................................................................................8 LED Indicators.................................................................................................... 10 Chapter 3 Listing Commands ..................................................................................... 12 RS 232 Commands List .......................................................................................... 14 Chapter 4 Describing OSD Function Controls ............................................................... 31 LED Engine .......................................................................................................... 31 Main Menu ......................................................................................................... 31 Picture Setting ................................................................................................... 32 Image Setting .................................................................................................... 37 Input Setup ....................................................................................................... 39 Option Setup ...................................................................................................... 51 Tiling Setup ....................................................................................................... 53 Special Setup ..................................................................................................... 54 System status .................................................................................................... 62 Chapter 5 Downloading Firmware ............................................................................... 66 Chapter 6 Calibrating LED Sensor ............................................................................... 74 Installing the Software .......................................................................................... 74 Setting the values............................................................................................... 75 Opening the LED Calibration Window..................................................................... 76 Operating Manually ............................................................................................. 77 Operating Automatically ...................................................................................... 81 Operating Semi-automatically ................................................................................ 85 Chapter 7 Servicing and Maintaining .......................................................................... 91 Cleaning the Screen .............................................................................................. 91

Cleaning Black Bead Non Glare screen ..................................................................... 93 Cleaning and Replacing the Sponge ......................................................................... 94 Appendix................................................................................................................. 95 Delta’s Video Wall Technology ................................................................................ 95 Projection Technology ........................................................................................... 95 Mirror Technology ................................................................................................. 96 Display Screen Technology..................................................................................... 97 Index...................................................................................................................... 98

Chapter 1 Identifying the Video Wall Components This chapter describes the main parts of the Video Wall System. It also covers the safety precautions and warnings before operating the Video wall system. Video Walls are designed for requirements of large scale visualization systems. Video Wall systems present extreme resolutions and provide a customizable multimedia system in a multiple monitor format. These are suited for mission critical control and command rooms, data visualization and high entertainment environments. Video Wall’s state of the art design, delivers the highest contrast, best image quality, operational reliability, serviceability, and cost-of-ownership. Video Wall is shown in Figure 1. Figure 1: Video Wall

1

Identifying the Video Wall Components A Video Wall consists of the following components: •

Base Stand - The Base Stand is the foundation of the Video wall. Extrusions for horizontal and vertical assemblies are joined to make the base stand on which the projection cube rests. Base stand is shown in Figure 2.

Figure 2: Base stand

•

Cabinet - Cabinet is an enclosure, which ensures that a cube can be placed in the areas with high ambient light. Ambient light can interfere with the light emitting from the screen and reduce its brightness. Cabinet is shown in Figure 3.

Figure 3: Cabinet

•

Projection Screen - Projection Screen is the surface on which the image is projected. The quality and selection of the projection screen is vital as it helps to determine the suitability of the viewing angles and brightness of the projection cube. Projection screen is shown in Figure 4.

Figure 4: Projection Screen

•

Projection Engine - Projection engine generates images. A projection engine projects the image from a computer or Video source onto the mirror that is reflected onto the screen. Projection engine is shown in Figure 5.

Figure 5: Projection Engine

3

A cross section view of the Video Wall is shown in Figure 6. Figure 6: Cross section of Video Wall

Projection Screen

Cabinet

Projection Engine

Base Stand

The next section describes the safety precautions to be observed while using the Video Wall System.

Safety Precautions The Video wall being an electronic device needs to be handled with utmost care. Timely cleaning and maintenance of the Video wall will ensure superior picture quality and better performance. Following are the safety precautions that need to be observed while using the Video Wall: 1. Remove the rear cover or the cabinet cover only when hot swap option is provided. 2. Beware of touching any high voltage components inside the cabinet as they may result in electric shock. 3. Do not repair or reconstruct the equipment as there is threat of electric shock. Contact Delta for support. 4. Do not break, modify, bend, tug, twist, bundle, put some heavy thing or heat the power cable. Do not use damaged power cables as it may lead to fire or electric shock. Contact Delta for support or replacement of damaged power cable. 5. Be careful not to drop any metal or combustibles into the device through the vent holes as it may lead to fire or electric shock. 6. Do not keep any objects on the device as it may lead to injury when they fall. 7. Do not place humidifiers near the device as they may lead to degrading or breakage of screen, injury, fire and electric shock. 8. Always hold the power plug to disconnect the cables. Do not pull the power cable when disconnecting from the power plug as it may damage the cable and lead to fire or electric shock. 9. Do not connect or disconnect the power plug with wet hands. 10. Always disconnect the power plug from outlet when the device is not to be used for a long time. 11. Do not block the vent ports or obstruct air flow of the Video Wall by a cloth; do not place packages or keep things against the equipment. If the vent ports are blocked, the temperature inside the cabinet rises and may lead to fire. 12. Do not expose the equipment to oily smoke, steam and dust as this may lead to fire or electric shock. 13. Protect the equipment from wind and rain.

5

Following are the exceptions that may arise on rare occasions while using the Video Wall: 1. Smoke or strange smell emanates from the Video Wall. 2. No image appears on the Video Wall. 3. Water or foreign matter goes inside the Video wall 4. Device falls down or cabinet is broken. In case of any of the above exceptions, cut off the power circuit breaker and disconnect the power plug from the outlet. Please contact Delta for Support.

Warning Icons Look for the following warning icons before servicing the Video Wall. Table 1: Warning Icons

Icons

Warnings

AC current inlet. Danger of electric shock.

Hot surface and parts. High voltage cables. Danger of burns and electric shock.

Disassemble the filter sponge and wash with water. Assemble when completely dry.

Use dust free cloth or air blower to clean the screen.

Icons

Warnings Do not use organic solvent; vaporize dissolvent and coarse cleaner or cloth to clean the screen. Do not touch the screen with hands. Finger prints will affect the display quality.

Do not touch the lens, reflective mirror and other optical parts. Only a qualified person can replace the parts. Contact your dealer in case dust is found.

Only a qualified person should open the rear cover. Danger of electric shock and damage of optical parts. Wear unbreakable anti-UV glasses before opening the rear cover. Protect eyes from ultraviolet rays from the lamp.

Do not block vent or exhaust.

The next chapter describes the Control Unit.

7

Chapter 2 Describing the Control Unit This chapter describes the functions of various ports and LED statuses of the control unit. Control unit contains power supply and interface unit. The power supply auto-ranges from 100~240VAC, 50/60Hz, 5A max. Control unit is shown in Figure 7. To examine the Control unit: • •

Open the rear cover of the cube to check the control unit ports and LED statuses for any error condition. Read the warning icons before opening the rear cover of the cube.

User Interface The Control Unit lets the user interact with the various components using various ports. The Control Unit has LEDs which indicate the various states of the Video wall.

Control Unit Ports Following are the input ports and terminals of the control unit. These ports provide signals to the various components of the Video Wall. Figure 7: Control Unit

3

1

4

5

6

7

8

9

10 11

12 13

14

15

2 16

17

18

19

20

Table 2: Control unit port functions

No. Name

Function

Remarks

1

Power

AC Power switch

ON/OFF

2

AC inlet

AC Power source inlet

L,N,GND

3

Status

LED indicator

Indicator

4

ANALOG VGA in port

RGB Signal Input

D-sub HD15-pin (female)

5

RJ -45 (Ethernet Port)

Ethernet control (IP control)

Ethernet

6

CONTROL RS-422 OUT port

RS-485 data termination

RJ-45

7

CONTROL RS-422 IN port

RS-422 data communication

RJ-45

8

CONTROL RS-232C IN port

RS-232C data communication

9-pin D-sub (female)

9

SW DIP

For Download use(Service use)

SW DIP

10

Video BD Download Switcher

Flash download switch

RS232 Switch

11

5 BNC Analog port

RGB/YPBPR/Video Signal Input 5 BNC analog input

12

Mini USB connector

For Download use(Service use)

USB connector

13

DIGITAL SIGNAL LINK IN terminal 1

HDMI signal input

HDMI input

14

DIGITAL SIGNAL LINK IN terminal 2

DVI signal input

In: 24-pin DVI-D

15

DIGITAL SIGNAL LINK OUT terminal

DVI signal Output

Out: 24-pin DVI-D

16

S-Video*

S-Video signal input

S-Video

17

5 BNC Analog port*

RGB/YPBPR/Video Signal Input 5 BNC analog input

18

DIGITAL SIGNAL LINK IN terminal 3*

HDMI signal input

HDMI input

19

DIGITAL SIGNAL LINK IN terminal 4*

DVI signal input

In: 24-pin DVI-D

20

DIGITAL SIGNAL LINK IN terminal 5*

Display Port signal input

Display Port input

Note:* Port mention form 16- 20 are available only in Optional Board I. Optional Board I can be replaced by Optional board II or Optional Board III

9

LED Indicators Following are the LED Indicator status of the control unit when the Video Wall is in the normal status/ system status / FAN Error status / Power error status/ System warring status Table 2: Normal statuses/ System Error status/ Fan Error status/Power error status/System warring status

Normal Status System Status Standby Scalar On Power On Power On Delay Initialize Fan Detect Door Detect LED On

LED Indicator Display 01 02 03 04 05 06 07 08

LED Lit Retry

09

LED I2C Retry

10

LED Current Retry

11

Initial Normal Detect Normal Detect Power Off LED Off LED Cooling

Description Standby Mode Scalar Power On System Power On Waiting for Power On Delay Time Initialize All Setting Detect Fan Detect Door LED Driver On LED Driver On Retry When Something Wrong was Occurred in LED Lit Detect. LED Driver On Retry When Something Wrong was Occurred in I2C Detect. LED Driver On Retry When Something Wrong was Occurred in LED Current Detect

12

Initial Normal Detect

13 14 15 16

Normal Detect Mode System Power Off LED Driver Off Fan Cooling

System Error Status

Temperature NG

LED Indicator Display E0

LED Lit NG

E1

LED I2C NG

E2

LED Current NG

E3

Reserved

E4 ~ E9

System Status

System Error

Description Over Temperature Something Error was Occurred in LED Lit. Something Error was Occurred in I2C. Something Error was Occurred in LED Current Detect. Reserved

Fan Error Status

Control BD Fan Error DMD Board Fan Error Module Fan I2C Error Power Fan Error

LED Indicator Display F0 F1 F2 F3

Module in Fan RPM Error

F4

System Status

Fan Error

Module out Fan RPM Error Reserved

F5 F6 ~ F9

Description Control Board Fan Error DMD Board Fan Error Module Fan I2C Error Power Fan Error RPM < 500 was Occurred in Module in Fan RPM < 500 was Occurred in Module out Fan Reserved

Power Error Status System Status

Power Error

LED Indicator Display

Vout Over Voltage Fault

P0

Vout Under Voltage Fault

P1

Vin Under Voltage Warning

P2

Vin Under Voltage Fault

P3

Iout Over Current Warning P4 Iout Over Current Fault

P5

Over Temperature Fault Reserved

P6 P7 ~ P9

Description An Output Over-voltage Fault was Occurred An Output Under-voltage Fault was Occurred A Input Over-voltage Warning was Occurred A Input Over-voltage Fault was Occurred

An Output Over-current Warning was Occurred An Output Over-current Fault was Occurred A Temperature Fault was Occurred Reserved

System Warming Status System Status

System Warming

DMD Temperature sensor NG Lamp Temperature sensor NG DMD Temperature Warming Lamp Temperature Warming Power Temperature Warming Power Fan Warning Reserved

LED Indicator Display C0 C1 C2 C3 C4 C5 C6 ~ C9

Description DMD Temperature sensor NG was Occurred Lamp Temperature sensor NG was Occurred A Temperature Warning was Occurred A Temperature Warning was Occurred A Temperature Warning was Occurred Power Fan Warning was Occurred Reserved

The next chapter lists the various remote control and RS 232 commands.

11

Chapter 3 Listing Commands This chapter describes the usage of remote control and RS 232 commands. Figure 8: Remote Control

Following are the remote control keypad functions and HEX data codes. Table 3: Remote Control keypad functions and HEX data code

POWER

HEX Data Code 0x56

Toggle Power

2

MENU

0x52

entering OSD menu

3

ENTER

0x5a

execute the selected item

4

VIDEO

0x0

select video source input

5

DIGITAL

0x01

select digital source input

6 7 8

RGB A.SCAN PIP

0x02 0x53 0x59

select RGB source input Auto scan input source short cut set PIP on/off

9

AUTO

0x54

Auto screen position

10

Up Arrow

0x5e

Navigate up in the OSD

11

Down Arrow

0x5c

Navigate Down in the OSD

12

Left Arrow

0x58

Navigate Left in the OSD

13

Right Arrow

0x5f

Navigate Right in the OSD

14

BACK

0x5b

Return OSD layer

15

TEST.P

0x0f

execute test pattern

16

1

0x14

Direct Access for Main Input, #1

17

2

0x15

Direct Access for Main Input, #2

18

3

0x16

Direct Access for Main Input, #3

19

4

0x10

Direct Access for Main Input, #4

20

5

0x11

Direct Access for Main Input, #5

21

6

0x12

Direct Access for Main Input, #6

22

7

0x0c

Direct Access for Main Input, #7

23

8

0x0d

Direct Access for Main Input, #8

24

9

0x0e

Direct Access for Main Input, #9

25

0

0x08

Direct Access for Main Input, #0

26

CCA

0x17

short cut execute CCA

27

6-AXIS

0x51

short cut execute 6 Axis

28

FUNC.

