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ASTRO VG-870B, Instruction Manual

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ASTRO VG-870B Instruction Manual Download Page 357

Chapter 6

   

PATTERN SETTINGS 

 

339 

 

<Table of character setting items> 

The format is selected here. 
0

Character List 

 

1

All 1-Character 

 

(1) 

Format (0-2) 

2

Corner&Center 

 

The font size is set here. 
0

5 × 7 

 

1

7 × 9 

 

(2) 

Font (0-2) 

2

16 × 16 

 

(3) 

Character Code 

The character code is selected here. 
Setting range: 20h to FFh 
When characters are selected directly, select    ABC . 
For details on the operation procedure, refer to “2.3 Setting the names.” 
The size of each character is set here. 

H 

Set the size of the character in the horizontal 
direction. 

(4) 

Cell Size [dot] 

V 

Set the size of the character in the vertical 
direction. 

6.10.3 Crosshatch 

patterns 

 

The crosshatch pattern settings are described below. 

(1) 

Select 

Program Edit

 using 

MENU

 

or 

INC

DEC

, and then press 

SET

. 

 

 

(2) 

Select 

Pattern (PAT)

 using 

 or 

INC

DEC

, and then press 

SET

. 

 

 

(3) 

Select 

Pattern/RGB/INV select

 using 

or 

INC

DEC

, and then press 

SET

. 

 

 

(4) 

Select 

Cross Hatch

 using 

 or 

INC

DEC

, and then press 

SET

. 

 

 

(5) 

Press 

ESC

. 

 

 

(6) 

Select 

 × [ABC]

 using 

 or 

INC

DEC

, and then press 

SET

. 

 

 

Summary of Contents for VG-870B

Page 1: ...Programmable Video Signal Generator VG 870B 871B 873 874 Instruction Manual Ver 3 80 ...

Page 2: ......

Page 3: ...Programmable Video Signal Generator VG 870B 871B 873 874 Instruction Manual 2012 12 Ver 3 80 ASTRODESIGN Inc ...

Page 4: ......

Page 5: ...8 1 5 VG 870B 871B 873 874 video units 9 1 5 1 HDMI unit VM 1817 9 1 5 2 TV encoder unit VM 1812 9 1 5 3 PC analog unit VM 1811 10 1 5 4 DVI unit VM 1814 10 1 5 5 LVDS unit VM 1815 10 1 5 6 Parallel unit VM 1816 11 1 5 7 DisplayPort unit VM 1820 discontinued 11 1 5 8 4K2K iTMDS unit VM 1824 11 1 5 9 4K2K iTMDS Quad unit VM 1824 A 12 1 5 10 V by One HS unit VM 1825 12 1 5 11 SDI unit VM 1821 12 1 5...

Page 6: ...EQP 36 3 2 7 Concerning EQP Fp and EQP Bp 37 INTERFACE SETTINGS 41 4 1 Output settings 41 4 1 1 Setting the output interfaces to ON or OFF 41 4 1 2 Setting the sync signals to ON or OFF and setting the sync signal polarities 42 4 1 3 Setting the level mode 44 4 1 4 Setting the aspect ratio 45 4 1 5 Setting the bit length gray scale for pattern drawing 47 4 1 6 Selecting RGB or YPbPr and setting th...

Page 7: ... setting procedure 146 4 5 3 Data transfer system 150 4 5 4 Bit arrays 163 4 6 Parallel 166 4 6 1 Connectors and pin assignments 166 4 6 2 Parallel data setting procedure 167 4 7 Analog component signals 170 4 7 1 Connectors and output signals 170 4 7 2 Setting the analog output connectors 170 4 7 3 Setting the analog video level 171 4 7 4 Sync signal settings 171 4 8 Composite connector and Y C c...

Page 8: ... for VM 1826 212 4 13 V by One HS VM 1825 216 4 13 1 Connectors and pin assignments 216 4 13 2 V by One HS setting procedure 217 4 13 3 Data transfer systems 220 4 13 4 V by One HS Control 253 4 14 SDI VM 1821 254 4 14 1 Concerning the SDI output 254 4 14 2 SDI setting procedure 254 4 14 3 Embedded audio 257 4 15 Analog audio settings 258 4 15 1 Connectors and output signals 258 4 15 2 Analog audi...

