Eizo Raptor SQ2801 User's Manual
Contents
1. 6 tayoutof this Manual ia 7 Warnings and Safety Notes iii das Sta estas 8 9 Instructions for Handling Components Susceptible to Electrostatic Shocks 10 CISANO ETHER 10 General Installation ay aa 11 Removal of Packaging and Checking of Component 11 Installing 41 52 014 akan 12 Raptor 592801 Dimensions Chassis version ma aaaaaaazwa 13 Raptor 502801 Dimensions Desktop 16 Raptor 502801 Dimensions Panel mount 19 Interfaces and Connector 222221 0100 22 Analog RGB Interface ire rr eee te ui iade Ec aa teg tb ui me ede 23 DVI 1 DVI 2 Interface rre tek etate a tec pee RAE ER ERE 24 232 14 ete E RI OIN ni 25 RS232 2 Interface aa redii pm ERE ENTE Lco s 25 54221 KANA 26 External OSD Keyboard Interface ue erre edis er Ene 27 Electrical Installation 27 Oper2. Ly p A 9 10 g g e Fig 5 Raptor SQ2801 Dimensions Chassis version Side View 2 General Installation 15 222 Raptor 502801 Dimensions Desktop version 671 633 Fig 6 Raptor 502801 Desktop Version Front View 16 2 General Installation Fig 7 Raptor 5 02801 Dimensions Desktop version Rear View 2 General Installation 17 169 Fig 8 Raptor 502801 Dimensions Desktop Side View 18 2 General Installation 2 2 3 Raptor SQ2801 Dimensions Panel mount version Fig 9 Raptor 502801 Dimensions Panel mount Front View 2 General Installation 19 Fig 10 Raptor 502801 Dimensions Panel mount Side View 20 2 General Installation Lc uo _ i EE E E E E E E EE P EE E E EE E E E EE E E E gg ae ra Dimensions without excess end of screw head Fig 11 Raptor SQ2801 Dimensions Panel mount Back View 2 General Installation 21 2 3 Interfaces and Connector Assignment The monitor has been tested and pre adjusted at the factory For system installation connect the unit to the main power supply serial interfaces and input sources All input connectors are shown in the figure below All connections should adhere to EMC regulations Use cord grips to secure cables RS232 2 RS232 1 Main Power Power Switch Fuse 1 Clip for Cord Grips e
3. Channel 2 Standard Protocol This protocol supports all adjustments and controls of the monitor Simplified Protocol This protocol has a simplified structure and only allows the adjustment of brightness contrast and backlight brightness It can also query the monitor s system status for information such as error messages temperature active source and operating time DDM Protocol This protocol is used in Sony DDM compatible systems The following table shows which protocols are available for each of the different interfaces Standard Protocol RS232 1 Simplified Protocol RS232 1 RS232 2 RS 422 DDM Protocol RS232 2 RS 422 The RS232 2 interface has additional handshake signals which are needed for communication via DDM protocol 4 Serial Communication 43 4 1 Standard Protocol The standard protocol supports all adjustments and control of the monitor This protocol uses two kinds of data packet types Packet format called Operation is used for adjustments such as brightness contrast and backlight brightness The packet type called key simulation is used to operate the OSD via serial interface Interface Parameters Baud Rate 19200 Parity None Data Bits 8 Stop Bits 1 Handshake No Protocol Host Monitor Operation Key gt 4 ACK OK Operation GET gt ACK OK lt Ox1E ACK Messag
4. RS422 Connector Assignment Connector type 15 pin D Sub plug Pin Signal ji 2 TXD V N 9696069688 JJ 27 3 RXD e 4 NC 5 6 7 8 9 TXD 10 RXD 11 NC 12 NC 13 NC 14 NC 15 GND 26 2 General Installation 2 3 6 External OSD Keyboard Interface This connector is for an external passive keyboard which has exactly same functionality as the buttons on the front of the panel used to control the OSD on screen display see section 3 1 page 28 An external keyboard allows operation of the monitor when the front side keyboard is not accessible or is absent Cable length for this external keyboard should not exceed 7 meters The keys of the external keyboard pull the signal to ground see following sketch 1 2 Key 3 4 Menu 5 Key Select Connector Assignment Connector Type Pin Signal Sub miniature circular connector Series 712 GND Binder GmbH Key A Key V Key Menu OI CO N gt Key Select 2 4 Electrical Installation Before connecting the Raptor SQ2801 to main power ensure that all connectors for video signals and serial interfaces are plugged in properly and securely After that the monitor may be connected to main power and switched on by turning ON the main power switch on the rear of the unit see Fig 12 page 22 By default automatic
5. LED2 Power Off No main power or device switched off On Main power connected and device switched on 28 3 Operation and Adjustment 3 2 OSD Menu Quick OSD Menu In addition to detailed adjustments in the OSD Menu there is another option available for adjusting frequently used functions such as brightness and contrast via direct access remotely the so called Quick OSD Menu The protocols for access are discussed in Chapter 4 All settings and adjustments of the OSD are stored in non volatile memory 3 2 1 Quick OSD Menu Following settings functions are available via Quick OSD Menu Brightness e Contrast e Source select Automatic adjustment Invoke via key lt Select gt brightness 123 e Fig 15 Quick OSD Menu Function Adjustment Value Description Brightness Setting range 0 to 100 Brightness adjustment via key A F Contrast Setting range 0 to 100 Contrast adjustment via key A F Invoke via key lt A gt Function Adjustment Value Description Source RGB1 Digital1 Digital2 Automatic Adjustment Only available if source RGB1 is active Press A key again Press lt A gt key again Selection of input source Performs an automatic image adjustment Adjustment of frequency phase and image position 3 Operation and Adjustment 29 3 2 2 OSD Menu The OSD On Screen Display is a menu system