0x04

Function key

29

NETWORK

0x50

short cut execute network

30

IR SET

0x07

execute IR receive module setting

Item

Button name

1

Function

13

RS 232 Commands List Following table shows the Command Format. Table 4: Command Format

Command Format Status name Communication System Communication type

Status Transmission speed: 57600bps Parity bit: NONE Data length: 8 bit Stop bit: 1 bit 1 Block contains STX (1byte) + EOT (1 byte) + ID (2bytes) + CMD (3bytes) + ETX (1byte) STX=02h, EOT=04h, ETX=03h, ID= cube identification number

Normal Command – Set Data ITEM CONTRAST BRIGHTNESS COLOR TINT SHARPNESS R.CUTOFF G.CUTOFF B.CUTOFF R.DRIVE G.DRIVE B.DRIVE R. INPUT GAIN G. INPUT GAIN B. INPUT GAIN R. INPUT OFFSET G. INPUT OFFSET B. INPUT OFFSET IMAGE ORIENTATION H-V POSITION FREQUENCY PHASE H-CAPTURE

V-CAPTURE

ALL TILING NUM. OF ROW AND COLUMN

CONTENTS Set Contrast Value, Range : 0~255 Set Brightness Value, Range : 0~255 Set Video Input Color Value, Range : 0~100 Set Video Input Tint Value, Range : 0~100 Set Sharpness Value, Range : 0~15 Set DLP Setting Brightness R Value, Range : 0~255 Set DLP Setting Brightness G Value, Range : 0~255 Set DLP Setting Brightness B Value, Range : 0~255 Set DLP Setting Contrast R Value, Range : 0~100 Set DLP Setting Contrast G Value, Range : 0~100 Set DLP Setting Contrast B Value, Range : 0~100 Set ADC RGB Gains Contrast R Value, Range : 0~255 Set ADC RGB Gains Contrast G Value, Range : 0~255 Set ADC RGB Gains Contrast B Value, Range : 0~255 Set ADC RGB Gains Brightness R Value, Range:0~255 Set ADC RGB Gains Brightness G Value, Range:0~255 Set ADC RGB Gains Brightness B Value, Range:0~255 Set Image Direction Setting, Range:0~3 0:Front, 1:Rear, 2:Inverted Front, 3:Inverted Rear Set Display Position Value Horizontal Range Value1:0~31, Vertical Range Value2:0~10 Set RGB Input Clock Frequency Value, Range:0~200 Set RGB Input Clock Phase Value, Range:0~63 Set RGB Input Capture Horizontal Position Value, Range:-500~500 Value1: High Byte, if the value is negative, bit7 is 1. Value2: Low Byte Set RGB Input Capture Vertical Position Value, Range:-300~300 Value1: High Byte, if the value is negative, bit7 is 1. Value2: Low Byte Set All Tiling Screen Value (1x1, 1x2, …, 8x8) Range:11h~88h (1Xh~8Xh and X1h~X8h)

KEY (CMD) 00h+Value1+00h 01h+Value1+00h 02h+Value1+00h 03h+Value1+00h 04h+Value1+00h 05h+Value1+00h 06h+Value1+00h 07h+Value1+00h 08h+Value1+00h 09h+Value1+00h 0Ah+Value1+00h 0Bh+Value1+00h 0Ch+Value1+00h 0Dh+Value1+00h 0Eh+Value1+00h 0Fh+Value1+00h 10h+Value1+00h 11h+Value1+00h 12h+Value1+Value2 13h+Value1+00h 14h+Value1+00h 15h+Value1+Value2

16h+Value1+Value2

17h+Value1+00h

ITEM PROJECTOR NUM. OF ROW AND COLUMN BAUD RATE TEST PATTERN R. GAIN R. SATURATION R. HUE G. GAIN G. SATURATION G. HUE B. GAIN B. SATURATION B. HUE PIP2 MODE PIP2 H-SIZE PIP2 V-SIZE PIP2 H-POSITION PIP2 V-POSITION PIP2 BLENDING FREEZE PIP2 INPUT SELECT

COLOR TEMPERATURE VIDEO CONTRAST VIDEO BRIGHTNESS ASPECT RATIO MAIN INPUT SELECT

PIP INPUT SELECT

PIP MODE LANGUAGE OSD H POSITION OSD V POSITION RESET ALL PIP H-SIZE PIP V-SIZE

CONTENTS Set Projector Tiling Screen Value Range:11h~88h (1Xh~8Xh and X1h~X8h) Set Baud Rate, Range:0~2 0: 9600bps, 1: 19200bps, 2: 57600bps Set Test Pattern Number, Range:0~17 and 20~60 Set HSG Gain Value of Red Color, Range:0~200 Set HSG Saturation Value of Red Color, Range:0~200 Set HSG Hue Value of Red Color, Range:0~200 Set HSG Gain Value of Green Color, Range:0~200 Set HSG Saturation Value of Green Color, Range:0~200 Set HSG Hue Value of Green Color, Range:0~200 Set HSG Gain Value of Blue Color, Range:0~200 Set HSG Saturation Value of Blue Color, Range:0~200 Set HSG Hue Value of Blue Color, Range:0~200 Set PIP2 Enable Function, Range:0~1 0: OFF, 1: ON Set PIP2 H-Size Value, Range:0~10 Set PIP2 V-Size Value, Range:0~10 Set PIP2 H-Position Value, Range:0~100 Set PIP2 V-Position Value, Range:0~100 Set PIP2 Blending Value, Range:0~100 Set Freeze Screen Setting, Range:0~1 0: Freeze Off, 1: Freeze On Set PIP2 Input Source When Main Source is RGB 3/Video 3/Video 4/Video 5, Range:0~2 0: DVI 3, 1: DVI 4, 2: DVI 5 When Main Source is DVI 3/DVI 4/DVI 5, Range:0~3 0: RGB 3, 1: Video 3, 2: Video 4, 3: Video 5 Set Color Temperature Setting, Range:0~2 0: 6500K, 1: 9300K, 2: 3200K Set Video Input Contrast Value, Range:0~255 Set Video Input Brightness Value, Range:0~255 Set Aspect Ration Setting, Range:0~1 0: Ratio 4:3, 1: Ratio 16:9 Set Main Input Source, Range:0~13 0: RGB, 1: RGB 2, 2: DVI, 3: DVI 2, 4: Video, 5: Video 2, 7: RGB 3, 8: DVI 3, 9: DVI 4, 10: DVI 5, 11: Video 3, 12: Video 4, 13: Video 5 Set PIP Input Source When Main Source is RGB/RGB 2/Video/Video 2, Range:0~8 0: RGB 3, 1: DVI, 2: DVI 2, 3: DVI 3, 4: DVI 4, 5: DVI 5, 6: Video 3, 7: Video 4, 8: Video 5 When Main Source is RGB3/All DVI/Video3/Video4/Video 5, Range:0~3 0: RGB, 1: RGB 2, 2: Video, 3: Video 2 Set PIP Enable Function, Range:0~1, 0: Off, 1: On Set Language Select Setting, Range:0~2 0: English, 1: 简体中文, 2: Korean Set OSD H-Position Value, Range:0~50 Set OSD V-Position Value, Range:0~50 Set All Setting Reset Setting, Range:0~1 0: No, 1: Yes Set PIP H-Size Value, Range:0~10 Set PIP V-Size Value, Range:0~10

KEY (CMD) 18h+Value1+00h 19h+Value1+00h 1Ah+Value1+00h 1Bh+Value1+00h 1Ch+Value1+00h 1Dh+Value1+00h 1Eh+Value1+00h 1Fh+Value1+00h 20h+Value1+00h 21h+Value1+00h 22h+Value1+00h 23h+Value1+00h 24h+Value1+00h 25h+Value1+00h 26h+Value1+00h 27h+Value1+00h 28h+Value1+00h 29h+Value1+00h 2Dh+Value1+00h 2Fh+Value1+00h

30h+Value1+00h 31h+Value1+00h 32h+Value1+00h 33h+Value1+00h 34h+Value1+00h

35h+Value1+00h

36h+Value1+00h 37h+Value1+00h 38h+Value1+00h 39h+Value1+00h 3Ah+Value1+00h 3Bh+Value1+00h 3Ch+Value1+00h

15

ITEM PIP H-POSITION PIP V-POSITION PIP BLENDING FORCE TIMING VIDEO STANDARD INPUT VIDEO BLACK GAMMA PROJECTOR ID POWER DELAY FRAME LOCK RGB FIRST AUTO AGC USER MODE

OSD ENABLE EQ SETTING OVERSCAN ALL PROJECTOR CONTROL Y. GAIN Y. SATURATION Y. HUE C. GAIN C. SATURATION C. HUE M. GAIN M. SATURATION M. HUE WR. GAIN WG. GAIN WB. GAIN INPUT LEVEL TYPE STANDBY MODE APERTURE LEVEL

CONTENTS Set PIP H-Position Value, Range:0~125 Set PIP V-Position Value, Range:0~125 Set PIP Blending Value, Range:0~100 Set RGB Input Force Timing Setting, Range:0~5 0: No Force Timing, 1: VGA, 2: 480P, 3:SXGA 60, 4: HD, 5: WHD Set Video Input Force Timing Setting, Range:0~5 0: Auto, 1: NTSC_M, 2:NTSC_44, 3:PAL_BG_DK, 4:PAL_M, 5:PAL_N Set Video Input Black Setting, Range:0~1 0: 0 IRE, 1: 7.5 IRE Set Gamma Setting, Range:0~4 0: FILM, 1: GRAPHIC, 2: VIDEO, 3: LINEAR, 4: NORMAL Set Projector ID Setting, Range:00~99 Set Power Delay Timer For System On, Range:0~10 Set RGB Input Frame Lock Status, Range:0~1 0: Off, 1: On Set RGB Input First Auto Adjust Setting, Range:0~1 0: Off, 1: On Set Video Input AGC Function, Range:0~1 0: Off, 1: On Set User Mode to Save RGB or VGA Data Function Value1: User Mode Number, Range:1~30 Value2: Save to EEPROM or Load from EEPROM, Range:0~1 0: Save, 1: Load (When current timing in same with USER MODE timing, Load function can work) Set OSD Blending Function, Range:0~1 0: Off, 1: On Set DVI EQ Setting, Range:0~1 0: Off, 1: On Set Video Over-Scan Value, Range:0~1 0: Off, 1: On Set All Projector Control Setting and ID Value1 Range:0~1, 0: Off, 1: On Value2 ID Range:00~99 Set HSG Gain Value of Yellow Color, Range:0~200 Set HSG Saturation Value of Yellow Color, Range:0~200 Set HSG Hue Value of Yellow Color, Range:0~200 Set HSG Gain Value of Cyan Color, Range:0~200 Set HSG Saturation Value of Cyan Color, Range:0~200 Set HSG Hue Value of Cyan Color, Range:0~200 Set HSG Gain Value of Magenta Color, Range:0~200 Set HSG Saturation Value of Magenta Color, Range:0~200 Set HSG Hue Value of Magenta Color, Range:0~200 Set HSG Gain Value of Red Part in White Color, Range:0~200 Set HSG Gain Value of Green Part in White Color, Range:0~200 Set HSG Gain Value of Blue Part in White Color, Range:0~200 Set RGB Input Level Type Value, Range:0~4 0: USER1, 1: USER2, 2: USER3, 3: USER4, 4: USER5 Set Standby Mode Function, Range:0~1 0: Off, 1: On Set Aperture Level Value, Range:0~255

KEY (CMD) 3Dh+Value1+00h 3Eh+Value1+00h 3Fh+Value1+00h 41h+Value1+00h 42h+Value1+00h 43h+Value1+00h 44h+Value1+00h 45h+Value1+00h 46h+Value1+00h 47h+Value1+00h 48h+Value1+00h 49h+Value1+00h 4Bh+Value1+Value2

4Ch+Value1+00h 51h+Value1+00h 53h+Value1+00h 54h+Value1+Value2 55h+Value1+00h 56h+Value1+00h 57h+Value1+00h 58h+Value1+00h 59h+Value1+00h 5Ah+Value1+00h 5Bh+Value1+00h 5Ch+Value1+00h 5Dh+Value1+00h 5Eh+Value1+00h 5Fh+Value1+00h 60h+Value1+00h 61h+Value1+00h 64h+Value1+00h 70h+Value1+00h

ITEM OVERLAP FAN CONTROL COLOR GAMUT COLOR ADJUST

CONTENTS Set Overlap Value, Range:0~2 0:ECO, 1:Normal, 2: Bright Set Fan Control Value, Range:1~2 1: Full On, 2: Auto Set Color Gamut Value, Range:0~2 0: Wide, 1: NTSC , 2: EBU Set Color Adjust Type, Range:0~1 0: HSG, 1: CCA

KEY (CMD) 71h+Value1+00h 72h+Value1+00h 73h+Value1+00h 75h+Value1+00h

Normal Commands – Get Data ITEM CONTRAST BRIGHTNESS COLOR TINT SHARPNESS

CONTENTS Get Contrast Value, Range : 0~255 Get Brightness Value, Range : 0~255 Get Video Input Color Value, Range : 0~100 Get Video Input Tint Value, Range : 0~100 Get Sharpness Value, Range : 0~15

R.CUTOFF

Get DLP Setting Brightness R Value, Range : 0~255

G.CUTOFF

Get DLP Setting Brightness G Value, Range : 0~255

B.CUTOFF

Get DLP Setting Brightness B Value, Range : 0~255

R.DRIVE

Get DLP Setting Contrast R Value, Range : 0~100

G.DRIVE

Get DLP Setting Contrast G Value, Range : 0~100

B.DRIVE

Get DLP Setting Contrast B Value, Range : 0~100

R. INPUT GAIN

Get ADC RGB Gains Contrast R Value, Range : 0~255

G. INPUT GAIN

Get ADC RGB Gains Contrast G Value, Range : 0~255

B. INPUT GAIN

Get ADC RGB Gains Contrast B Value, Range : 0~255

R. INPUT OFFSET

Get ADC RGB Gains Brightness R Value, Range:0~255

KEY (CMD) 80h+00h+00h (ACK) 80h+Value1+00h 81h+00h+00h (ACK) 81h+Value1+00h 82h+00h+00h (ACK) 82h+Value1+00h 83h+00h+00h (ACK) 83h+Value1+00h 84h+00h+00h (ACK) 84h+Value1+00h 85h+00h+00h (ACK) 85h+Value1+00h 86h+00h+00h (ACK) 86h+Value1+00h 87h+00h+00h (ACK) 87h+Value1+00h 88h+00h+00h (ACK) 88h+Value1+00h 89h+00h+00h (ACK) 89h+Value1+00h 8Ah+00h+00h (ACK) 8Ah+Value1+00h 8Bh+00h+00h (ACK) 8Bh+Value1+00h 8Ch+00h+00h (ACK) 8Ch+Value1+00h 8Dh+00h+00h (ACK) 8Dh+Value1+00h 8Eh+00h+00h (ACK) 8Eh+Value1+00h