Page 9: ... of ramp patterns 303 6 3 2 Ramp pattern type settings and customizing 304 6 4 Sweep patterns 307 6 4 1 Types of sweep patterns 307 6 4 2 Sweep pattern selection 308 6 5 Monoscope patterns 309 6 5 1 Types of monoscope patterns 309 6 5 2 Monoscope pattern selection 309 6 6 Raster patterns 311 6 6 1 Types of raster patterns 311 6 6 2 Raster pattern type settings and customizing 311 6 7 Aspect ratio ...

Page 10: ...igh bandwidth Digital Content Protection 365 6 13 6 HDMI list 367 6 13 7 Timing data list 368 6 13 8 Image pattern list 369 6 13 9 OPT USER pattern list 369 6 13 10 Subtitle 370 6 14 Video black white reversal 372 6 15 Simple animation 372 6 15 1 Creating and registering the images 372 6 15 2 Simple animation settings 375 ACTION SETTINGS 377 7 1 Concerning the planes 377 7 2 Window actions 378 7 2...

Page 11: ...0 Trigger mode settings 416 9 1 11 Image priority settings 422 9 1 12 Image Position Setting 423 9 1 13 Cursor coordinate setting 424 9 1 14 Mouse speed setting 425 9 1 15 Digital Video Level Step setting 426 9 1 16 High speed drawing mode setting 427 9 1 17 CUSTOM Key1 2 RB 1871 CUSTOM Key 1 2 428 9 1 18 Operation mode at power on 429 9 1 19 CF Prg FolderNo setting 430 9 1 20 AVMUTE operation mod...

Page 12: ...encoder unit 457 10 6 3 Adjusting the COMPOSITE SCART video levels of the TV encoder unit 458 SPECIFICATIONS 459 11 1 Main specifications 459 11 1 1 Common specifications 459 11 1 2 HDMI unit 460 11 1 3 TV encoder unit VM 1812 461 Note VM 1812 B does not support PAL N PAL 60 SECAM Option Pattern 77 SMPTE color bar CVBS is not supported 461 11 1 4 PC analog unit VM 1811 461 11 1 5 DVI unit VM 1814 ...

Page 13: ...38 12 2 2 TV encoder unit VM 1812 540 12 2 3 PC analog unit VM 1811 541 12 2 4 DVI unit VM 1814 542 12 2 5 LVDS unit VM 1815 543 12 2 6 Parallel unit VM 1816 544 12 2 7 DisplayPort unit VM 1820 1820A 545 12 2 8 DP eDP Unit VM 1826 548 12 2 9 4K2K iTMDS unit VM 1824 1824 A 550 12 2 10 V by One HS unit 554 12 3 Concerning the maximum current consumption of the DDC DP_PWR power supply 556 LIST OF ERR...

Page 14: ...x ...

Page 15: ...heating kitchen appliance or inside a high pressure vessel Doing so may heat up the generator to abnormally high levels cause smoking running the risk of the generator s catching fire and or damaging the circuit components This generator contains some high voltage parts If you touch them you may receive an electric shock and burn yourself so do not attempt to disassemble repair or remodel the gene...

Page 16: ...t 10 to 15 minutes before use so as to ensure that the VG 870B 871B will operate stably It is forbidden to remove the video units from the generator main unit A Compact Flash CF card slot is provided on the front panel The LED at the side of the slot flashes while the data on the CF card is being accessed Under no circumstances must the card be ejected while this LED is flashing Otherwise malfunct...

Page 17: ...NERATOR xiii When trouble or malfunctioning has occurred In the unlikely event that trouble or malfunctioning should occur disconnect the generator s power cable and contact your dealer or an ASTRODESIGN sales representative ...

Page 18: ...dows 1 pc SP 8870 instruction manual PDF version packed with the SP 8870 software installation CD Power cable 1 pc 1 FG cable 1 5 meters long 1 pc 1 1 These cables are designed to be used exclusively with the VG 870B 871B Optional accessories RB 1870 Remote control box used exclusively 2 with the VG 870B 871B 873 874 RB 1871 Simplified remote control box used exclusively 2 with the VG 870B 871B 87...