6. d DDM contrast disabled DDM brightness disabled fans supervision on Fig 19 OSD Menu Options 2 Function DPMS Description Display power management system If DPMS is active the monitor shuts down when there no sync signals Setting range off on RGB DVI Source scan Automatic scan for input sources scans all input interfaces for valid input signal Setting range off on Source icon Enable or disable display of source icon Changes to any of the following cause this icon to appear and display the actual signal source information Signal source e g RGB1 analog Mode resolution of input signal source H and V frequency SCI2 mode Selection of communication protocol of serial interface RS232 2 and RS422 see chapter 4 page 43 Setting range Standard Sony DDM SCI2 signal type Selection of active serial interface Only one of the two interfaces can be active Setting range 5232 5422 X available for this input signal 34 3 Operation and Adjustment Function Description RGB DDM contrast DDM control function assignment to DDM protocol OxA1 X X Valid functions backlight brightness contrast disabled DDM brightness DDM control function assignment to DDM protocol X X Valid functions backlight brightness contrast disabled Fans supervision ON number of number of rotation will be shown in Menu In
7. 0 RGB Analog1 15 DVI 1 2 2 3 RGB Analog2 Monitor gt Host Byte 00 ACK 0x06 ACK is sent after the monitor has internally switched the source CRC Check sum for individual sources AnalogRGB1 0x2C1C DVI1 OxEDDC DVI2 OxADDD AnalogRGB2 0x6C1D 0x03 Backlight This command is used to adjust backlight brightness Brightness Host P Monitor Byte 03 L Len 0x02 Byte 04 H Len 0x00 Byte 08 Value of Brightness 0 255 Monitor PHost Byte 00 0x06 Value 0 to 255 corresponds 0 to 10096 of adjustment range 4 Serial Communication 51 Code 0x04 Command Brightness Comment This command is used to adjust brightness black level Host Monitor Byte 03 L Len 0x02 Byte 04 H Len 0x00 Byte 08 Brightness value 0 255 Monitor Host Byte 00 0x06 Value 0 to 255 corresponds 0 to 10096 of adjustment range 0x05 Contrast This command is used to adjust contrast Host P Monitor Byte 03 L Len 0x02 Byte 04 H Len 0x00 Byte 08 Contrast value 0 255 Monitor Host Byte 00 0x06 Value 0 to 255 corresponds 0 to 10096 of adjustment range 4 3 DDM Protocol The DDM Protocol and its commands have been defined for operation with Sony DDM compatible monitor The Raptor 502801 only implements those commands which the monitor supports other commands will simply return success This pro
8. 0x41 0x00 OxCl 0x00 OXC1 0x81 0x40 0x80 0x41 0x00 OxCl 0x01 0 0 0x80 0x41 0x80 0x41 0x00 OxCl 0x01 0 0 0x80 0x41 0x81 0x40 0x00 OXC1 0x00 OXC1 0x81 0x40 0x80 0x41 0x00 OxCl bi Static CROMDATA BYTE 0x00 0x07 OxOF 0x08 0 1 OxD5 Ox11 2 3 Ox3B OxEB OxEC OxCO OxC7 OxCF 0xC8 OxDE 0x15 OXD1 0x32 OxFC OxFB Ox2B Ox2C 1 1 1 1 1 1 1 1 1 1 1 1 OXC1 0 05 OxCE 0xD8 OxDF OxD7 OxDO 0x36 OxFD 0x39 2 0 4 0 01 0 81 0 00 0 80 0 01 0 80 0 01 0x81 0 01 0 81 0 01 0 80 0 01 0 81 0 00 0 80 0 01 0 81 0 00 0 81 0 00 0 81 0 01 0 81 0 01 0 81 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 E 1 1 1 1 1 1 1 1 1 0 0 0 40 OXC1 0 41 OxCO 0 41 0 0 0x40 0 0 0x40 0 0 0 41 0 40 0 0 0 40 0 0 0 40 cCRCLoArray OxO1 0xC5 OxOE 0x18 Ox1F 0 17 0 10 OxF6 Ox3D OxF9 OxEA 0x24 0xC3 0 4 OKOA Ox19 OxDD 0 16 OxFO OxF7 OxFF OxF8 OxEE 0 25 1 1 1 1 1 1 1 1 1 1 1 0 03 0 04 OXD9 Ox1D OxD6 0x30 0x37 0x3F 0x38 0x2E OxE5 0 80 OxO1 0x81 0 00 0 80 0 01 0 80 0 01 0 80 0 00 0 80 0 00 0 80 0 00 0 81 0 00 0 80 0 01 0x81 0 01 0x81 0 00 0
9. OSD Menu Infos 1 FW C40i08V3 26 04 07 Temperature 38 10 power on time 7437 upper bl unit on time 6392 tions 2 i middle b l unit on time 6392 lower bl unit on time 6392 backlight power surplus 3596 infos 1 Mode 192 Resolution 2048 x 2048 infos 2 126 9 kHz 60 Hz Fig 23 OSD Menu Infos 1 Function Description RGB DVI FW Shows the firmware version of the controller board X X Temperature Shows internal temperature X X Power on time Shows power on time of the monitor main power connected X X to the unit and switched on Upper b l unit on Shows backlight on time of upper backlight unit X X time Middle b l unit on Shows backlight on time of middle backlight unit X X time Lower b l unit on Shows backlight on time of lower backlight unit X X time Backlight power Shows the reserve for adjusting the backlight brightness X X surplus Mode Resolution Shows parameters of the current input signal X X X available for this input signal 3 Operation and Adjustment 39 3 2 2 9 OSD Menu Infos 2 Vdd fuse OK Backlight inverter fuse OK options 1 Upper backlight unit OK options 2 Middle backlight unit OK 4 options 3 Lower backlight unit OK Input signal OK utilities Fan 1 1320 rpm infos 1 infos 2 Fan 2 1330 rpm Fig 24 OSD Menu Infos 2 Function Description
10. RGB Vdd fuse Shows status of main power fuse X X Backlight inverter Shows status of backlight inverter fuse X X fuse Upper backlight unit Shows status of upper backlight unit X X Middle backlight unit Shows status of middle backlight unit X X Lower backlight unit Shows status of lower backlight unit X X Input signal Shows if valid input signal has been detected X X Fan 1 Shows the number of rotation and OK if the control function X X is not active Fan2 Shows the number of rotation and OK if the control function X X is not active X available for this input signal 40 3 Operation and Adjustment 3 3 Adjustment Analog Signal Source DDM There is no strict standardization for the signals coming from analog signal sources Certain adjustments are therefore necessary depending on the graphics adaptors and used cables When the Raptor 502801 is connected to an analog signal source for the first time an integrated automatic adjustment function performs this adjustment It uses the H and V frequencies of the input signal to adjust the frequency phase and picture position of the image Depending on the quality of the displayed image it may be necessary to tweak the image manually 3 3 1 Adjustment Phase and Frequency The two most important parameters of an analog signal are frequency and phase adjustments Frequency adjustment precisely indicates the total number of pixels per line With phase adjustment
11. tu 28 Qulck OSD Men iod ea b cota di 29 MEG IDEE I nt 30 OSD Menu advanced ww tr liana ole 32 OSD Menu 1 33 OSD Menu Su EA emen 34 OSDsMen Options 3 5 serrer cn t ola ute p bu ec f or 36 gt OSD MeMe nnn 37 OSD Menu Utilities Installation 38 OSD Menu Infos 1a itte 39 BOSD Ie m 40 Figures 5 1 Overview The TFT Monitor Raptor 502801 was developed to meet the very demanding requirements in the Air Traffic Management where system availability and reliability is crucial Ergonomic criteria have been addressed to ensure high acceptance from the operators Reduced depth and lower weight compared to CRT monitors allow easy installation into workstation consoles of air traffic control rooms Considerably lower power consumption and heat emissions are some of the other advantages over CRT based units The TFT technology employed in this design is based on Sharp s ASV technology and offers very sharp undistorted image right up to the edges Unlike the CRT counterpart this technology does not have problems such as convergence or effects from electro magnetic radiation The Raptor 502801 is a 28 05 TFT module with native resolution of 2 048 x 2 048 pixel Wide viewi