17

ITEM G. INPUT OFFSET

CONTENTS Get ADC RGB Gains Brightness G Value, Range:0~255

B. INPUT OFFSET

Get ADC RGB Gains Brightness B Value, Range:0~255

IMAGE ORIENTATION H-V POSITION FREQUENCY PHASE H-CAPTURE

V-CAPTURE

ALL TILING NUM. OF ROW AND COLUMN PROJECTOR NUM. OF ROW AND COLUMN BAUD RATE

Get Image Direction Setting, Range:0~3 0:Front, 1:Rear, 2:Inverted Front, 3:Inverted Rear Get Display Position Value Horizontal Range Value1:0~31, Vertical Range Value2:0~10 Get RGB Input Clock Frequency Value, Range:0~200 Get RGB Input Clock Phase Value, Range:0~63 Get RGB Input Capture Horizontal Position Value, Range:-500~500 Value1: High Byte, if the value is negative, bit7 is 1. Value2: Low Byte Get RGB Input Capture Vertical Position Value, Range:-300~300 Value1: High Byte, if the value is negative, bit7 is 1. Value2: Low Byte Get All Tiling Screen Value (1x1, 1x2, …, 8x8) Range:11h~88h (1Xh~8Xh and X1h~X8h) Get Projector Tiling Screen Value Range:11h~88h (1Xh~8Xh and X1h~X8h) Get Baud Rate, Range:0~2 0: 9600bps, 1: 19200bps, 2: 57600bps

TEST PATTERN

Get Test Pattern Number, Range:0~17 and 20~60

R. GAIN

Get HSG Gain Value of Red Color, Range:0~200

R. SATURATION

Get HSG Saturation Value of Red Color, Range:0~200

R. HUE

Get HSG Hue Value of Red Color, Range:0~200

G. GAIN

Get HSG Gain Value of Green Color, Range:0~200

G. SATURATION

Get HSG Saturation Value of Green Color, Range:0~200

G. HUE

Get HSG Hue Value of Green Color, Range:0~200

B. GAIN

Get HSG Gain Value of Blue Color, Range:0~200

KEY (CMD) 8Fh+00h+00h (ACK) 8Fh+Value1+00h 90h+00h+00h (ACK) 90h+Value1+00h 91h+00h+00h (ACK) 91h+Value1+00h 92h+00h+00h (ACK) 92h+Value1+Value2 93h+00h+00h (ACK) 93h+Value1+00h 94h+00h+00h (ACK) 94h+Value1+00h 95h+00h+00h (ACK) 95h+Value1+Value2 96h+00h+00h (ACK) 96h+Value1+Value2 97h+00h+00h (ACK) 97h+Value1+00h 98h+00h+00h (ACK) 98h+Value1+00h 99h+00h+00h (ACK) 99h+Value1+00h 9Ah+00h+00h (ACK) 9Ah+Value1+00h 9Bh+00h+00h (ACK) 9Bh+Value1+00h 9Ch+00h+00h (ACK) 9Ch+Value1+00h 9Dh+00h+00h (ACK) 9Dh+Value1+00h 9Eh+00h+00h (ACK) 9Eh+Value1+00h 9Fh+00h+00h (ACK) 9Fh+Value1+00h A0h+00h+00h (ACK) A0h+Value1+00h A1h+00h+00h (ACK)

ITEM B. SATURATION B. HUE

CONTENTS Get HSG Saturation Value of Blue Color, Range:0~200 Get HSG Hue Value of Blue Color, Range:0~200

PIP2 MODE

Get PIP2 Enable Function, Range:0~1 0: OFF, 1: ON

PIP2 H-SIZE

Get PIP2 H-Size Value, Range:0~10

PIP2 V-SIZE

Get PIP2 V-Size Value, Range:0~10

PIP2 H-POSITION

Get PIP2 H-Position Value, Range:0~100

PIP2 V-POSITION

Get PIP2 V-Position Value, Range:0~100

PIP2 BLENDING

Get PIP2 Blending Value, Range:0~100

FREEZE

Get Freeze Screen Setting, Range:0~1 0: Freeze Off, 1: Freeze On

PIP2 INPUT SELECT

COLOR TEMPERATURE VIDEO CONTRAST VIDEO BRIGHTNESS ASPECT RATIO MAIN INPUT SELECT

PIP INPUT SELECT

Get PIP2 Input Source When Main Source is RGB 3/Video 3/ Video 4/Video 5, Range:0~2 0: DVI 3, 1: DVI 4, 2: DVI 5 When Main Source is DVI 3/DVI 4/DVI 5, Range:0~3 0: RGB 3, 1: Video 3, 2: Video 4, 3: Video 5 Get Color Temperature Setting, Range:0~2 0: 6500K, 1: 9300K, 2: 3200K Get Video Input Contrast Value, Range:0~255 Get Video Input Brightness Value, Range:0~255 Get Aspect Ration Setting, Range:0~1 0: Ratio 4:3, 1: Ratio 16:9 Get Main Input Source, Range:0~13 0: RGB, 1: RGB 2, 2: DVI, 3: DVI 2, 4: Video, 5: Video 2, 7: RGB 3, 8: DVI 3, 9: DVI 4, 10: DVI 5, 11: Video 3, 12: Video 4, 13: Video 5 Get PIP Input Source When Main Source is RGB/RGB 2/Video/Video 2, Range:0~8 0: RGB 3, 1: DVI, 2: DVI 2, 3: DVI 3, 4: DVI 4, 5: DVI 5, 6: Video 3, 7: Video 4, 8: Video 5 When Main Source is RGB3 /All DVI /Video3 /Video4 /Video 5, Range:0~3

KEY (CMD) A1h+Value1+00h A2h+00h+00h (ACK) A2h+Value1+00h A3h+00h+00h (ACK) A3h+Value1+00h A4h+00h+00h (ACK) A4h+Value1+00h A5h+00h+00h (ACK) A5h+Value1+00h A6h+00h+00h (ACK) A6h+Value1+00h A7h+00h+00h (ACK) A7h+Value1+00h A8h+00h+00h (ACK) A8h+Value1+00h A9h+00h+00h (ACK) A9h+Value1+00h ADh+00h+00h (ACK) ADh+Value1+00h AFh+00h+00h (ACK) AFh+Value1+00h

B0h+00h+00h (ACK) B0h+Value1+00h B1h+00h+00h (ACK) B1h+Value1+00h B2h+00h+00h (ACK) B2h+Value1+00h B3h+00h+00h (ACK) B3h+Value1+00h B4h+00h+00h (ACK) B4h+Value1+00h B5h+00h+00h (ACK) B5h+Value1+00h

19

ITEM PIP MODE

CONTENTS 0: RGB, 1: RGB 2, 2: Video, 3: Video 2 Get PIP Enable Function, Range:0~1, 0: Off, 1: On

LANGUAGE

Get Language Select Setting, Range:0~2 0: English, 1: 简体中文 , 2: Korean

OSD H POSITION

Get OSD H-Position Value, Range:0~50

OSD V POSITION

Get OSD V-Position Value, Range:0~50

RESET ALL

Get All Setting Reset Setting, Range:0~1 0: No, 1: Yes

PIP H-SIZE

Get PIP H-Size Value, Range:0~10

PIP V-SIZE

Get PIP V-Size Value, Range:0~10

PIP H-POSITION

Get PIP H-Position Value, Range:0~125

PIP V-POSITION

Get PIP V-Position Value, Range:0~125

PIP BLENDING

Get PIP Blending Value, Range:0~100

FORCE TIMING

Get RGB Input Force Timing Setting, Range:0~5 0: No Force Timing, 1: VGA, 2: 480P, 3:SXGA 60, 4: HD 5: WHD Get Video Input Force Timing Setting, Range:0~5 0: Auto, 1: NTSC_M, 2:NTSC_44, 3:PAL_BG_DK, 4:PAL_M 5:PAL_N Get Video Input Black Setting, Range:0~1 0: 0 IRE, 1: 7.5 IRE

VIDEO STANDARD

INPUT VIDEO BLACK GAMMA

Get Gamma Setting, Range:0~4 0: FILM, 1: GRAPHIC, 2: VIDEO, 3: LINEAR, 4: NORMAL

PROJECTOR ID

Get Projector ID Setting, Range:00~99

POWER DELAY

Get Power Delay Timer For System On, Range:0~10

FRAME LOCK RGB FIRST AUTO AGC

Get RGB Input Frame Lock Status, Range:0~1 0: Off, 1: On Get RGB Input First Auto Adjust Setting, Range:0~1 0: Off, 1: On Get Video Input AGC Function, Range:0~1 0: Off, 1: On

KEY (CMD) B6h+00h+00h (ACK) B6h+Value1+00h B7h+00h+00h (ACK) B7h+Value1+00h B8h+00h+00h (ACK) B8h+Value1+00h B9h+00h+00h (ACK) B9h+Value1+00h BAh+00h+00h (ACK) BAh+Value1+00h BBh+00h+00h (ACK) BBh+Value1+00h BCh+00h+00h (ACK) BCh+Value1+00h BDh+00h+00h (ACK) BDh+Value1+00h BEh+00h+00h (ACK) BEh+Value1+00h BFh+00h+00h (ACK) BFh+Value1+00h C1h+00h+00h (ACK) C1h+Value1+00h C2h+00h+00h (ACK) C2h+Value1+00h C3h+00h+00h (ACK) C3h+Value1+00h C4h+00h+00h (ACK) C4h+Value1+00h C5h+00h+00h (ACK) C5h+Value1+00h C6h+00h+00h (ACK) C6h+Value1+00h C7h+00h+00h (ACK) C7h+Value1+00h C8h+00h+00h (ACK) C8h+Value1+00h C9h+00h+00h (ACK)

ITEM

CONTENTS

USER MODE

Get User Mode to Save RGB or VGA Data Function Value1: User Mode Number, Range:1~30 Value2: Save to EEPROM or Load from EEPROM, Range:0~1 0: Save, 1: Load (When current timing in same with USER MODE timing, Load function can work) Get OSD Blending Function, Range:0~1 0: Off, 1: On

OSD ENABLE EQ SETTING

Get DVI EQ Setting, Range:0~1 0: Off, 1: On

OVERSCAN

Get Video Over-Scan Value, Range:0~1 0: Off, 1: On

ALL PROJECTOR CONTROL Y. GAIN Y. SATURATION

Get All Projector Control Setting and ID Value1 Range:0~1, 0: Off, 1: On Value2 ID Range:00~99 Get HSG Gain Value of Yellow Color, Range:0~200 Get HSG Saturation Value of Yellow Color, Range:0~200

Y. HUE

Get HSG Hue Value of Yellow Color, Range:0~200

C. GAIN

Get HSG Gain Value of Cyan Color, Range:0~200

C. SATURATION

Get HSG Saturation Value of Cyan Color, Range:0~200

C. HUE

Get HSG Hue Value of Cyan Color, Range:0~200

M. GAIN

Get HSG Gain Value of Magenta Color, Range:0~200

M. SATURATION M. HUE

Get HSG Saturation Range:0~200

Value

of

Magenta

Get HSG Hue Value of Magenta Color, Range:0~200

WR. GAIN

Get HSG Gain Value of Red Part in White Color, Range:0~200

WG. GAIN

Get HSG Gain Value of Green Part in White Color, Range:0~200

WB. GAIN

Get HSG Gain Value of Blue Part in White Color, Range:0~200

INPUT LEVEL TYPE

Color,

Get RGB Input Level Type Value, Range:0~4 0: USER1, 1: USER2, 2: USER3, 3: USER4, 4: USER5

KEY (CMD) C9h+Value1+00h CBh+00h+00h (ACK) CBh+Value1+Value2

CCh+00h+00h (ACK) CCh+Value1+00h D1h+00h+00h (ACK) D1h+Value1+00h D3h+00h+00h (ACK) D3h+Value1+00h D4h+00h+00h (ACK) D4h+Value1+Value2 D5h+00h+00h (ACK) D5h+Value1+00h D6h+00h+00h (ACK) D6h+Value1+00h D7h+00h+00h (ACK) D7h+Value1+00h D8h+00h+00h (ACK) D8h+Value1+00h D9h+00h+00h (ACK) D9h+Value1+00h DAh+00h+00h (ACK) DAh+Value1+00h DBh+00h+00h (ACK) DBh+Value1+00h DCh+00h+00h (ACK) DCh+Value1+00h DDh+00h+00h (ACK) DDh+Value1+00h DEh+00h+00h (ACK) DEh+Value1+00h DFh+00h+00h (ACK) DFh+Value1+00h E0h+00h+00h (ACK) E0h+Value1+00h E1h+00h+00h (ACK)

21

ITEM

CONTENTS

STANDBY MODE

Get Standby Mode Function, Range:0~1 0: Off, 1: On

APERTURE LEVEL

Get Aperture Level Value, Range:0~255

OVERLAP

Get Overlap Value, Range:0~2 0:ECO, 1:Normal, 2: Bright

FAN CONTROL

Get Fan Control Value, Range:1~2 1: Full On, 2: Auto

COLOR GAMUT

Get Color Gamut Value, Range:0~2 0: Wide, 1: NTSC, 2: EBU

COLOR ADJUST

Get Color Adjust Type, Range:0~1 0: HSG, 1: CCA

KEY (CMD) E1h+Value1+00h E4h+00h+00h (ACK) E4h+Value1+00h F0h+00h+00h (ACK) F0h+Value1+00h F1h+00h+00h (ACK) F1h+Value1+00h F2h+00h+00h (ACK) F2h+Value1+00h F3h+00h+00h (ACK) F3h+Value1+00h F5h+00h+00h (ACK) F5h+Value1+00h

Time Interval of Normal Commands: (1) Main Input, Aspect Ratio, PIP On/Off, Video Standard, PIP Input, PIP2 On/Off, PIP2 Input and Frame Lock: 2500ms. (2) Others: 180ms. Combinative-Commands Format Status name Communication System Communication type

Status Transmission speed: 57600bps Parity bit: NONE Data length: 8 bit Stop bit: 1 bit 1 Block contains CSTX (1byte) + CEOT (1byte) + CID (2bytes) + CLEN(1byte) + CCMD (4bytes ~ 10bytes) + CETX (1byte) CSTX=12h, CEOT=14h, CETX=13h, CID= cube identification number CLEN= packet length

Combinative-Commands – Set Data

CONTENTS Set Main Input Source + All Tiling Screen Value + Projector Tiling Screen Value Main Input Source, Value1 Range:0~13 0: RGB, 1: RGB 2, 2: DVI, 3: DVI 2, 4: Video, 5: Video 2, 7: RGB 3, 8: DVI 3, 9: DVI 4, 10: DVI 5, 11: Video 3, 12: Video 4, 13: Video 5 All Tiling Screen Value Value2 Range:11h~88h (1Xh~8Xh and X1h~X8h) Projector Tiling Screen Value Value3 Range:11h~88h (1Xh~8Xh and X1h~X8h)

KEY (CMD) 00h+Value1+Value2 + Value3

INPUT LEVEL

Set ADC RGB Gains Contrast of R, G and B + Brightness of R, G and B ADC RGB Gains Contrast R Value, Value1 Range:0~255 ADC RGB Gains Contrast G Value, Value2 Range:0~255 ADC RGB Gains Contrast B Value, Value3 Range:0~255 ADC RGB Gains Brightness R Value, Value4 Range:0~255 ADC RGB Gains Brightness G Value, Value5 Range:0~255 ADC RGB Gains Brightness B Value, Value6 Range:0~255

01h+Value1+Value2 + Value3+Value4+ Value5+Value6+00h

DLP SETTING

Set DLP Setting Brightness of R, G and B + Contrast of R, G and B DLP Setting Brightness R Value, Value1 Range:0~255 DLP Setting Brightness G Value, Value2 Range:0~255 DLP Setting Brightness B Value, Value3 Range:0~255 DLP Setting Contrast R Value, Value4 Range:0~100 DLP Setting Contrast G Value, Value5 Range:0~100 DLP Setting Contrast B Value, Value6 Range:0~100

02h+Value1+Value2 + Value3+Value4+ Value5+Value6+00h

RGB DATA

Set RGB Input Capture Horizontal Position Value + Capture Vertical Position Value + Clock Frequency Value + Clock Phase Value H-Capture Position Value Range:-500~500 Value1: High Byte, if the value is negative, bit7 is 1. Value2: Low Byte. V-Capture Position Value Range:-300~300 Value3: High Byte, if the value is negative, bit7 is 1. Value4: Low Byte. Clock Frequency Value5 Range:0~200 Clock Phase Value6 Range:0~63

03h+Value1+Value2 + Value3+Value4+ Value5+Value6+ 00h

HSG COLOR

Set HSG Gain, Saturation and Hue of Red, Green, Blue, Yellow, Cyan Magenta Colors and Gain of R, G, B Part in White Color. Gain Value of Red Color Value1 Range:0~200 Saturation Value of Red Color Value2 Range:0~200 Hue Value of Red Color Value3 Range:0~200 Gain Value of Green Color Value4 Range:0~200 Saturation Value of Green Color Value5 Range:0~200 Hue Value of Green Color Value6 Range:0~200 Gain Value of Blue Color Value7 Range:0~200 Saturation Value of Blue Color Value8 Range:0~200 Hue Value of Blue Color Value9 Range:0~200 Gain Value of Yellow Color Value10 Range:0~200 Saturation Value of Yellow Color Value11 Range:0~200 Hue Value of Yellow Color Value12 Range:0~200

04h+Value1+Value2 + Value3+Value4+ Value5+Value6+ Value7+Value8+ Value9+Value10+ Value11+Value12+ Value13+Value14+ Value15+Value16+ Value17+Value18+ Value19+Value20+ Value21

SAP

ITEM

23

ITEM HSG COLOR (CONT.)

ALL COMMON DATA

CONTENTS Gain Value of Cyan Color Value13 Range:0~200 Saturation Value of Cyan Color Value14 Range:0~200 Hue Value of Cyan Color Value15 Range:0~200 Gain Value of Magenta Color Value16 Range:0~200 Saturation Value of Magenta Color Value17 Range:0~200 Hue Value of Magenta Color Value18 Range:0~200 Gain Value of Red Part in White Color Value19 Range:0~200 Gain Value of Green Part in White Color Value20 Range:0~200 Gain Value of Blue Part in White Color Value21 Range:0~200 Set All Common Commands Main Input Source Value1 Range:0~13 0: RGB, 1: RGB 2, 2: DVI, 3: DVI 2, 4: Video, 5: Video 2, 6: RGB 3, 8: DVI 3, 9: DVI 4, 10: DVI 5, 11: Video 3, 12: Video 4, 13: Video 5 Contrast Value2 Range:0~255 Brightness Value3 Range:0~255 Video Input Color Value4 Range:0~100 Video Input Tint Value5 Range:0~100 Sharpness Value6 Range:0~15 DLP Setting Brightness Red Value7 Range:0~255 DLP Setting Brightness Green Value8 Range:0~255 DLP Setting Brightness Blue Value9 Range:0~255 DLP Setting Contrast Red Value10 Range:0~100 DLP Setting Contrast Green Value11 Range:0~100 DLP Setting Contrast Blue Value12 Range:0~100 ADC RGB Gains Contrast R Value13 Range:0~255 ADC RGB Gains Contrast G Value14 Range:0~255 ADC RGB Gains Contrast B Value15 Range:0~255 ADC RGB Gains Brightness R Value16 Range:0~255 ADC RGB Gains Brightness G Value17 Range:0~255 ADC RGB Gains Brightness B Value18 Range:0~255 Image Direction Setting Value19 Range:0~3 0:Front, 1:Rear, 2:Inverted Front, 3:Inverted Rear Display Position Value Horizontal Value20 Range:0~31 Vertical Value21 Range:0~10 All Tiling Screen Value22 Range:11h~88h (1Xh~8Xh and X1h~X8h) Projector Tiling Screen Value23 Range: 11h~88h (1Xh~8Xh and X1h~X8h) Baud Rate Setting Value24 Range:0~2 0: 9600bps, 1: 19200bps, 2: 57600bps HSG Gain Value of Red Color Value26 Range:0~200 HSG Saturation Value of Red Color Value27 Range:0~200 HSG Hue Value of Red Color Value28 Range:0~200 HSG Gain Value of Green Color Value29 Range:0~200 HSG Saturation Value of Green Color Value30 Range:0~200 HSG Hue Value of Green Color Value31 Range:0~200 HSG Gain Value of Blue Color Value32 Range:0~200 HSG Saturation Value of Blue Color Value33 Range:0~200 HSG Hue Value of Blue Color Value34 Range:0~200 Color Temperature Setting Value35 Range:0~2 0: 6500K, 1: 9300K, 2: 3200K Video Contrast Value36 Range:0~255

KEY (CMD)

05h+Value1+Value2 + Value3+Value4+ Value5+Value6+ Value7+Value8+ Value9+Value10+ Value11+Value12+ Value13+Value14+ Value15+Value16+ Value17+Value18+ Value19+Value20+ Value21+Value22+ Value23+Value24+ Value25+Value26+ Value27+Value28+ Value29+Value30+ Value31+Value32+ Value33+Value34+ Value35+Value36+ Value37+Value38+ Value39+Value40+ Value41+Value42+ Value43+Value44+ Value45+Value46+ Value47+Value48+ Value49+Value50+ Value51+Value52+ Value53+Value54+ Value55+Value56+ Value57+Value58+ Value59+Value60+ Value61+Value62+ Value63+Value64+ Value65+Value66+ Value67+Value68+ Value69+Value70+ Value71+Value72+ Value73+Value74+ Value75+Value76+ Value77+Value78+ Value79+Value80+ Value81+Value82+ Value83+Value84+ Value85+Value86+ Value87+Value88+ Value89+Value90+

ITEM ALL COMMON DATA (CONT.)

CONTENTS Video Brightness Value37 Range:0~255 Aspect Ratio Setting Value38 Range:0~1 0: Ratio 4:3, 1: Ratio 16:9 PIP Enable Value39 Range:0~1 0: Off, 1: On Language Select Setting Value40 Range:0~2 0: English, 1: 简体中文, 2: Korean OSD H-Position Value41 Range:0~50 OSD V-Position Value42 Range:0~50 PIP H-Size Value43 Range:0~10 PIP V-Size Value44 Range:0~10 PIP H-Position Value45 Range:0~125 PIP V-Position Value46 Range:0~125 PIP Blending Value47 Range:0~100 RGB Input Force Timing Setting Value48 Range:0~5 0: No Force Timing, 1: VGA, 2: 480P, 3:SXGA 60, 4: HD, 5: WHD Video Input Force Timing Setting Value49 Range:0~5 0: Auto, 1: NTSC_M, 2:NTSC_44, 3:PAL_BG_DK, 4:PAL_M, 5:PAL_N Video Input Black Setting Value50 Range:0~1 0: 0 IRE, 1: 7.5 IRE Gamma Setting Value51 Range:0~4 0: FILM, 1: GRAPHIC, 2: VIDEO, 3: LINEAR, 4: NORMAL Projector ID Setting Value52 Range:00~99 Power Delay Timer For System On Value53 Range:0~10 RGB Input Frame Lock Status Value54 Range:0~1 0: Off, 1: On RGB Input First Auto Adjust Setting Value55 Range:0~1 0: Off, 1: On Video input AGC Function Value56 Range:0~1 0: Off, 1: On OSD Blending Function Value57 Range:0~1 0: Off, 1: On H-Capture Position Range:-500~500 Value58 Range: High Byte, if the value is negative, bit7 is 1. Value59 Range: Low Byte. V-Capture Position Range:-300~300 Value60 Range: High Byte, if the value is negative, bit7 is 1. Value61 Range: Low Byte. RGB Input Clock Frequency Value62 Range:0~200 RGB Input Clock Phase Vlaue63 Range:0~63 Test Pattern Number Value64 Range:0~17 and 20~60 DVI EQ Setting Value65 Range:0~1, 0: Off, 1:On Video Over-Scan Value66 Range:0~1 0: Off, 1: On All Projector Control Setting and ID Value67 Range:0~1, 0: Off, 1: On Value68 ID Range:00~99 HSG Gain Value of Yellow Color Value69 Range:0~200 HSG Saturation Value of Yellow Color Value70 Range:0~200 HSG Hue Value of Yellow Color Value71 Range:0~200 HSG Gain Value of Cyan Color Value72 Range:0~200

KEY (CMD) Value91+Value92+ Value93+Value94+ Value95

25

ITEM ALL COMMON DATA (CONT.)

CONTENTS HSG Saturation Value of Cyan Color Value73 Range:0~200 HSG Hue Value of Cyan Color Value74 Range:0~200 HSG Gain Value of Magenta Color Value75 Range:0~200 HSG Saturation Value of Magenta Color Value76 Range:0~200 HSG Hue Value of Magenta Color Value77 Range:0~200 HSG Gain Value of Red Part in White Color Value78 Range:0~200 HSG Gain Value of Green Part in White Color Value79 Range:0~200 HSG Gain Value of Blue Part in White Color Value80 Range:0~200 Input Level Type Value81 Range:0~4 0: USER1, 1: USER2, 2: USER3, 3: USER4, 4: USER5 PIP Input Source, Value82 When Main Source is RGB/RGB 2/Video/Video 2, Range:0~8 0: RGB 4, 1: DVI, 2: DVI 2, 3: DVI 3, 4: DVI 4, 5: DVI 5, 6: Video 3, 7: Video 4, 8: Video 5 When Main Source is RGB 3/ RGB 4/All DVI/Video 3/Video 4/Video 5, Range:0~3 0: RGB, 1: RGB 2, 2: Video, 3: Video 2 PIP2 Input Source, Value83 When Main Source is RGB 4/Video 3/Video 4/Video 5, Range:0~2 0: DVI 3, 1: DVI 4, 2: DVI 5 When Main Source is DVI 3/DVI 4/DVI 5, Range:0~3 0: RGB 4, 1: Video 3, 2: Video 4, 3: Video 5 PIP2 Enable Function Value84 Range:0~1 0: OFF, 1: ON PIP2 H-Size Value85 Range:0~10 PIP2 V-Size Value86 Range:0~10 PIP2 H-Position Value87 Range:0~100 PIP2 V-Position Value88 Range:0~100 PIP2 Blending Value89 Range:0~100 Aperture Level Value90 Range:0~255 Overlap Value91 Range:0~2 0: 0%, 1: 30%, 2: 50% Fan Control Value92 Range:1~2 1: Full On, 2: Auto Color Gamut Value93 Range:0~2 0: Wide, 1: NTSC, 2: EBU Color Adjust Type Value95 Range:0~1 0: HSG, 1: CCA

KEY (CMD)

Combinative-Commands – Get Data SAP

ITEM

CONTENTS Get Main Input Source + All Tiling Screen Value + Projector Tiling Screen Value Main Input Source, Value1 Range:0~13 0: RGB, 1: RGB 2, 2: DVI, 3: DVI 2, 4: Video, 5: Video 2, 6: RGB 3, 8: DVI 3, 9: DVI 4, 10: DVI 5, 11: Video 3, 12: Video 4, 13: Video 5 All Tiling Screen Value Value2 Range:11h~88h (1Xh~8Xh and X1h~X8h) Projector Tiling Screen Value Value3 Range:11h~88h (1Xh~8Xh and X1h~X8h)

KEY (CMD) 80h+00h+00h+00h (ACK) 80h+Value1+Value2 +Value3

ITEM INPUT LEVEL

DLP SETTING

RGB DATA

HSG COLOR

HSG COLOR (CONT.)