12. 80 0 01 0 80 oM 0 02 OxCC OxCB OX1B Ox1C OxD2 0x31 OxF5 Ox3E 0x28 Ox2F 0x27 calculate the CRC 0 41 OxCO 0 40 OXC1 0 41 OxCO 0 41 OxCO 0 41 0xC1 0x41 0xC1 0x41 0xC1 0 40 OXC1 0 41 OxCO 0 40 OxCO 0 40 OXC1 0 41 OxCO 0 41 MON OM X X OxC2 OxOB OxDB OxDC 0x12 OxF1 0x35 OxFE OxE8 OxEF 0 7 0 01 0 0 0 80 0 41 0 01 0 0 0 81 0 40 0 00 0 1 0 80 0 41 0 00 0 1 0 80 0 41 0 01 0 0 0 81 0 40 0 00 0 1 0 81 0 40 0 01 OxCO 0 81 0 40 0 01 0 0 0 81 0 40 0 01 0 0 0 80 0 41 0 01 0 0 0 80 0 41 0 01 OxCO 0 81 0 40 0 00 0 1 0 80 0 41 0 01 0 0 0 6 0 06 OxOD OxCD OxC9 0 09 OxDA OXIA Ox14 OxD4 0 13 OxD3 0x33 OXF3 0x34 0 4 OxFA OX3A 0 9 0x29 Ox2D OxED OxE6 0x26 4 Serial Communication 47 0x22 OXE2 0 0x23 0 1 0x21 0x20 OxEO OXAO 0x60 0 61 OxA1 0x63 OxA3 OxA2 0x62 0x66 OXA6 0 7 0x67 OxA5 0x65 0x64 OXA4 Ox6C OxAC OxAD Ox6D OxAF Ox6F Ox6E OxAE OxAA 0 6 Ox6B OxAB 0x69 OXA9 OxA8 0x68 0x78 OxB8 0xB9 0 79 OxBB Ox7B 0 7 OxBA OxBE 0x7E Ox7F OxBF Ox7D OxBD OxBC 0 7 0xB4 0x74 0x75 0xB5 0x77 OxB7 OxB6 0x76 0x72 OxB2
13. Calculation of CRC Check Sum 47 Simplified PEOtOCOl iii 7 1 eee tre lia la ee rne ea a Pes e E EY B ER ER RA dox 49 Data Packet nn 49 DDM Protool ii 52 Contents Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig Fig CoL aw N Technical Dala ii 54 Display Module m 54 Power Supply uu re i i 54 Operating Conditions piper tardar ER ERR REN RR De RC CR LR iaia 55 aieo 40 tt ccna 55 BEE a qawa 55 Input signal ROB analog 55 Standard ATC clama 56 Input Signal DVI 1 ERROR ER 56 Recommended DVI Timing 2 048 x 2 048 Pixel 56 EU Declaration of Conformity on 48 4 8 57 Part Numbers and Field Replaceable Units 5 eere 58 TSI ATC Visualization Kit rir t RR ORE Ur Lebe REM unge 58 Raptor 502801 Field Replaceable component
14. D Menu Utilities Installation RGB Mode picture H Freq 126 9 kHz 60 Hz S advanced H V total 2816 2114 H V Start 727 64 options Options Disabled 9 H visible 1000 am V visible 1000 wmp utilities tota a infos 1 1000 wm 2 V Start 22 gt gt Install press Up Function Description RGB DVI Options Select the RGB installation mode for those timings which are not part of the internal timing list Disabled use only the internal timing table Model use timing parameters and carry out complete auto adjustment most frequently used Mode2 use timing parameters and carry out an auto adjustment however without an automatic image position adjustment Mode 3 use timing parameters and carry out an auto adjustment however without an automatic frequency adjustment Setting range Disabled Mode1 Mode2 Mode3 H visible Horizontal image resolution V visible Vertical image resolution H total Number of pixels per line most important parameter H Start Number of pixels from H sync start to image start V Start Number of Lines from V sync start to image start Install Activate installation parameters gt gt gt gt gt gt gt gt gt X available for this input signal 38 3 Operation and Adjustment 3 2 2 8
15. Fig 12 Location of Interface Connectors 22 2 General Installation 2 3 1 Analog RGB Interface The analog RGB input may be used for Sony DDM compatible configurations However the Raptor 502801 panel can also handle all common VESA timings When using this interface specific adjustments for phase and frequency may be necessary These adjustments are explained in detail in section 3 3 on page 41 For connection with the analog video source a high quality coaxial cable must be used The three video signals red green and blue require 50 ohm impedance on the coaxial cable while the synchronization signals hsync and vsync must have 75 ohms impedance Signal cables of poor quality may cause distortions and shadowing in the displayed picture Technical data pertaining to the analog RGB interface is discussed in section 5 6 on page 55 V Sync H Sync Blue Green Red Fig 13 Connector type 5 x BNC socket 2 General Installation 23 2 3 2 DVI 1 DVI 2 Interface The digital video inputs use the standard dual link DVI interface Dual link DVI is necessary to support the high data rate dot clock as required by this high resolution of 2048 x 2048 However the monitor also supports lower resolutions e g VGA SVGA XGA 5 etc using a single link cable This feature can be useful during boot up on some machines that use a lower resolution during start up The monitor provides EDID information Extended Displa
16. Number of data bytes CMD Data 0 to Data xx 4 Serial Communication 49 CMD Code Command Comment 0x01 Monitor Byte 08 Byte 09 Byte 10 Byte 11 Byte 12 Byte 13 Byte 14 Byte 15 Byte 16 Byte 17 Byte 18 Byte 19 Byte 20 Status Reply of system status Host Monitor Byte 03 L Len 0x01 Byte 04 H Len 0x00 Host Byte 03 L Len OxOE Byte 04 H Len 0x00 Status Information Display Module Bit 0 VDD fuse faulty Bit 1 Backlight inverter fuse faulty Bit 2 Upper backlight unit faulty Bit 3 Middle backlight unit faulty Bit 4 Lower backlight unit faulty Bit 5 No or no valid input signal from controller Bit 6 reserved Bit 7 reserved Internal Temperature 55 C to 125 C in complement on two Active Input Source Bit 0 1 0 RGB Analog1 1 DVI1 2 DVI2 3 RGB Analog2 Bit 2 Input signal active reserved reserved LSB Operating hour meter Second Byte Operating hour meter Third Byte Operating hour meter MSB Operating hour meter LSB Backlight Operating hour meter Second Byte Backlight Operating hour meter Third Byte Backlight Operating hour meter MSB Backlight Operating hour meter 50 4 Serial Communication Code Command Comment 0x02 Source Switch This command enables the host to switch signal source Host Monitor Byte 03 L Len 0x01 Byte 04 H Len 0x00 Byte 08 Input Source