CONTENTS Get ADC RGB Gains Contrast of R, G and B + Brightness of R, G and B ADC RGB Gains Contrast R Value, Value1 Range:0~255 ADC RGB Gains Contrast G Value, Value2 Range:0~255 ADC RGB Gains Contrast B Value, Value3 Range:0~255 ADC RGB Gains Brightness R Value, Value4 Range:0~255 ADC RGB Gains Brightness G Value, Value5 Range:0~255 ADC RGB Gains Brightness B Value, Value6 Range:0~255 Get DLP Setting Brightness of R, G and B + Contrast of R, G and B DLP Setting Brightness R Value, Value1 Range:0~255 DLP Setting Brightness G Value, Value2 Range:0~255 DLP Setting Brightness B Value, Value3 Range:0~255 DLP Setting Contrast R Value, Value4 Range:0~100 DLP Setting Contrast G Value, Value5 Range:0~100 DLP Setting Contrast B Value, Value6 Range:0~100 Get RGB Input Capture Horizontal Position Value + Capture Vertical Position Value + Clock Frequency Value + Clock Phase Value H-Capture Position Value Range:-500~500 Value1: High Byte, if the value is negative, bit7 is 1. Value2: Low Byte. V-Capture Position Value Range:-300~300 Value3: High Byte, if the value is negative, bit7 is 1. Value4: Low Byte. Clock Frequency Value5 Range:0~200 Clock Phase Value6 Range:0~63 Get HSG Gain, Saturation and Hue of Red, Green, Blue, Yellow, Cyan Magenta Colors and Gain of R, G, B Part in White Color. Gain Value of Red Color Value1 Range:0~200 Saturation Value of Red Color Value2 Range:0~200 Hue Value of Red Color Value3 Range:0~200 Gain Value of Green Color Value4 Range:0~200 Saturation Value of Green Color Value5 Range:0~200 Hue Value of Green Color Value6 Range:0~200 Gain Value of Blue Color Value7 Range:0~200 Saturation Value of Blue Color Value8 Range:0~200 Hue Value of Blue Color Value9 Range:0~200 Gain Value of Yellow Color Value10 Range:0~200 Saturation Value of Yellow Color Value11 Range:0~200 Hue Value of Yellow Color Value12 Range:0~200 Gain Value of Cyan Color Value13 Range:0~200 Saturation Value of Cyan Color Value14 Range:0~200 Hue Value of Cyan Color Value15 Range:0~200 Gain Value of Magenta Color Value16 Range:0~200 Saturation Value of Magenta Color Value17 Range:0~200 Hue Value of Magenta Color Value18 Range:0~200 Gain Value of Red Part in White Color Value19 Range:0~200 Gain Value of Green Part in White Color Value20 Range:0~200 Gain Value of Blue Part in White Color Value21 Range:0~200

KEY (CMD) 81h+00h+00h+00h+ 00h+00h+00h+00h (ACK) 81h+Value1+Value2 + Value3+Value4+ Value5+Value6+00h 82h+00h+00h+00h+ 00h+00h+00h+00h (ACK) 82h+Value1+Value2 + Value3+Value4+ Value5+Value6+00h 83h+00h+00h+00h+ 00h+00h+00h+00h (ACK) 83h+Value1+Value2 + Value3+Value4+ Value5+Value6+00h

84h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h (ACK) 84h+Value1+Value2 + Value3+Value4+ Value5+Value6+ Value7+Value8+ Value9+Value10+ Value11+Value12+ Value13+Value14+ Value15+Value16+ Value17+Value18+ Value19+Value20+ Value21

27

ITEM ALL COMMON DATA

CONTENTS Get All Common Commands Main Input Source Value1 Range:0~13 0: RGB, 1: RGB 2, 2: DVI, 3: DVI 2, 4: Video, 5: Video 2, 6: RGB 3, 8: DVI 3, 9: DVI 4, 10: DVI 5, 11: Video 3, 12: Video 4, 13: Video 5 Contrast Value2 Range:0~255 Brightness Value3 Range:0~255 Video Input Color Value4 Range:0~100 Video Input Tint Value5 Range:0~100 Sharpness Value6 Range:0~6 DLP Setting Brightness Red Value7 Range:0~255 DLP Setting Brightness Green Value8 Range:0~255 DLP Setting Brightness Blue Value9 Range:0~255 DLP Setting Contrast Red Value10 Range:0~100 DLP Setting Contrast Green Value11 Range:0~100 DLP Setting Contrast Blue Value12 Range:0~100 ADC RGB Gains Contrast R Value13 Range:0~255 ADC RGB Gains Contrast G Value14 Range:0~255 ADC RGB Gains Contrast B Value15 Range:0~255 ADC RGB Gains Brightness R Value16 Range:0~255 ADC RGB Gains Brightness G Value17 Range:0~255 ADC RGB Gains Brightness B Value18 Range:0~255 Image Direction Setting Value19 Range:0~3 0:Front, 1:Rear, 2:Inverted Front, 3:Inverted Rear Display Position Value Horizontal Value20 Range:0~31 Vertical Value21 Range:0~10 All Tiling Screen Value22 Range:11h~88h (1Xh~8Xh and X1h~X8h) Projector Tiling Screen Value23 Range: 11h~88h (1Xh~8Xh and X1h~X8h) Baud Rate Setting Value24 Range:0~2 0: 9600bps, 1: 19200bps, 2: 57600bps HSG Gain Value of Red Color Value26 Range:0~200 HSG Saturation Value of Red Color Value27 Range:0~200 HSG Hue Value of Red Color Value28 Range:0~200 HSG Gain Value of Green Color Value29 Range:0~200 HSG Saturation Value of Green Color Value30 Range:0~200 HSG Hue Value of Green Color Value31 Range:0~200 HSG Gain Value of Blue Color Value32 Range:0~200 HSG Saturation Value of Blue Color Value33 Range:0~200 HSG Hue Value of Blue Color Value34 Range:0~200 Color Temperature Setting Value35 Range:0~2 0: 6500K, 1: 9300K, 2: 3200K Video Contrast Value36 Range:0~255 Video Brightness Value37 Range:0~255

KEY (CMD) 85h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ 00h+00h+00h+00h+ (ACK) 85h+Value1+Value2 + Value3+Value4+ Value5+Value6+ Value7+Value8+ Value9+Value10+ Value11+Value12+ Value13+Value14+ Value15+Value16+ Value17+Value18+ Value19+Value20+ Value21+Value22+ Value23+Value24+ Value25+Value26+ Value27+Value28+ Value29+Value30+ Value31+Value32+ Value33+Value34+ Value35+Value36+ Value37+Value38+ Value39+Value40+ Value41+Value42+

ITEM ALL COMMON DATA (CONT.)

CONTENTS Aspect Ratio Setting Value38 Range:0~1 0: Ratio 4:3, 1: Ratio 16:9 PIP Enable Value39 Range:0~1 0: Off, 1: On Language Select Setting Value40 Range:0~1 0: English, 1: 简体中文 OSD H-Position Value41 Range:0~50 OSD V-Position Value42 Range:0~50 PIP H-Size Value43 Range:0~10 PIP V-Size Value44 Range:0~10 PIP H-Position Value45 Range:0~125 PIP V-Position Value46 Range:0~125 PIP Blending Value47 Range:0~100 RGB Input Force Timing Setting Value48 Range:0~5 0: No Force Timing, 1: VGA, 2: 480P, 3:SXGA 60, 4: HD, 5: WHD Video Input Force Timing Setting Value49 Range:0~5 0: Auto, 1: NTSC_M, 2:NTSC_44, 3:PAL_BG_DK, 4:PAL_M, 5:PAL_N Video Input Black Setting Value50 Range:0~1 0: 0 IRE, 1: 7.5 IRE Gamma Setting Value51 Range:0~4 0: FILM, 1: GRAPHIC, 2: VIDEO, 3: LINEAR, 4: NORMAL Projector ID Setting Value52 Range:00~99 Power Delay Timer For System On Value53 Range:0~10 RGB Input Frame Lock Status Value54 Range:0~1 0: Off, 1: On RGB Input First Auto Adjust Setting Value55 Range:0~1 0: Off, 1: On Video input AGC Function Value56 Range:0~1 0: Off, 1: On OSD Blending Function Value57 Range:0~1 0: Off, 1: On H-Capture Position Range:-500~500 Value58 Range: High Byte, if the value is negative, bit7 is 1. Value59 Range: Low Byte. V-Capture Position Range:-300~300 Value60 Range: High Byte, if the value is negative, bit7 is 1. Value61 Range: Low Byte. RGB Input Clock Frequency Value62 Range:0~200 RGB Input Clock Phase Vlaue63 Range:0~63 Test Pattern Number Value64 Range:0~17 and 20~60 DVI EQ Setting Value65 Range:0~1, 0: Off, 1:On Video Over-Scan Value66 Range:0~1 0: Off, 1: On All Projector Control Setting and ID Value67 Range:0~1, 0: Off, 1: On Value68 ID Range:00~99 HSG Gain Value of Yellow Color Value69 Range:0~200 HSG Saturation Value of Yellow Color Value70 Range:0~200 HSG Hue Value of Yellow Color Value71 Range:0~200 HSG Gain Value of Cyan Color Value72 Range:0~200 HSG Saturation Value of Cyan Color Value73 Range:0~200

KEY (CMD) Value43+Value44+ Value45+Value46+ Value47+Value48+ Value49+Value50+ Value51+Value52+ Value53+Value54+ Value55+Value56+ Value57+Value58+ Value59+Value60+ Value61+Value62+ Value63+Value64+ Value65+Value66+ Value67+Value68+ Value69+Value70+ Value71+Value72+ Value73+Value74+ Value75+Value76+ Value77+Value78+ Value79+Value80+ Value81+Value82+ Value83+Value84+ Value85+Value86+ Value87+Value88+ Value89+Value90+ Value91+Value92+ Value93+Value94+ Value95

29

ITEM ALL COMMON DATA (CONT.)

CONTENTS HSG Hue Value of Cyan Color Value74 Range:0~200 HSG Gain Value of Magenta Color Value75 Range:0~200 HSG Saturation Value of Magenta Color Value76 Range:0~200 HSG Hue Value of Magenta Color Value77 Range:0~200 HSG Gain Value of Red Part in White Color Value78 Range:0~200 HSG Gain Value of Green Part in White Color Value79 Range:0~200 HSG Gain Value of Blue Part in White Color Value80 Range:0~200 Input Level Type Value81 Range:0~4 0: USER1, 1: USER2, 2: USER3, 3: USER4, 4: USER5 PIP Input Source, Value82 When Main Source is RGB/RGB 2/Video/Video 2, Range:0~8 0: RGB 4, 1: DVI, 2: DVI 2, 3: DVI 3, 4: DVI 4, 5: DVI 5, 6: Video 3, 7: Video 4, 8: Video 5 When Main Source is RGB 3/ RGB 4/All DVI/Video 3/Video 4/Video 5, Range:0~3 0: RGB, 1: RGB 2, 2: Video, 3: Video 2 PIP2 Input Source, Value83 When Main Source is RGB 4/Video 3/Video 4/Video 5, Range:0~2 0: DVI 3, 1: DVI 4, 2: DVI 5 When Main Source is DVI 3/DVI 4/DVI 5, Range:0~3 0: RGB 4, 1: Video 3, 2: Video 4, 3: Video 5 PIP2 Enable Function Value84 Range:0~1 0: OFF, 1: ON PIP2 H-Size Value85 Range:0~10 PIP2 V-Size Value86 Range:0~10 PIP2 H-Position Value87 Range:0~100 PIP2 V-Position Value88 Range:0~100 PIP2 Blending Value89 Range:0~100 Aperture Level Value90 Range:0~255 Overlap Value91 Range:0~2 0: 0%, 1: 30%, 2: 50% Fan Control Value92 Range:1~2 1: Full On, 2: Auto Color Gamut Value93 Range:0~2 0: Wide, 1: NTSC, 2: EBU Color Adjust Type Value95 Range:0~1 0: HSG, 1: CCA

Connection configuration of RS-232C pins. Table 5: RS-232C Pin connection configuration

RS-232C Pin - Connection Configuration Pin No 1 2 3 4 5 6 7 8 9

Signal name CD RXD TXD DTR SG DSR RTS CTS CI

Signal items Not used Reception data Transmission data Not used Signal ground Not used Not used Not used Not used

I/O (in Projector) Output Input Ground -

KEY (CMD)

Resolution Timing Support List

Screen

V. Freq.

H. Freq.

Clock

Input

Polarity

Input Port DIGITAL 1 DIGITAL 2

RGB 1

VIDEO 1 VIDEO 2

Mode

(Hz)

(KHz)

(MHz)

Resolution

H

V

DIGITAL 3

RGB 2

VIDEO 3 VIDEO 5

DIGITAL 4

RGB 3

VIDEO 4

DIGITAL 5 NTSC

59.94

15.734

13.5

712x484

N

N

*

*

PAL

50

15.625

13.5

702x574

N

N

*

*

480P

59.94

31.5

27

720 x 483

N

N

*

576P

50

31.25

27

720x576

N

N

*

*

720p50

50

37.5

74.25

1280x720

P

P

*

*

720p60

60

45

74.25

1280x720

P

P

*

1080i25

25

28.125

74.25

1920x1080i

P

P

*

1080i30

30

33.75

74.25

1920x1080i

P

P

*

*

*

1080p50

50

56.25

148.5 1920x1080p

P

P

*

*

*

1080p60

60

67.5

1920x1080p

P

P

*

*

*

VGA-60

59.94

31.469

25.175

640 x 480

N

N

*

*

VGA-72

72.809

37.861

31.5

640 x 480

N

N

*

*

VGA-75

75

37.5

31.5

640 x 480

N

N

*

*

VGA-85

85.008

43.269

36

640 x 480

N

N

*

*

MAC-13

66.667

35

30.24

640 x 480

N

N

*

*

SVGA-56

56.25

35.156

36

800 x 600

P

P

*

*

SVGA-60

60.317

37.879

40

800 x 600

P

P

*

*

148. 500

*

*

*

* *

31

Screen

V. Freq.

H. Freq.

Clock

Input

Polarity

Input Port DIGITAL 1 DIGITAL 2

RGB 1

VIDEO 1 VIDEO 2

Mode

(Hz)

(KHz)

(MHz)

Resolution

H

V

DIGITAL 3

RGB 2

VIDEO 3 VIDEO 5

DIGITAL 4

RGB 3

DIGITAL 5 SVGA-72

72.188

48.077

50

800 x 600

P

P

*

*

SVGA-75

75

46.875

49.5

800 x 600

P

P

*

*

SVGA-85

85.061

53.674

56.25

800 x 600

P

P

*

*

MAC-16

74.55

49.725

57.283

832 x 624

N

N

*

*

XGA-50

50

40.3

54.163 1024 x 768

N

N

*

*

XGA-60

60.004

48.363

65

1024 x 768

N

N

*

*

XGA-70

70.069

56.476

75

1024 x 768

N

N

*

*

XGA-75

75.029

60.023

78.75

1024 x 768

P

P

*

*

XGA-85

84.997

68.677

94.5

1024 x 768

P

P

*

*

MAC-19

74.722

60.151

79.88

1024 x 768

N

N

*

*

SXGA-60

60.02

63.981

108

1280 x 1024

P

P

*

*

SXGA-75

75.025

79.976

135

1280 x 1024

P

P

*

*

SXGA-85

85.024

91.146

157.5 1280 x 1024

P

P

*

*

UXGA-60

60

75

162

1600 x 1200

P

P

*

*

HD 108M

60.02

63.981

108

1400 x 1050

N

N

*

*

HDR

59.948

64.744

101

1400 x 1050

P

N

*

*

HD60

59.978

65.317

121.75 1400 x 1050

N

P

*

*

HD75

74.867

82.278

156

1400 x 1050

N

P

*

*

60

47.852

85.75

1366*768

P

P

*

1366x768

VIDEO 4

Screen

V. Freq.

H. Freq.

Clock

Input

Polarity

Input Port DIGITAL 1 DIGITAL 2

RGB 1

VIDEO 1 VIDEO 2

Mode

(Hz)

(KHz)

(MHz)

Resolution

H

V

DIGITAL 3

RGB 2

VIDEO 3 VIDEO 5

DIGITAL 4

RGB 3

VIDEO 4

DIGITAL 5 60Hz 1280x800 60RB 1280x800 60 1280x800 75 1280x800 85 1440x900 60RB 1440x900 60 1440x900 75 1440x900 85 1680x1050 60RB 1680x1050 60

60

49.306

71

1280*800

P

N

*

60

49.702

83.5

1280*800

N

P

*

75

62.795

106.5

1280*800

N

P

*

85

71.554

122.5

1280*800

N

P

*

60

55.469

88.75

1440*900

P

N

*

60

55.935

106.5

1440*900

N

P

*

75

70.635

136.75

1440*900

N

P

*

85

80.430

157

1440*900

N

P

*

60

64.674

119

1680*1050

P

N

*

60

65.29

146.25

1680*1050

N

P

*

Note: If resolutions or signal frequencies that are not compatible with this engine are entered. The images may flicker, blur, or be displayed as horizontally or vertically longer images. Further, the image may not be displayed." 33

The next chapter explains the OSD function controls.

Chapter 4 Describing OSD Function Controls This chapter describes the Optical Screen display (OSD) functions controls for the Next Gen HD LED engine.

LED Engine OSD Function Controls for HD LED Engine: The Main Menu for OSD appears as shown below in Figure 9.

1. Main Menu Figure 9: Main Menu

1. In the MAIN MENU, press the MAIN MENU.

and

buttons to navigate through the items of

2. Press the ENTER button on the item of your choice and enter Sub Menu. 3. Press the MENU button to return to OSD Idle state.

35

4. Pressing the MENU button in OSD Idle state forces system to remain on MAIN MENU. Depending on the input source, the items in Main Menu and Sub Menu slightly differ for Videos and PCs. Each of the Sub Menu is explained below in detail.

2. Picture Setting The PICTURE SETTING menu, allows adjusting the following options. The Picture Setting menu appears as shown in Figure 10. Table 6: Picture setting menu options

BRIGHTNESS

CONTRAST

APERTURE LEVEL

INPUT LEVEL

Adjust the overall image and background brightness level to the desired value. (Range 0 ~ 255) Press

button to increase the brightness.

Press

button to decrease the brightness.

Adjust the image contrast level in relation to the input signal to the desired value. (Range 0 ~ 255) Press

button to increase the contrast.

Press

button to decrease the contrast.

Set LED light source output brightness to the desired value. (Range 0 ~ 255) Press

button to increase the Aperture Level.

Press

button to decrease the Aperture Level.

Input Level Types: User 1, User 2, User 3, User 4 and User 5 as shown in Figure 12 and Figure 13. Press ENTER to enter the Sub-Menu state as shown in Figure 11. Adjust ADC RGB Brightness (offset) of R, G and B / Contrast (gain) of R, G and B to the desired value. (RGB INPUT OFFSET and GAIN Range 0 ~ 255)

VIDEO SETUP

Press

button to increase Brightness and Contrast.

Press

button to decrease Brightness and Contrast.

Main Input: VIDEO. Displays Video Setup as shown in Figure 14. Refer Table 7 for Video Setup Menu option details.

COLOR TEMP.

Press and buttons to select from 6500K, 7500K, 9300K and 3200K to set the Color Temp as shown in Figure 18, Figure 19 & Figure 20.

COLOR GAMUT

Adjust set of colors found within an image at a given time to the desired value. Press and buttons to select from WIDE, R709 and NTSC to set the Color Gamut as shown in Figure 18 and Figure 19.

OVERLAP

Set Overlap Value to the desired value. Press and buttons to select from 0%, 30% and 50% to set the Overlap Value as shown in Figure 18 and Figure 19.

DLP SETTING

Adjust DLP Setting Brightness (cutoff) of R, G and B / Contrast (drive) of R, G and B to the desired value. (RGB CUTOFF Range 0 ~ 255 and DRIVE Range 0~100) Display DLP Setting as shown in Figure 21. Press

button to increase the CUTOFF and DRIVE for R, G and B.

Press

button to decrease the CUTOFF and DRIVE for R, G and B.

. Figure 10: Picture Setting

37

Figure 11: Input Level - User1

Figure 12: Input Level – User2

Figure 13: Input Level - User3

Table 7: Video Setup menu options

VIDEO BRIGHTNESS

VIDEO CONTRAST

SHARPNESS

Adjust the overall image and background brightness level to the desired value. (Range 0 ~ 255) Press

button to increase brightness.

Press

button to decrease brightness.

Adjust the image contrast level in relation to the input signal to the desired value. (Range 0 ~ 255) Press

button to increase contrast.

Press

button to decrease contrast.

Adjust the sharpness value to the desired value. (Range 0 ~ 6) Press

button to increase sharpness.

Press

button to decrease sharpness.

COLOR

TINT

VIDEO STANDARD

Adjust the color depth of the screen to the desired value. (Range 0 ~ 255) Press

button to increase color depth.

Press

button to decrease color depth.

Adjust the tint of the screen to the desired value. (Range 0 ~ 255) Press

button to increase the flesh tone color to more purplish.

Press

button to decrease the flesh tone color to more greenish.

Adjust Video Input Force timing Setting to the desired value. Video Standard: Auto, NTSC_M, NTSC_44, PAL_BG_DK, PAL_M and PAL_N as shown in Figure15. Press

INPUT VIDEO BLACK

and

buttons to choose from Video Standards.

Adjust Video input signal brightness to improve background brightness level to the desired value. Press

and

buttons to switch between 0 IRE and 7.5 IRE.

INPUT VIDEO BLACK adjustment is shown in Figure 16. OVERSCAN

Over scan function will enlarge the effective display area and discard noises and non-visual information surrounding the video to the desired value. Press

and

buttons to switch between ON and OFF.

OVERSCAN adjustment is shown in Figure 17. Figure 14: Video Setup

39

Figure 15: Video Standard

Figure 16: Input Video Black

Figure 17: Overscan

Figure 18: Picture Setting Values 1

Figure 19: Picture Setting Values 2

Figure 20: Color Temperature

Figure 21: DLP Setting

3. Image Setting The IMAGE SETTING menu, allows to adjust the following options. The Image Setting menu appears as shown in Figure 22. Table 8: Image Setting menu options

ASPECT RATIO

Press and button to select aspect ratio from 16:9, 4:3 and AUTO as shown in Figure 23 and Figure 24.

H-POSITION

Adjust the horizontal display position to the desired value. (Range 0 ~ 31)

V-POSITION

H-CAPTURE

Press

button to increase the H-POSITION.

Press

button to decrease the H-POSITION.

Adjust the vertical display position to the desired value. (Range 0 ~ 10) Press

button to increase the V-POSITION.

Press

button to decrease the V-POSITION.

Adjust RGB Input Capture Horizontal Position to the desired value. (Range -500 ~ 500) Press

button to increase H-CAPTURE.

Press

button to decrease H-CAPTURE.

41

V-CAPTURE

PHASE

FREQUENCY

Adjust RGB Input Capture Vertical Position to the desired value. (Range -300 ~ 300) Press

button to increase V-CAPTURE.

Press

button to decrease V-CAPTURE.

Adjust RGB Input Clock Phase to the desired value. (Range 0 ~ 63) Press

button to increase PHASE.

Press

button to decrease PHASE.

Adjust RGB Input Clock Phase to the desired value. (Range 0 ~ 200) Press

button to increase FREQUENCY.

Press

button to decrease FREQUENCY.

Figure 22: Image Setting

Figure 23: Aspect Ratio

Figure 24: Aspect Ratio Auto

4. Input Setup The INPUT SETUP menu, allows adjusting the following options. The Input Setup menu appears as shown in Figure 25 Table 9: Input Setup menu options

MAIN INPUT SELECT

Main Input: DVI-RGB, VGA, DVI, DVI 2, VIDEO, YPbPr and BNC as shown in Figure 26. Press

PIP INPUT SELECT

and

buttons to choose from Main Inputs.

Set PIP Input based on Main Input to the desired value. If Main is VGA , VIDEO, YPbPr and BNC then PIP Input: DVI-RGB, DVI & DVI 2. If Main is DVI-RGB, DVI and DVI 2 then PIP Input: VGA, VIDEO, YPbPr and BNC as shown in Figure 27.

PIP2 INPUT SELECT

Set PIP2 Input to the desired value.

PIP SETUP

Displays Pip Setup as shown in Figure 29

PIP2 Input: VIDEO, RGB and YPbPr as shown in Figure28

Refer Table 10 for Pip Setup menu option details. PIP2 SETUP

Displays Pip2 Setup as shown in Figure 6. Refer Table 13 for Pip2 Setup menu option details.

MODE MEMORY STATUS

Displays Mode Memory Status as shown in Figure 43.

USER MODE

Displays User Mode as shown in Figure 44.

43

Figure 25: Input Setup

Figure 26: Main Input Select

Figure 27: Pip Input Select

Figure 28: Pip 2 Input Select

45

Table 10: Pip Setup menu options

PIP MODE

Disable (ON) or Enable (OFF) PIP window as shown in Figure 30.

PIP H-SIZE

Adjust the horizontal size of PIP windows to the desired value. (Range 0 ~ 10)

PIP V-SIZE

PIP H-POSITION

PIP V-POSITION

PIP BLENDING

Press

button to increase PIP H-SIZE.

Press

button to decrease PIP H-SIZE.

Adjust the vertical size of PIP windows to the desired value. (Range 0 ~ 10) Press

button to increase PIP V-SIZE.

Press

button to decrease PIP V-SIZE.

Adjust the horizontal position of PIP windows to the desired value. (Range 0 ~ 100) Press

button to increase PIP H-POSITION.

Press

button to decrease PIP H-POSITION.

Adjust the vertical position of PIP windows to the desired value. (Range 0 ~ 100) Press

button to increase PIP V-POSITION.

Press

button to decrease PIP V-POSITION.

Adjust the transparency position of PIP windows to the desired value. (Range 25 ~ 100) Press

button to increase transparency.

Press

button to decrease transparency.

PIP IMAGE SETTING

Displays Pip Image Setting as shown in Figure 31.

PIP INPUT LEVEL

Displays Pip Input Level as shown in Figure 34.

Refer Table 11 for Pip Image Setting option details.

Adjust RGB Brightness (offset) of R, G and B / Contrast (gain) of R, G and B to the desired value. (RGB INPUT OFFSET and GAIN Range 0 ~ 255)

PIP VIDEO SETUP

Press

button to increase Brightness (offset) and Contrast (gain).

Press

button to decrease Brightness (offset) and Contrast (gain).

Displays Pip Video Setup as shown in Figure 35. Table 12 for Pip Video Setup option details.

Figure 29: Pip Setup

Figure 30: Pip Mode

Table 11: Pip Image setting menu options

ASPECT RATIO

Press and Figure 32.

H-CAPTURE

Adjust RGB Input Capture Horizontal Position to the desired value. (Range -500 ~ 500)

V-CAPTURE

PHASE

FREQUENCY

button to select aspect ratio from 16:9 and 4:3 as shown in

Press

button to increase H-CAPTURE.

Press

button to decrease H-CAPTURE.

Adjust RGB Input Capture Vertical Position to the desired value. (Range -300 ~ 300) Press

button to increase V-CAPTURE.

Press

button to decrease V-CAPTURE.

Adjust RGB Input Clock Phase to the desired value. (Range 0 ~ 63) Press

button to increase PHASE.

Press

button to decrease PHASE.

Adjust RGB Input Clock Phase to the desired value. (Range 0 ~ 200) Press

button to increase FREQUENCY.

Press

button to decrease FREQUENCY.

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FORCE TIMING

Displays Force Timing as shown in Figure 33 Pip Force Timing: NO FORCE TIMING, FORCE TIMING VGA60, FORCE TIMING 480P, FORCE TIMING EDTV, FORCE TIMING SXGA 60, FORCE TIMING SXGA + and FORCE TIMING WSXGA +. Press

Figure 31: Pip Image Setting

Figure 32: Aspect Ratio

Figure 33: Pip Force Timing

and

button to select from Force Timing menu options.

Figure 34: Pip Input Level

Table 12: Pip Video Setup menu options

VIDEO BRIGHTNESS

VIDEO CONTRAST

SHARPNESS

COLOR

TINT

Adjust Video Input Brightness to the desired value. (Range 0 ~ 255) Press

button to increase Video Brightness.

Press

button to decrease Video Brightness.

Adjust Video Input Contrast to the desired value. (Range 0 ~ 255) Press

button to increase Video Contrast.

Press

button to decrease Video Contrast.

Adjust PIP Sharpness to the desired value. (Range 0 ~ 6) Press

button to increase Sharpness.

Press

button to decrease Sharpness.

Adjust PIP Video Input Color to the desired value. (Range 0 ~ 255) Press

button to increase color.

Press

button to decrease color.

Adjust PIP Video Input Tint of the screen to the desired value. (Range 0 ~ 255) Press

button to increase the flesh tone color to more purplish.

Press

button to decrease the flesh tone color to more greenish.

49

Figure 35: Pip Video Setup

Table 13: Pip2 Setup menu options

PIP2 MODE

Disable (ON) or Enable (OFF) PIP2 window as shown in Figure37.

PIP2 H-SIZE

Adjust the horizontal size of PIP2 windows to the desired value. (Range 0 ~ 10)

PIP2 V-SIZE

PIP2 HPOSITION

PIP2 VPOSITION

PIP2 BLENDING

Press

button to increase PIP2 H-SIZE.

Press

button to decrease PIP2 H-SIZE.

Adjust the vertical size of PIP2 windows to the desired value. (Range 0 ~ 10) Press

button to increase PIP2 V-SIZE.

Press

button to decrease PIP2 V-SIZE.

Adjust the horizontal position of PIP2 windows to the desired value. (Range 0 ~ 100) Press

button to increase PIP2 H-POSITION.

Press

button to decrease PIP2 H-POSITION.

Adjust the vertical position of PIP2 windows to the desired value. (Range 0 ~ 100) Press

button to increase PIP2 V-POSITION.

Press

button to decrease PIP2 V-POSITION.

Adjust the transparency position of PIP2 windows to the desired value. (Range 25 ~ 100) Press

button to increase transparency.

Press

button to decrease transparency.

PIP2 IMAGE SETTING

Displays Pip2 Image Setting as shown in Figure 38.

PIP2 INPUT LEVEL

Displays Pip2 Input Level as shown in Figure 41

Refer Table 14 for Pip2 Image Setting option details.