17. OxB3 0x73 OxB1 0x71 0x70 OxBO 0x50 0x90 0x91 0x51 0x93 0x53 0x52 0x92 0x96 0x56 0x57 0x97 0x55 0x95 0x94 0x54 0x9C 0x5C Ox5D 0x9D 0x5F Ox9F Ox9E 0x5E 0 5 OX9A 0 9 0x5B 0x99 0x59 0x58 0x98 0x88 0x48 0x49 0x89 OX4B 0x8B Ox8A 0x4A 0x4E Ox8E Ox8F 0x4F Ox8D 0x4D Ox4C Ox8C 0x44 0x84 0x85 0x45 0x87 0x47 0x46 0x86 0x82 0x42 0x43 0x83 0x41 0x81 0x80 0x40 48 4 Serial Communication 4 2 Simplified Protocol The simplified protocol uses a data packet structure similar to the standard protocol however with reduced functional range Calculation of CRC check sum is similar to description in section 4 1 3 page 4T Interface Parameters Baud Rate 19200 Parity None Data Bits 8 Stop Bits 1 Handshake ACK Message OK 0x06 Protocol Host Monitor Control Packet gt Data Packet or ACK OK Maximum response time of the monitor is 200 ms In case of an error in transmission the monitor does not respond 4 2 1 Data Packet Structure Byte No 0 1 2 3 4 5 6 7 8 9 10 Data OxBE OxEF 0x10 Len L Len H CRC L CRC H CMD DataO Data 1 Data ByteNo 11 12 13 14 15 16 17 18 19 20 Data Data Data Data Data Data Data Data Data Data Data L Lower Byte H Higher Byte CMD BYTE Command Len L H WORD
18. User s Manual Raptor 502801 Color LCD Monitor Important Please read PRECAUTIONS and this Users Manual carefully to familiarize yourself with safe and effective usage procedures Please retain this manual for future reference CopyrightO 2007 Tech Source Inc CopyrightO 2007 EIZO NANAO CORPORATION No part of this manual may be reproduced stored in a retrieval system or transmitted in any form or by any means electronic mechanical or otherwise without the prior written permission of Tech Source Inc and EIZO NANAO CORPORATION Tech Source Inc and EIZO NANAO CORPORATION are under no obligation to hold any submitted material or information confidential unless prior arrangements are made pursuant to Tech Source Inc and EIZO NANAO CORPORATION receipt of said information Although every effort has been made to ensure that this manual provides up to date information please note that EIZO monitor specifications are subject to change without notice DPMS is a trademark and VESA is a registered trademark of Video Electronic Standards Association Windows is a registered trademark of Microsoft Corporation Raptor is a trademark of Tech Source Inc and EIZO NANAO CORPORATION EIZO is a registered trademark of EIZO NANAO CORPORATION in Japan and other countries Product specification may vary with sales areas Confirm the specification in the manual written in language of the region of purchase 4 Contents OT ATATEN cC
19. and Fig 2 which indicates the correct orientation of the package i e when correctly packed this label should be aligned with the top edge and front glass face of the monitor see Fig 1 and Fig 2 Please note that the chassis mount version of the monitor Raptor SQ2801 Chassis and Panel mount must only be transported in a horizontal position i e The front glass face of the monitor should be facing up during transportation See Fig 1 The desktop version of the monitor Raptor SQ2801 Desktop may be transported either horizontally or vertically If transported horizontally then as in the case of the chassis mount version the front glass face of the monitor should be facing up If transported vertically then the red label should be at the top of the package See Fig 2 Top Front glass face Red lable Protection Fig 1 Package of the chassis monitor Side protection Top Red lable Front glass face Bottom Bottom protection Fig 2 Package of the desktop monitor 1 Overview 9 1 4 Instructions for Handling Components Susceptible to Electrostatic Shocks Most of the assemblies within the LCD monitor Raptor 502801 contain components which can be permanently damaged or destroyed by electrostatic discharge Such resulting damage may or may not result in total failure of the components or modules affected The following precautions must be strictly observed when handling such assemblies this work shou
20. ation and Adjustment Ironie intct nisse iene 28 F nchioror OSD Keys LED decis ie ote le 28 OSD Menu 5 29 Quick OSD MIGHL 29 BU 30 5 Picture u asul nie tid eroe see Ene 30 OSD Men Advanced c 32 OSD Men Optioris 1 e a asus h ta tace at N dade Y 33 OSD Menu Options Zara RS ies 34 OSD Menu Options 3 36 OSD Menu g Raan 37 OSD Menu Utilities Installation 38 OSD Menu Infos uuu al dt e e ah id 39 OSD Menu INOS is EU Ree Ue aug sasa 40 Adjustment Analog Signal Source DDM wima aanaaaaziwi waa 41 Adjustment Phase and Frequencoy nennen tenth nnn innare 41 Automatic Phase 8 3 42 Adjustment of Backlight Brightness Automatic Backlight Control 42 Serial COMM UDI CHUO irn a EE YR nnne En 43 Standard Protocol iii 44 Data Packet Structure Operation 45 Data Packet Structure Keyboard Simulation 46
21. e OK 0x06 Error 0x15 44 4 Serial Communication 41 1 Data Packet Structure Operation Byte No 0 1 2 3 4 5 6 7 8 9 10 OxEF 0x03 0x19 0x00 CRC L CRC H Code L Code H 0 00 Byte No 11 12 13 14 15 16 17 18 19 20 21 Data 0x00 0x00 0x00 0x00 0x00 Val L Val 1 Val 2 Val H 0x00 0x00 Byte No 22 23 24 25 26 27 28 29 30 31 Data 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00 L Lower Byte H Higher Byte O Type BYTE Operation Code WORD Function Val DWORD Value O Type Code Operation Comment 0x01 SET Set value 0x02 GET Get value 0x03 INC Increment value 0x04 DEC Decrement value Code Code Operation Comment Val Min Val Max OxOSEB8 Backlight Set backlight value 0 Oxff brightness 0x139C Brightness Set brightness level 0 Oxff Ox13AF Set contrast level 0 Oxff Protocol Host Monitor Operation packet gt Char 0x1E Operation packet 4 Serial Communication 45 4 1 2 Data Packet Structure Keyboard Simulation Byte No 0 1 2 3 4 5 6 7 8 9 10 Data OxBE OxEF 0x02 0x06 0x00 CRC L CRC H Code L Code H 0x00 0x00 Byte No 11 12 Data 0x00 0x00 Lower Byte H Higher Byte Cod
22. e WORD Key code Following codes are supported Key code Function Key 0x0061 0x0062 0x005b UP 0x0059 DOWN 0x005a LEFT 0x0058 RIGHT 0x0057 MENU 0x005c MENU RIGHT 0x005d MENU LEFT 0x005f ESCAPE 0x0056 AUTOADJ 0x0055 SOURCE Protocol Host Monitor Packet Keyboard simulation gt Char 0x06 46 4 Serial Communication 4 1 3 Calculation of Check Sum For CRC check sum calculation set 0x00 for CRC L and CRC H Check sum is calculated according to a reference table WORD CalculateCRC16 BYTE pcData Lf pcData cCRCHiArray cIndex int nCount high byte of CRC initialised low byte of CRC initialised will index into CRC lookup table step through each byte of data cCRCLoArray cIndex 8 cCRCLo cCRCHiArray BYTE CCRCHi OxFF BYTE CCRCLo OxFF BYTE cIndex while nCount cIndex cCRCHi 1 cCRCLo CCRCLo return cCRCHi static CROMDATA BYTE 0 00 OXC1 0 81 0 40 Ox80 0x41 0x00 OxCl 0 00 OXC1 0 81 0 40 Ox80 0 41 0 01 OXCO 0 00 OXC1 0 81 0 40 Ox81 0 40 OxO1 OXCO 0x00 0 1 0x81 0x40 0x81 0x40 0x00 OXC1 0x00 OXC1 0x81 0x40 0x80 0x41 0x00 OxCl 0x01 0 0 0x80 0x41 0x81 0x40 0x01 OxCO 0x00 OXC1 0x81 0x40 0x80 0x41 0x00 OxCl 0x01 0 0 0x80 0x41 0x80 0x41 0x01 OXCO 0x00 0 1 0x81 0x40 0x80
23. fo 2 X X OFF Status is OK in Menu Info 2 If a fan without control function is installed and status is ON menu Info 2 shows a failure 3 Operation and Adjustment 35 3 2 2 5 OSD Menu Options 3 picture RGB noise suppression off B advanced Lock RGB timing1 press Up options 1 Unlock RGB timing 1 press 52 Lock RGB timing 2 press options 3 utilities Unlock RGB timing 2 press infos 1 RGB timing 1 2 ESE 3 RGB timing 2 2 Auto position Fig 20 OSD Menu Options 3 Function Description RGB DVI RGB noise This function suppresses interference at the sync signal lines X X suppression to avoid a new auto adjustment during short interference Setting range off on Lock RGB Timing 1 The current video timing will be stored and processed with X X higher tolerances in H and V frequencies These timings will be used despite fluctuations in H and V frequency resulting from a noisy video signal which might otherwise be misinterpreted resulting in incorrect centering or pixel resolution Unlock RGB Timing 1 Settings for video timing 1 get released Auto adjustment is X X enabled again Lock RGB Timing 2 See lock RGB Timing 1 X X Unlock RGB Timing 2 See unlock RGB Timing 1 X X RGB Timing 1 Shows resolution and refresh rate of locked timing 1 Only X X available if timing 1 is locked RGB Timing 2 Shows resolution and refresh ra
24. ld only be carried out by qualified service technicians e When handling electronic components care should be taken to prevent electrostatic discharge Such discharge may occur when handling components or modules without suitable precautions to ensure adequate grounding e This also applies to all insulated tools They must also be discharged to earth at all times e When assemblies are removed or added to the system the unit must always be switched off and unplugged from the power supply Vulnerable components should always be held by their edges Avoid touching circuit paths and contact pins 1 5 Cleaning Clean the monitor periodically to keep the monitor clean and extend its life Cabinet Clean the cabinet with a soft cloth dampened with little mild detergent Never use any solvents or chemicals such as thinner benzene wax alcohol and abrasive cleaner which may damage the cabinet or LCD panel LCD Panel Clean the LCD panel with a soft cloth such as cotton cloth or lens cleaning paper Remove persistent stains gently with a cloth dampened with little water and then clean the LCD panel again with a dry cloth for better finishing Optional ScreenCleaner is recommended for cleaning the LCD panel surface 10 1 Overview General Installation Preparation for installing the LCD monitor includes following steps 2 1 Removal of all packaging materials Checking of components for damage Comparis
25. n Slow Blow Fuse 58 6 Part Numbers and Field Replaceable Units FRUs ez EIZO NANAO CORPORATION 153 Shimokashiwano Hakusan Ishikawa 924 8566 Japan Phone 81 76 2776792 Fax 81 76 277 6793 Tech Source Inc 3340 Edgewater Dr Orlando FL 32804 U S A Phone 1 407 262 7100 Fax 1 407 339 2554 http www eizo com 1st Edition October 2007 03V22230A1 U M SQ2801 EN
26. n chapter 4 on page 43 In addition this interface is used for monitor firmware updates Only RS232 1 interface can be used for monitor firmware update Connector Assignment Connector type 9 pin D Sub socket Pin Signal NC meses a TXD Output el RXD Input E NC GND NC NC NC NC GOO N 2 3 4 5232 2 1 This 5232 interface is used for communication with the host machine workstation Three different protocols are available which are described in chapter 4 on page 43 The additional handshake signals serve to communicate with a workstation via the DDM protocol Connector Assignment Connector type 9 pin D Sub socket Pin Signal N NC el ls TXD Output 9 Input DSR Input GND DTR Output NC NC NC CO O NO OI o0 N 2 General Installation 25 2 3 5 RS422 Interface The RS422 interface is used for communication with a workstation Three different protocols are available which are described in chapter 4 on page 43 This interface may also be used for communication with a workstation via DDM protocol However no handshake signals are available If the monitor has to be connected via RS422 interface with handshake signals the RS232 2 interface has to be used with an external interface converter RS232
27. nal 32 3 Operation and Adjustment 3 2 2 3 OSD Menu Options 1 3 nen osd h pos 123 mz options osd v pos 123 m 9 timeout 123 seconds 8g osd background opaque translucent Y utilities Q 13 m backlight controller off on Fig 18 OSD Menu Options 1 Function Description RGB DVI OSD Choose among nine predefined OSD positions X X OSD H Pos Shift OSD menu in horizontal direction X X Setting range 0 to 100 OSD V Pos Shift OSD menu in vertical direction X X Setting range 0 to 100 OSD Timeout Timeout for OSD menu OSD disappears after that time if no key X X is pressed Setting range in steps of 5 sec between 5 and 60 sec OSD Choose between transparent and colored background X X Background Setting range Opaque translucent Backlight Adjust backlight brightness X X Setting range backlight controller off 0 to 100 Yo Setting range backlight controller on 30 to 150 cd m Backlight Backlight control to compensate for loss of brightness due to X X Controller backlight aging see section3 4 page 42 Setting range off on X available for this input signal 3 Operation and Adjustment 33 3 2 2 4 OSD Menu Options 2 picture S advanced source scan off on options 1 source icon off SCI2 mode Standard SonyDDM SCI2 signal type RS232 R5422