Adjust RGB Brightness (offset) of R, G and B / Contrast (gain) of R, G and B to the desired value. (RGB INPUT OFFSET and GAIN Range 0 ~ 255)

PIP2 VIDEO SETUP

Press

button to increase Brightness (offset) and Contrast (gain).

Press

button to decrease Brightness (offset) and Contrast (gain).

Displays Pip2 Video Setup as shown in Figure 42. Refer Table 15 for Pip2 Video Setup option details.

Figure 36: Pip2 Setup

Figure37: Pip2 Mode

Table 14: Pip2 Image Setting menu options

ASPECT RATIO

Press

and

button to select aspect ratio from 16:9 and 4:3 as shown in

Figure 39 H-CAPTURE

Adjust RGB Input Capture Horizontal Position to the desired value. (Range -500 ~ 500) Press

button to increase H-CAPTURE.

Press

button to decrease H-CAPTURE.

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V-CAPTURE

PHASE

FREQUENCY

FORCE TIMING

Adjust RGB Input Capture Vertical Position to the desired value. (Range -300 ~ 300) Press

button to increase V-CAPTURE.

Press

button to decrease V-CAPTURE.

Adjust RGB Input Clock Phase to the desired value. (Range 0 ~ 63) Press

button to increase PHASE.

Press

button to decrease PHASE.

Adjust RGB Input Clock Phase to the desired value. (Range 0 ~ 200) Press

button to increase FREQUENCY.

Press

button to decrease FREQUENCY.

Displays Force Timing as shown in Figure 40 Pip2 Force Timing: NO FORCE TIMING, FORCE TIMING VGA60, FORCE TIMING 480P, FORCE TIMING EDTV, FORCE TIMING SXGA 60, FORCE TIMING SXGA + and FORCE TIMING WSXGA +. Press

Figure 38: Pip2 Image Setting

Figure 39: Aspect Ratio

and

button to select from Force Timing menu options.

Figure 40: Pip2 Force Timing

Figure 41: Pip2 Input Level

Table 15: Pip2 Video Setup menu options

VIDEO BRIGHTNESS

VIDEO CONTRAST

Adjust Video Input Brightness to the desired value. (Range 0 ~ 255) Press

button to increase Video Brightness.

Press

button to decrease Video Brightness.

Adjust Video Input Contrast to the desired value. (Range 0 ~ 255) Press

button to increase Video Contrast.

Press

button to decrease Video Contrast.

53

SHARPNESS

COLOR

TINT

Adjust PIP2 Sharpness to the desired value. (Range 0 ~ 6) Press

button to increase Sharpness.

Press

button to decrease Sharpness.

Adjust PIP2 Video Input Color to the desired value. (Range 0 ~ 255) Press

button to increase color.

Press

button to decrease color.

Adjust PIP2 Video Input Tint of the screen to the desired value. (Range 0 ~ 255) Press

button to increase the flesh tone color to more purplish.

Press

button to decrease the flesh tone color to more greenish.

Figure 42: Pip2 Video Setup

Figure 43: Mode Memory Status

Figure 44: User Mode

5. Option Setup The OPTION SETUP menu, allows to adjust the following options. The Option Setup menu appears as shown in Figure 45 Table 16: Option Setup menu options

LANGUAGE

Set OSD Language to the desired value. Press and in Figure 46

buttons to select from English, Chinese and Korean as shown

IMAGE ORIENTATION

Set Image Direction to the desired value.

BAUD RATE

Set data transfer speed to the desired value.

Press and buttons to select from FRONT, REAR, INVERTED FRONT and INVERTED REAR as shown in Figure 46 and Figure 48.

Press and buttons to select from 9600, 19200 and 57600bps as shown in Figure 46 and Figure 48. GAMMA

Select image Gamma to the desired value. Press and buttons to select from FILM, GRAPHIC, VIDEO, LINEAR and NORMAL as shown in Figure 46, Figure 48, Figure 50 and Figure 51.

MENU HPOSITION

Adjust OSD Horizontal Position to the desired value. (Range 0 ~ 50) Press

button to increase the MENU H-POSITION.

Press

button to decrease the MENU H-POSITION.

55

MENU VPOSITION

RESET ALL SETTING

Adjust OSD Vertical Position to the desired value. (Range 0 ~ 50) Press

button to increase the MENU V-POSITION.

Press

button to decrease the MENU V-POSITION.

Select YES to reset all users setting in OSD as shown in Figure and Figure47.

Figure 45: Option Setup

Figure 46: Option Setup Values 1

Figure 47: Option Setup reset yes

Figure 48: Option Setup Values 2

Figure 49: Option Setup reset yes

Figure 50: Gamma Video

Figure 51: Gamma Linear

6. Tiling Setup The TILING SETUP menu, allows to adjust the following options. The Tiling Setup menu appears as shown in Figure 52. Table 17: Tiling Setup menu options

ALL NUM. OF COLS.

ALL NUM. OF ROWS

PROJECTOR COL.

PROJECTOR ROW

PROJECTOR ID

Set the total column number of Tiling Screen to the desired value. (Range : 11h ~ 88h => ( 1Xh ~ 8Xh and X1h ~ X8h )) Press

button to increase the total column number.

Press

button to decrease the total column number.

Set the total row number of Tiling Screen to the desired value. (Range : 11h ~ 88h => ( 1Xh ~ 8Xh and X1h ~ X8h )) Press

button to increase the total row number.

Press

button to decrease the total row number.

Set the column number of Tiling Screen to the desired value. (Range : 11h ~ 88h => ( 1Xh ~ 8Xh and X1h ~ X8h )) Press

button to increase the column number.

Press

button to decrease the column number.

Set the row number of Tiling Screen to the desired value. (Range : 11h ~ 88h => ( 1Xh ~ 8Xh and X1h ~ X8h )) Press

button to increase the row number.

Press

button to decrease the row number.

Set the PROJECTOR ID to the desired value. (Range:00~99) Press 0 ~ 9 buttons to set PROJECTOR ID.

DVS MENU

Adjust the six-axis mechanism

MOTOR CONTROL MENU

Adjust the Projection Lens motor in Ultra Slim cube series

57

Note : -

DVS Menu is inactive in rear access vidoewall

-

Motor Control Menu will be active only in Ultra slim cubes.

Figure 52: Tiling Setup

7. Special Setup The SPECIAL SETUP menu, allows to adjust the following options. The Special Setup menu appears as shown in Figure 53. Table 18: Special Setup menu options

POWER DELAY

FRAME LOCK

Set Power Delay Timer For Lamp On to the desired value. (Range:0 ~ 10) Press

button to increase the Power Delay Time.

Press

button to decrease the Power Delay Time.

Set RGB Input Frame Lock Status to the desired value. Press

and

button to switch ON and OFF as shown in Figure54.

RGB FIRST AUTO

Set RGB Input First Auto Adjust to the desired value.

AGC

Set Video Input AGC Function to the desired value.

Press

Press

and

and

button to switch ON and OFF as shown in Figure54.

button to switch ON and OFF as shown in Figure54.

TEST PATTERN

Press ENTER to enter the Internal Test Pattern mode. Adjust Cutoff of R, G and B / Drive of R, G and B to the desired value as shown in Figure 55.

HSG SETUP

Press

button to increase Cutoff and Drive.

Press

button to decrease Cutoff and Drive.

Press ENTER to enter the HSG mode. Adjust the Hue, Saturation and Gain of Red, Green, Blue, Yellow, Cyan, Magenta and White to the desired value as shown in Figure 56, Figure 57, Figure 58 Figure59, Figure 60 Figure 61 and Figure 62 respectively. (Range 0 ~ 200) Press

NET SETUP

and

button to set the HSG of the above mentioned colors.

Press ENTER to enter the NET SETUP mode Set the HDCP mode, IP address and sub mask address as shown in Figure 64

FORCE TIMING

Enter to set RGB Input Force Timing. Display Force Timing as shown in Figure 63. Force Timing: NO FORCE TIMING, FORCE TIMING VGA60, FORCE TIMING 480P, FORCE TIMING EDTV, FORCE TIMING SXGA 60, FORCE TIMING SXGA + and FORCE TIMING WSXGA +. Press

DVI EQ SETTING

and

button to select from Force Timing menu options.

Set EQ Setting for the length of DVI cables to be used to the desired value. DVI EQ SETTING: NORMAL and HIGH. Normal for short cables. High for long cables. Press

FAN CONTROL

and

button to switch between NORMAL and HIGH.

Adjust the temperature around the optical engine to the desired value. Press and Figure 65.

button to switch between AUTO and FULL ON as shown in

59

Figure 53: Special Setup

Figure 54: Special Setup Values 1

Figure 55: Test Pattern

61

Figure 56: HSG Red

Figure 57: HSG Green

Figure 58: HSG Blue

Figure59: HSG Yellow

63

Figure 60: HSG Cyan

Figure 61: HSG Magenta

Figure 62: HSG White

Figure 63: Force Timing

65

Figure 64: NET Set up

Figure 65: Fan Control

8. System status SYSTEM STATUS menu displays the following options. The System Status menu appears as shown in Figure 66. Table 19: System status menu options

SYSTEM INFO

Displays the model number of optical engine, Projector ID, system Hours, Lamp hours, SW version and Video BD version as shown in figure 67

SOURCE INFO

Displays the main source, main resolution, PIP source, PIP resolution, PIP2 Source, PIP2 resolution. As shown in figure 68

LED DRIVER INFO

Displays the LED Driver Information as shown in figure 69

FAN DRIVER INFO

Displays the FAN Driver Information as shown in figure 70

TEMPERATURE INFO

Displays the temp information of DMD BD and LAMP BD. as shown in figure 71

NET INFO

Displays the Network information as shown in figure 72

POWER INFO.

Displays the Power Information as shown in figure 73

ERROR CODE

Displays the Error Code information as shown in figure 74

INFO

Figure 66: System Status

Figure 67: System Info

Figure 68: Source Info

67

Figure 69: LED Driver Info

Figure 70: FAN Driver Info

Figure 71: Temperature Info

Figure 72: NET Info

Figure 73: Power Info

69

Figure 74: Error Code Info

The next chapter describes how to download the latest firmware

Chapter 5 Downloading Firmware This chapter describes how to upgrade the Video Wall with the latest version of the firmware. Firmware is the set software program which gives instructions to the Video Wall System Contact Delta Customer Support at [email protected] to get the latest version of the firmware. For firmware upgrade, user need, USB cable (one side is normal USB connector other side is mini-USB connector, PC with Window XP. Perform the following steps to download the firmware on Control Board. • • •

Switch off the power of the Video wall system. Connect USB cable to “SERVICE USE” connector and PC as shown below in figure 75 Select SW DIP 123 to ON as shown in figure 76.

Figure 75: Control Box and PC

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Figure 76: SW DIP

•

Select/Press “FlashUpgrader” as shown in Figure 77.

Figure 77: Window displayed after clicking on the Firmware icon

• • • • • •

Select “ connection” to USB 2.0 as shown in figure 78 Press “Flash file” button to select “ pw980osmp_app.inf as shown in fig 79 Press Flash button System Power on (LED show “DL” means waiting for download)as shown in fig 80. Now download process begin as shown in Figure 81 Download finished as shown in Figure 82.

Figure 78: FlashUpgrader window- Connection

Figure 79: Flash Upgrader window- Flash file

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Figure 80: Control Box- Indicator

Figure 81: FlashUpgrader window showing firmware downloading process

Figure 82: download finished

. •

Restart the system and select DIP SW 123 to OFF.

For firmware upgrade, user need, RS232 cable (or USB to RS232 cable), PC with Window XP. Perform the following steps to download the firmware on Video Board. • •

Switch off the power of the Video wall system. Connect R232 cable to connector and PC as shown below in figure 83

Figure 83: Control Box- connection

•

Select SW PW1 PW2 to PW2as shown in figure 84

75

Figure 84: Switch

.

Select/Press “FlashUpgrader” as shown in Figure 85

. Figure 85:

Flash Upgrader

Figure 86: Connection

Figure 87: Flash button

• • • • •

Select “ connection” to “Serial” as shown in figure 86 Press Flash button as shown in figure 87 Now download process begin as shown in Figure 88 Download finished as shown in Figure 89 Re start the System, select SW PW1PW2 switch PW1 as shown in fig 90

Figure 88: Download

77

Figure 89: Download finished

Figure 90: Switch

The next chapter describes the calibration settings for LED.

Chapter 6 Calibrating LED Sensor This chapter explains the different ways of calibrating the LED sensors.

Installing the Software Requirements for calibrating LED sensor: • • • •

One personal computer or note book. Two standard RS 232 cables to connect. One CL 200. Internet only for first downloading and installing framework 2.0

The procedure to install the software to calibrate the LED sensor is as follows: 1. Connect one standard RS 232 cable with personal computer and Video wall engine as shown in Figure 91. 2. Connect other standard RS 232 cable with personal computer and CL 200 as shown in Figure 91 Figure 91: Connect Video wall engine, PC and CL 200 with RS 232 cables

1. Place CL 200 in front of the projection lens. 2. Ensure the distance between CL 200 and the projection lens is 15 cms. 3. Ensure CL 200 is set to multi mode. 4. On the PC screen double click the ‘Setup’ file to start the installation as shown in Figure 92.

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Figure 92: Double click the setup file to start the installation

Note: The system confirms whether framework 2.0 is installed or not. If framework 2.0 is not installed, the system automatically notifies to download and install it. 5. Once framework 2.0 is installed, the system installs LED video wall control tool.

Setting the values Following is the procedure to set the values for calibration: Once the LED Video wall control tool is installed set the communication port, baud rate and ID number as shown in Figure93. Figure 93: Setting the Port, Baud Rate and ID number

Opening the LED Calibration Window Following is the procedure to open the LED Calibration Window: 1. On the Exit button, move the mouse in the red block, double click the left mouse button and type the English word ‘TENG’ as shown in Figure 94. Figure 94: Move the mouse on Exit button and double click the left mouse button

2. The tool displays Model Select menu on the screen. 3. Click LED Calibration option on the menu to open the LED Calibration window

as shown in Figure 95 and Figure.