28. ng angle of 170 horizontally and vertically a contrast ratio of 1000 1 and maximum brightness of 210 cd m enable very clear and sharp pictures with color depth of 16 7 million colors It is backward compatible with Sony s DDM monitors The Raptor SQ2801 product has two dual link DVI D digital inputs and one analog input OSD on screen display allows control of various configurable parameters such as brightness contrast and input switching These parameters can also be controled via RS 232 and RS 422 interfaces Remote control software is available from Tech Source Key Features 28 05 TFT LCD Display square format Direct replacement for CRT monitors High Resolution of 2 048 x 2 048 Pixel For input signals with a resolution up to 2 048 x 2 048 pixel even lower resolution pictures e g during installation or service are displayed correctly e Excellent Optical Characteristics Brightness 210 cd m Contrast 1000 1 Viewing Angle 170 horizontally and vertically e Versatile and Flexible Implementation The analog RGB interface and two dual link DVI D interfaces enable integration into different systems Automatic Frequency and Phase Adjustment The monitor adjusts itself to the applied input signal Automatic Backlight Stabilization The selected brightness of the backlight unit is readjusted automatically 1 Sony DDM is a registered trademark of Sony Corporation 6 1 Overview 1 4 Layout of this Ma
29. nual This manual was created to assist system integrators and operators during installation and operation of the LCD TFT Monitor Raptor 502801 The layout is intended to allow even inexperienced users to install and set up the monitor The manual is divided into following chapters Chapter 1 Chapter 2 Chapter 3 Chapter 4 Chapter 5 Chapter 6 Introduction Brief description of the Raptor 502801 Installation The chapter discusses the installation and the various interfaces available to the monitor Operation Operation and adjustment controls of the Raptor 502801 Serial Communication Transmission protocol for communication between a PC Workstation and the monitor via a serial interface Technical Data Display module power supply environment and other data Part numbers and Field Replaceable Units Part numbers for all field replaceable units are discussed as well as the various components of the TSI ATC visualization kit 1 Overview 7 1 2 Warnings and Safety Notes For information about warnings and safety notes refer to PRECATUIONS supplied with this manual 8 1 Overview 1 3 Packaging To avoid permanent damage great care should be taken to ensure that the monitor is adequately packed and transported in the correct manner The original packaging should be retained and re used for future transportation purposes The original packaging has a red label with two arrows and text hier oben see Fig 1
30. on of components received with those listed on the delivery note Connection to the computer system and power supply System integration under consideration of technical and ergonomic aspects Removal of Packaging and Checking of Component Parts After unpacking all delivered components they should be checked for completeness and for possible shipping damage visual inspection If any parts are missing or damaged please contact your local dealer Have your packing list number serial number of the unit and a description of the problem available when calling The original packaging should be kept for future shipping of the product 2 General Installation 11 2 2 Installing the Monitor The Raptor 502801 is currently offered in two versions desktop version and chassis version Both these version are discussed in this section The desktop version is a standalone unit that can be placed on top of a desktop console As for the chassis version it is easy to integrate it onto the rear of control panel or a console by using two mounting brackets Please note the following for safe and proper operation Ambient Temperature In order for the LCD monitor to maintain an optimum operating temperature while in use air must be allowed to circulate freely around the Raptor SQ2801 enclosure This is especially important for the rear of the unit Convection current must be allowed to circulate around the enclosure Please bear in mind that inc
31. r Raptor 502801 EG guide lines EN 55022 Class B A1 EN55022 A1 EN55024 1998 A1 2001 A2 2003 EN 60950 No 2004 108 EC No 2006 95 EC Interference emissions industrial Interference resistance industrial Safety 5 Technical Data 57 6 Part Numbers and Field Replaceable Units FRUs 6 1 TSI ATC Visualization Kit The Raptor 502801 is part of the Tech Source ATC Visualization kit 19 0206 01 and is comprised of the following components Part Number Description 19 0152 01 Raptor 2500T DL 2Kx2K Graphics Accelerator 19 0201 01 Raptor 502801 Display Desktop version 15 0231 01 Dual Link DVI cable 73 0066 01 Raptor OpenWindows software Solaris drivers 65 0228 01 Raptor OpenWindows manual Raptor Graphics hardware and software installation manual 65 0265 01 Raptor SQ2801 Reference amp Maintenance manual 6 2 Raptor 5 02801 Field Replaceable components Field maintenance of the Raptor 502801 unit is discussed in Maintenance Manual The following is a list of field upgradeable components Part Number Description 80 0010 01 Upper Lamp Tray for Backlight 80 0010 02 Middle Lamp Tray for Backlight 80 0010 03 Lower Lamp Tray for Backlight 80 001 1 01 Power Supply 80 0012 01 Fan with cover 80 0013 01 Interface Controller board with two Dual Link DVI inputs 80 001 1 02 20 mm 5 Amp 250 V Delay Actio
32. reased temperatures may result in on screen defects and significantly reduced lifetime of the panel Radiation The LCD monitor is piece of equipment designed for integration into an industrial system The operator of the entire plant is responsible for maintaining electromagnetic compatibility according to EMC laws Safety Aspects All voltage and signal connections must adhere to legal requirements Ergonomics The screen comes with anti reflective glass However it should be installed positioned properly to allow easy viewing from all sides Mechanical Integration The chassis version is secured into a system by 6 bolts M6 x 10 These bolts can be used for attaching mounting angles which allow mounting the monitor in a control panel or a console see Fig 4 Page 14 The dimensions in the drawings are all in mm 12 2 General Installation 221 Raptor 502801 Dimensions Chassis version Te Fig 3 Raptor 502801 Dimensions Chassis version Front View 2 General Installation 13 TA FH M6 10 i nit 9 MED c IMEEM Y 3 Fig 4 Raptor SQ2801 Dimensions Chassis version Rear View 14 2 General Installation