Figure 95: Click on the LED Calibration option

81

Figure 96: LED Calibration Window

Operating Manually Following section explains the procedure to calibrate LED Sensor manually: 1. On the LED Calibration window click the White button to open the white pattern options as shown in Figure 97. Figure 97: Click the White button

2. Click the Set button to set the color channel DAC value of the engine as shown in Figure 98 Figure 98: Click the Set button

3. Click Get button to display the color sensor values of R, G and B as shown in Figure99 and Figure 100. Figure99: Click the get button – Output 1

Figure 100: Click the get button - Output 2

83

Note: If the R, G and B values are not in standard range of color sensor 2600 ~2800, the color sensor values (Red-A, Green-B or Blue-C) are displayed with red background color. If the color sensor value (Red-A, Green-B or Blue-C) is out of range, adjust the resistances of red, green and blue by the screwdriver as shown in Figure 101. Figure 101: Adjust the resistances of R, G and B by the screwdriver

4. When these values are matched with the standard range, change the engine pattern to Red by clicking the Red button as shown in Figure 102. Figure 102: Click the Red button

5. After changing the pattern if the picture on the Video wall screen is stable, fill the values of Ev, x and y from CL 200 in the corresponding form as shown in Figure 103 and Figure 104. Figure 103: Ev, x and y displayed in CL 200

Figure 104: Fill values of Ev, x and y for Red in the form

6. Similarly, fill the Ev, x and y values for Green and Blue in the form as shown in Figure 105 and Figure 106 Figure 105: Fill values of Ev, x and y for Green in the form

Figure 106: Fill values of Ev, x and y for Blue in the form

7. Click the Save Value button as shown in Figure 107. Figure 107: Click the Save value button

85

8. Change the engine mode to normal by clicking Normal button as shown in Figure.108 Figure108: Click the Normal button

Operating Automatically Following the procedure to calibrate LED Sensor automatically: 1. Set up CL 200 connection port. 2. Click CL 200 Link to connect as shown in Figure 109 3. When the connection is made successfully, click Automation button to start the calibration as shown in Figure 109 Figure 109: Click CL 200 Link and Automation buttons

4. After clicking Automation button, the white pattern window will open. 5. The standard color channel DAC values are typed in by the system. 6. On completion of the above steps the following message is displayed on the window as shown in Figure 110 Figure 110. Automatic LED Calibrate …

Figure 110"Automatic LED Calibrate..." Message displayed in the window

7. The engine will display color sensor values after every 0.6 sec automatically as shown in Figure 111. Figure 111: Color sensor values displayed after every 0.6 sec

Note: If the R, G and B values are not in standard range of color sensor 2600 ~2800, the color sensor values (Red-A, Green-B or Blue-C) are displayed with red background color.

87

If the color sensor value (Red-A, Green-B or Blue-C) is out of range, adjust the resistances of red, green and blue by the screwdriver as shown in Figure 112. If the color sensor value (Red-A, Green-B or Blue-C) is already adjusted within the standard range, the system leaves the state after 10~15 sec as shown in Figure 113 Figure 112: Red, Green and Blue resistances

Figure 113: Color sensor value adjusted within the standard range

8. The system changes the engine pattern to red pattern. 9. Then the system gets x, y and Ev values from CL 200 and fill them in the corresponding form automatically as shown in Figure 114. Figure 114: Red pattern and Ev, x and y values filled in the form

10. Similarly, the system enters the x, y and Ev of Green and Blue from CL 200 as shown Figure 115 and Figure 116.

Figure 115: Values of Ev, x and y of Green filled in the form

Figure 116: Values of Ev, x and y of Blue filled in the form

11. The system saves the data to engine and changes engine mode to normal. 12. On completion of the above steps the following message is displayed on the window as shown in Figure 117. Automatic LED Calibration Pass!!

89

Figure 117: Automatic LED Calibration Pass!! message displayed in the window

Operating Semi-automatically Following the procedure to calibrate LED Sensor semi-automatically: 1. Set up CL 200 connection port. 2. Click CL 200 Link to connect as shown in Figure 118. 3. When the connection is made successfully, click Semi-Automation button to start the calibration as shown in Figure 118. Figure 118: Click CL 200 and Semi-Automation buttons

4. After clicking Semi-Automation button, the white pattern window will open. 5. The standard color channel DAC values are typed in by system. 6. On completion of the above steps the following message is displayed on the window as shown in Figure 119. Automatic LED Calibrate … Figure 119: Automatic LED Calibration message is displayed in the window

Note: The engine displays the color sensor values after every 0.6 sec automatically as shown in Figure 120.

91

Figure 120: Color Sensor values

Note: If the R, G and B values are not in standard range of color sensor 2600 ~2800, the color sensor values (Red-A, Green-B or Blue-C) are displayed with red background color. If the color sensor value (Red-A, Green-B or Blue-C) is out of range, adjust the resistances of red, green and blue by the screwdriver as shown in Figure 121: Resistances of Red, Green and Blue Figure 121 and Figure 122. If the color sensor value (Red-A, Green-B or Blue-C) is already adjusted within the standard range, click on the Stop button to leave the state as shown in Figure 123 and Figure 124. Figure 121: Resistances of Red, Green and Blue

Figure 122: Color sensor values in the standard range

Figure 123: Click on the Stop button

Figure 124: R, G and B color sensor values within the standard range

7. Click on the Continue button to change the engine pattern to red pattern as shown in Figure 125. 8. Once the system gets x, y and Ev values from CL 200,it enters them in the corresponding form automatically as shown in Figure 126.

93

Figure 125: Click the Continue button

Figure 126: Automatic entry of x, y and Ev values from CL 200 for Red

9. Similarly the system enters the x, y and Ev for Green and Blue as shown in Figure 127 and Figure 128. Figure 127: Automatic entry of x, y and Ev values from CL 200 for Green

Figure 128: Automatic entry of x, y and Ev values from CL 200 for Blue

10. The system saves the data to engine and changes engine mode to normal. 11. On completion of the above steps the following message is displayed on the window as shown in Figure 129. Automatic LED Calibration Pass!! Figure 129 Automatic LED Calibration Pass!! Message is displayed in the window

The next chapter describes the servicing and maintaining of the Video Wall system.

95

Chapter 7 Servicing and Maintaining This chapter describes how to service and maintain various parts of the Video wall Systems. Read the warning icons before cleaning the components of the Video Wall System.

Cleaning the Screen For slightly dusty screen: • • •

Use feather duster to clean the screen. Use light vacuum cleaning, with bristles that do not scratch the screen surface. The front portion (Lenticular profile) of the screen can be cleaned with a brush. Ensure that the brush is used in the direction of the grooves, vertically as shown in Figure 130.

Figure 130: Lenticular profile of the screen

•

The back portion of the screen should be cleaned using a brush in circular motion as shown in Figure 131.

Figure 131: Fresnel profile of the screen

For considerably dusty screen: •

To remove stains of fingers from the screen, use an ordinary window cleaner with ammonia as shown in Figure 132.

Figure 132: Window cleaner

• •

Do not use alcohol for cleaning the screen. Use a painting pad to clean the screen, instead of a brush. Painting pad is shown in Figure 133.

Figure 133: Painting pad

• • •

Apply cleaning agent to the painting pad and moisten it, use the pad in the direction of the profile to clean the screen. The whole screen must be treated; otherwise a difference in the treated and untreated area will be visible. On the front (Lenticular profile) of the screen, move the painting pad vertically in the direction of the grooves.

97

•

On the back (Fresnel profile) of the screen, move the painting pad in circular motion.

Wiping the screen dry: • • • • •

When the liquid has been distributed and worked well into the grooves, the screen must be wiped dry. Use another painting pad to dry the screen. Use the same procedure for drying the screen as used for cleaning. If the painting pad is very wet, use water absorbent paper to dry the screen. Use a hair dryer to dry the screen, holding it at a considerable distance from the screen. Keep the hair dryer to the lowest heat settings.

Precautions to be taken for cleaning the screen: • • • • • • • •

Wear non-marking gloves while handling the screen, as perspiration and oil from skin causes optical distortion during use. Handle the screen with care to avoid dropping them on their edges. Although screen substrates are durable, the edges fracture and chip if dropped. Never slide screens on their edges or surface. The surface finish gets scratched when debris particles come in close contact with the screen. Ensure the work surface is flat. Do not lay screens on uneven or dirty work surface, as dirt particles damage the screen surface. Use foam slip sheets on the work surface, before laying the screen on the surface. Do not use cleaning agents with solvents as they might damage the screen. For thinning the cleaning agent, use lime free water only. Do not rub the surface too hard or persistently to remove stains to avoid deformation of the screen.

Cleaning Black Bead Non Glare screen Procedure for cleaning Black Bead Non Glare screen: • • • • • •

Wash the screen with mild soap solution or detergent and lukewarm water. Use a lint-free cloth to clean the screen. Apply light pressure to clean the screen. Rinse the screen with clean water and dry by blotting damp lint-free cloth or chamois. Always use a clean, lint-free cloth to clean the front of the screen. Use separate cloth to clean the front of the screen and beaded side. As the beaded side may leave bead particles on the cloth which could scratch the screen surface.

• • •

Do not use commercial cleaning sprays available for cleaning window’s, to clean the screen. Do not use kitchen scouring compounds to clean the screen. Do not use solvents such as acetone, gasoline, benzene, alcohol, carbon tetrachloride or lacquer thinner.

Cleaning and Replacing the Sponge Procedure for cleaning and replacing the sponge: • • • • • • • • •

Unscrew the fan and remove it from the cabinet. Unscrew the base on which the fan is mounted and remove it from the cabinet. Unscrew the sheetmetal which has the sponge. Remove the sponge from the sheetmetal. If the sponge has become old then replace it with a new one else wash the sponge with water to remove the dust. Place the sponge in the sheetmetal when completely dry. Screw the sheetmetal to the cabinet. Screw the fan base to the cabinet. Screw the fan to the cabinet.

The above points are essential for servicing the Video Wall System.

99

Appendix Delta’s Video Wall Technology Following is the technology behind the Delta HD LED Video Wall Systems:

Projection Technology Figure 134: Chip DLP projection

The digital micromirror device, or DMD, used in our system is an optical semiconductor that is the core of DLP projection technology, and was invented by Texas Instruments (TI). When a DLP® chip is coordinated with a digital Video or graphic signal, a light source, and a projection lens, its mirrors reflect a digital image onto a screen or other surface. The DLP® chip and the sophisticated electronics that surround it are what we call DLP® technology. A DLP® chip’s micromirrors are mounted on tiny hinges that enable them to tilt either toward the light source in a DLP® projection system (ON) or away from it (OFF)-creating a light or dark pixel on the projection surface.

White light passes through a color filter, causing red, green, blue and even additional primary colors such as yellow cyan, magenta and more are shown in sequence on the surface of the DLP® chip. The switching of the mirrors and the proportion of time they are ‘on’ or ‘off’ is coordinated according to the color shining on them. Then the sequential colors blend to create a full-color image you see on the screen.

Mirror Technology Mirrors used in our Video wall systems are of high quality projection purposes and are 1st grade optical mirrors with absolute flatness and a high reflection. Figure 135: Mirror Technology

Rear projection applications usually require the built-in depth to be minimized. This can be done using optical mirrors to fold the light path. Optical mirrors are always first surface mirrors, i.e. mirrors without glass in front of the reflective layer, in comparison with standard “bathroom” mirrors. Standard mirrors cannot be used because the glass will create reflections and ghost images. Optical mirrors are available in two different types: glass, or as a film or foil stretched over a metal frame. The glass based mirrors are available in special coated versions for improved reflection and with cleanable surfaces. The film versions do not offer a cleanable surface and are very sensitive to scratches. Big glass mirrors are heavy and difficult to handle and if angled forward (as is usual) they will deflect due to their mass, which means image distortion. Due to the much lower mass of the foil based mirrors, these do not suffer from deflection, but in general glass based mirrors have better performance. Reflection from high quality optical mirrors is typically around 94%; the perceivable light loss due to mirrors in the light path is negligible.

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Display Screen Technology An optical projection screen used in Delta HD LED Video wall system, is not a traditional screen. It is an advanced optical lens system, which enables you to control the projected image for maximum impact – even in brightly-lit environments. Screens enhance the image for optimum viewing by focusing and concentrating the projected light. In fact, optical screens use light so effectively that they allow you to project large images in brightly lit rooms - and even outdoors. The technique used with these large optical screens is “rear projection”. This means that the projector is placed behind the screen, shooting straight towards the audience. The optical screen controls the light path and distributes bright, sharp images into a predefined viewing zone.

The Technology behind the Video walls

Index B Black Bead NG screen, 126

C Cabinet, 2 Control Box, 8 cube, 2, 8

P Picture Setting, 78 projection engine, 3 projection screen, 2

R reflective mirror, 7

D DMD, 128

I Image Setting, 82 Input Setup, 84

S Screen, 2, 3, 124 Special Setup, 97 HD LED Engine, 77 System status, 104

T L

Tiling Setup, 96

LED sensor, 108 LED statuses, 8, 9

V M

Video wall, 6 Video Wall, 1

Mirrors, 129

O Optical mirrors, 129 Option Setup, 94

103

Europe NETHERLANDS Delta Electronics Europe Zandsteen 15, 2132 M Hoofddorp, The Netherlands

Z

SLOVAKIA Delta Electronics (Slovakia) s.r.o. Priemyselna ulica 4600/1 018 41 Dubnica nad Vahom Slovakia FRANCE Delta Electronics (France) S.A. ZI du bois Chaland 2 15 rue des Pyrenees, Lisses 91056 Evry Cedex

Asia TAIWAN Delta Electronics, Inc. 186 Ruey Kuang Road, Neihu, Taipei 11491, Taiwan JAPAN Delta Electronics (Japan) Inc, Delta Shibadaimon Building 2-114 Shibadaimon, Minato-Ku, Tokyo 105-0012, Japan

THAILAND Delta Electronics (Thailand) PCL 909 Soi 9, E.P.Z. Bangpoo Industrial Estate Moo 4, Pattana 1 Rd T. Prakasa, A. Muang Samutprakarn 10280 Thailand INDIA Delta India Electronics Pvt. Ltd. Plot No. 43 Sector 35, HSIIDC Gurgaon 122001, Haryana, Inda KOREA Delta Electronics (Korea) Inc 234-9 Duck soo Building 7F, Nonhuyn-dong, Kangnam-Gu, Seoul, Korea 135-010 CHINA Delta Electronics (Jiang Su) Ltd. 1688 Jiangxing East Road, Wujiyang Economic Development Zone Wujiyang City, Jiang Su Province China SINGAPORE Delta Electronics (Singapore) 1, Kaki Bukit Road 1, #03-29, Enterprise One, Singapore 415934

North America PORTLAND 15125 SW Koll Parkway, Suite K, Beaverton, OR 97006, U.S.A. USA Delta Products Corporation Fremont Office 4405 Cushing Parkway, Fremont, CA 94538, U.S.A.