33. s 58 Figures Package of the chassis monitor oii ee lena 9 Package of the desktop monitor octets Pride EH P tu si dese adea cien 9 Raptor 502801 Dimensions Chassis version Front View 13 Raptor 502801 Dimensions Chassis version Rear 14 Raptor 502801 Dimensions Chassis version Side 15 Raptor 502801 Desktop Version Front 16 Raptor 502801 Dimensions Desktop version Rear 17 Raptor 502801 Dimensions Desktop Side 18 Raptor 502801 Dimensions Panel mount Front 19 Raptor 502801 Dimensions Panel mount Side 20 Raptor 502801 Dimensions Panel mount Back 21 Location of Interface Connectors EE 88 ERE CHR 22 Connector type 5 x BNC socket RB tac 23 vOSD KeyDoard and us teen tee Sian
34. s detected For best results the automatic phase adjustment function requires that text or lines are visible on the screen These areas are used to evaluate the degree of phasing 3 4 Adjustment of Backlight Brightness Automatic Backlight Control The monitor has an integrated automatic backlight control function which keeps backlight brightness constant If this function is enabled the backlight value of the OSD is scaled to cd m This mode allows the user to set the backlight brightness to a value between 30 and 150 cd m The TFT module s maximum brightness is 210 cd m with new backlight tubes The difference from 150 to 210 is used to compensate for old age brightness leakage of the backlight tubes If automatic brightness control is disabled the value can be set between 0 and 100 42 3 Operation and Adjustment 4 Serial Communication The Raptor 502801 features as described in Chapter 3 can be controlled via an application on the host workstation The host workstation can communicate with the Raptor SQ2801 via the serial communication alternatives and protocols as described in this chapter There are two channels for serial communication available in which one channel can be used alternatively as RS232 or RS422 interface RS232 1 RS232 El RS232 2 RS422 E RS422 Switching between RS232 2 and RS422 is done in the OSD menu There are three different transmission protocols available Channel 1
35. source scan is disabled and the DVI 1video input interface is activated A different video input interface can be selected via the OSD menu see 3 2 page 29 or the serial interfaces 2 General Installation 27 3 Operation and Adjustment The manual operation and adjustment of the monitor is facilitated by buttons that are integrated on the front of the unit The buttons are used for navigation and control of the OSD menu Alternatively all adjustments for brightness contrast etc can be carried out via an external keyboard or via the serial interfaces see chapter 4 page 43 Menu Select Source o D Fig 14 OSD keyboard and LED LED1 LED2 3 1 Function of OSD Keys and LED The OSD keys have following function s Source Increment value A Navigation to the right Invoke Quick OSD if no OSD is active Selection of signal interface execute automatic adjustment for analog input source v Decrement value Navigation to the left Menu Invoke OSD menu toggle between main and submenu Select Menu navigation scroll down if OSD is active Invoke Quick OSD if no OSD is active Selection of Quick Menu Function Brightness Contrast and backlight brightness I O Soft power On and off function of the monitor Stand By mode LED1 Status Off valid input signal on selected video interface Flashing no valid input signal on selected video interface On monitor in stand by mode
36. te of locked timing 2 Only X X available if timing 2 is locked Auto position ON the position will be automatic centered X OFF the position depends on the auto adjustment of the signal X available for this inpu t signal 36 3 Operation and Adjustment 3 2 2 6 OSD Menu Utilities language E m E calibration press Up options freeze frame on factory reset press Up video processing normal enhanced utilities infos 1 En Installation RGB mode press test pattern press Up Fig 21 OSD Menu Utilities Function Description RGB DVI Language Select language of OSD Menu X X Setting range English German Calibration This function allows to calibrate the A D converter X Freeze frame Saves the actual image X X Factory reset Reset of all parameters brightness contrast backlight X X brightness etc to factory default values Installation This function allows the user to add a signal timing definition X X RGB Mode to the monitor It will be used to process a signal that is not internally defined Test pattern Displays a test pattern on the screen Select one of 7 X X different test patterns by pressing lt gt key Any other key will return to normal operation no OSD X available for this input signal 3 Operation and Adjustment 37 3 2 2 7 OSD Menu Utilities Installation RGB Mode Fig 22 OS
37. the capture point of a pixel is determined See the illustration below Pixel 1 Pixel 2 Pixel 3 Pixel 4 tl lt gt Pixel clock fun nnn Video signal Phase adjustment Capture For adjustment of frequency and phase pictures with plenty of vertical stripes ideally alternating black and white columns are very useful A test pattern like this allows simple adjustment of frequency and phase 3 Operation and Adjustment 41 With bad frequency adjustment from left to right parts of the picture appear blurred Each alteration of the frequency increases or decreases the number of blurred fields Correct setting is achieved when the whole screen has the same appearance The picture may appear blurry but it should be homogeneously across the whole screen Blurry or messy lines will be compensated for by phase adjustment bad frequency adjustment correct frequency adjustment When DDM compatible timings are used frequency adjustment may not get modified Frequency has to be set to 2816 All graphic adapters which are used in air traffic control ATC use this setting 3 3 2 Automatic Phase Adjustment During normal operation the monitor will heat up causing marginal phasing between the pixel clock and the video signal Enabling the automatic phase adjustment in the OSD will allow the monitor to compensate this This function performs tests every 5 minutes for phasing in the pixel clock and readjusts itself if a deviation i
38. tio The input signal is displayed in maximum size while height width ratio is kept Depending on the resolution a black field may be displayed up and down or left and right Auto Phase Enable disable automatic phase tune If this function is enabled X Tune phase adjustment is periodically checked and if necessary readjusted see section 3 3 1 page 42 Setting range On Off X available for this input signal 3 Operation and Adjustment 31 3 2 2 2 OSD Menu Advanced picture 4 sharpness 11 22 33 44 55 B advanced gamma linear crt amp color temp 5000 7300 9300 user ees user red 123 z options 3 user green 123 mz user blue 123 mz utilities infos 1 infos 2 Fig 17 OSD Menu advanced Function Description RGB DVI Sharpness Sharpness adjustment of the picture choose from 1 sharp to 5 X X smooth This function is only available if the input resolution is lower than target resolution 2048 x 2048 Setting range 1 to 5 Gamma Gamma Curve selection X X Setting range Linear or CRT Color Color temperature adjustment X X temperature Choose among three predefined and one free adjustable color temperature values Enabling user adjustment causes bars for red green and blue to appear Range 0 to 100 96 50 96 corresponds factor 1 Setting range 5000 K 7300 K 9300 K user X available for this input sig
39. tocol is only supported by RS232 2 or RS422 interface For this the DDM protocol and the appropriate interface must be selected in the OSD Data transmission with handshake signals is only supported by RS232 2 interface see 52 section 2 3 4 page 25 4 Serial Communication List of implemented commands Code Command Comment OxAO Operator This command is used to set Backlight brightness Brightness OxA1 Operator Contrast This command is used to set contrast Code Command Comment OxB8 Status Response System Status Byte 0 Status Information Display Module Bit 0 VDD fuse faulty Bit 1 Backlight inverter fuse faulty Bit 2 Upper backlight unit faulty Bit 3 Middle backlight unit faulty Bit 4 Lower backlight unit faulty Bit 5 No or no valid signal from controller Bit 6 reserved Bit 7 reserved Byte 1 Internal Temperature 55 C to 125 in complement on two Byte 2 Active Input Source Bit 0 1 0 RGB Analog1 1 DVI1 2 DVI2 3 RGB Analog2 Bit 2 Input signal active Byte 3 Reserved Byte 4 LSB Operating hour meter Byte 5 Second Byte Operating hour meter Byte 6 Third Byte Operating hour meter Byte 7 MSB Operating hour meter Byte 8 LSB Backlight operating hour meter Byte 9 Second Byte Backlight operating hour meter Byte 10 Third Byte Backlight operating hour meter Byte 11 MSB Backlight operating hour meter 4 Serial Comm
40. unication 53 5 Technical Data 5 1 Display Module Resolution 2048 x 2048 Pixel Viewing angle typ horizontally 85 gt 10 vertically 85 Contrast ratio typ 1000 1 Response time White Black 5 Black White 20 ms White Uniformity max 1 25 max luminance min luminance Backlight 3 x CCFT Trays Cold Cathode Fluorescent Tube Brightness typ max 225 cd m min 22 5 cd m 5 2 Power Supply Input voltage 90 264 Vac 47 63 Hz Power consumption typ at 70 cd m approx 110 W at 210 cd m approx 150 W Power consumption Stand by approx 15 W no input signal 54 5 Technical Data 5 3 Operating Conditions Operating temperature 0 to 40 C Storage temperature 25 to 60 C Humidity max 95 no condensation 5 4 Protection 5 5 Housing Material of housing Sheet steel Color of housing RAL 9005 jet black 5 6 Input signal RGB analog Level Video 0 7 Vss RGB analog on 50 H Frequency 30 to 130 KHz V Frequency 50 to 70 Hz 5 Technical Data 55 5 7 Standard ATC Timing H Frequency 126 84 KHz H Total 2816 pixel 5 8 Input Signal DVI 1 DVI 2 Standard DVI 1 0 Pixel clock max 2x165 MHz 5 9 Recommended DVI Timing 2 048 x 2 048 Pixel H Frequency 124 8 KHz H Total 2080 pixel 56 5 Technical Data 5 10 EU Declaration of Conformity Product Test guidelines Harmonized standards used LCD Monito
41. which is displayed on the screen All monitor settings and adjustments are done by operating the OSD OSD options depend on the selected signal source RGB DVI For example functions for frequency and phase adjustment of analog signal sources are not available when the unit is displaying a DVI signal 3 2 2 1 OSD Menu Picture picture X brightness S advanced contrast options qg h position M D TO ES v position 123 zp frequency 1234 l utilities infos 1 infos 2 one to one auto phase tune off Fig 16 OSD Menu Picture Active Signal Source Function Description RGB DVI Brightness Display brightness adjustment not backlight brightness X X Setting range 0 to 100 Contrast Contrast adjustment X X Setting range 0 to 100 H Position Horizontal picture position X Setting range 0 to 100 V Position Vertical picture position X Setting range 0 to 100 Phase Phase adjustment see section 3 3 1 page 41 X Setting range 0 to 31 30 3 Operation and Adjustment Function Description RGB DVI Frequency Frequency adjustment see section 3 3 1 page 41 X Setting range depends on input timing resolution Scaling Scaling adjustment if input resolution is lower than 2048 x 2048 X X Setting range One to One Display signal without scaling Fill All The input signal is displayed full screen Fill Aspect Ra
42. y Identification Data to the host system workstation via the DDC Display Data Channel protocol This data includes in addition to the standard VESA timing a special timing for 2048 x 2048 60 Hz that is designed to use pixel frequencies below the DVI maximum If the connected workstation graphics card does not support DDC it can be configured manually as described in section 5 7 on page 56 In addition to this specific timing all others timing that are part of the DVI specification are displayed Video cables up to 5 meters in length may be used for the connection between the graphics card and the display Connector Assignment Pin Signal Pin Signal 1 TMDS Data 2 16 Hot Plug Detect 2 TMDS Data 2 17 TMDS Data 0 3 TMDS Data Shield 2 GND 18 TMDS Data 0 4 TMDS Data 4 19 TMDS Data Shield 0 GND 5 TMDS Data 4 20 TMDS Data 5 6 DDC CLK 21 TMDS Data 5 7 DDC DATA 22 TMDS CLK Shield GND 8 NC 23 TMDS CLK 9 TMDS Data 1 24 TMDS CLK 10 TMDS Data 1 C1 NC 11 TMDS Data Shield 1 GND C2 NC 12 TMDS Data 3 C3 NC 13 TMDS Data 3 C4 NC 14 5 V Power In C5 GND 15 GND Connector type 29 pin DVI I socket 24 2 General Installation 2 3 3 RS232 1 Interface This RS232 interface is used for communication with the host machine workstation Three different protocols are available which are described i
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