Page 19: ...hey are categorized by standard application and other factors and it is possible for the data required to be selected easily Registration of program data on PC cards A total of a thousand program data can be registered on a PC card PC screens or natural images can also be registered On a PC equipped with a PC card slot the data can be copied using Explorer provided with Windows 98SE Windows 2000 o...

Page 20: ...Optional patterns 200 1 to 200 User character patterns 16 F0H to FFH The various data can be registered in the internal memory approx 100 MB of the VG 870B 871B 873 874 or on CF cards Number of data Program data 1000 Program 1 to 1000 User option patterns 200 1 to 200 Images image data 200 1 to 200 Number of data depends on the image data size memory capacity and card capacity User character patte...

Page 21: ...P INV G Y GRAY COLOR SWEEP SAMPLE CATEGORY ESC PAT TIM GROUP SET B R RAMP MONOSCOPE AU X PO W ER HDCP MUTE B A E F C D G 1 4 2 VG 871B 874 front panel POWER CF CARD DIGITAL VIDEO GENERATOR VG 871B AU X PO W ER B F G 1 4 3 RB 1870 RB 1871 panel REMOTE BOX RB 1870 MENU SHORT CUT 9 F 6 C 5 B 4 A 7 D 8 E SHIFT SAVE 3 0 1 INC 2 DEC STATUS TIM ESC GROUP CATEGORY SET PAT SAMPLE GRAY COLOR SWEEP MONOSCOPE...

Page 22: ...e items are described below Selecting and executing programs Execution of grouped programs but group editing is not possible ON OFF operations of R G B and INV keys ON OFF operations of CUSTOM I II keys default I HDCP II MUTE Change levels digital video levels only For further details on the keys refer to 1 4 4 Names of the keys and their functions ...

Page 23: ...tions as the HDMI AV MUTE On Off setting Refer to 9 1 17 CUSTOM Key1 2 RB 1871 CUSTOM Key B Menu operation screens The menu screens are used to set and check the items displayed on the fluorescent display tube C Rotary switch This is turned clockwise or counterclockwise to select the setting items or parameters change the level settings etc Number keys 0 STATUS to 9 F Used to input numerical value...

Page 24: ...able lists when only the output pattern data is to be changed Group key GROUP Used to display user registered groups etc and create groups Escape key ESC This key can be used in the following situations When canceling parameter selections or numerical value settings When returning the displayed menu screen to the previous hierarchical level E Set key SET Used to enter the setting items and paramet...

Page 25: ... the unit which is connected to the VG 870B 871B 873 874 J TRIG connector This is the trigger input output connector K RS 232C connector RS 232C This is used to connect a personal computer using an RS 232C cable L Remote connector REMOTE This is used to connect the dedicated remote control box RB 1870 or RB 1871 to operate the generator by remote control M LAN port LAN This port is used for connec...

Page 26: ...0B 873 front panel These enable all the generator functions to be operated The controls can be used only by the VG 870B 873 main unit RB 1870 These enable all the generator functions to be operated This remote control box makes it possible to perform the same operations as the ones which are performed on the front panel of the VG 870B 873 RB 1871 Programs can be read only This is a simplified remo...

Page 27: ... input using an optical connection The signals input here can be output to the monitor as the HDMI embedded audio 5 Analog audio input connectors Analog audio signals L R can be supplied here RCA connectors The signals supplied here can be output to the monitor as the HDMI embedded audio 1 5 2 TV encoder unit VM 1812 VGA D5 Y C L R P Y P COMPOS IT E B R ANALOG AUDIO OUT T V 8 9 10 11 12 13 SCART 2...

Page 28: ...utput connector Analog component signals RGBHV can be output as separate H V sync signals here Shrink Dsub 15 pin connector 1 5 4 DVI unit VM 1814 DVI D 2 DVI D 1 DVI 6 7 6 DVI D output connector Only digital signals can be output here DVI D connector Dual Link is supported HDCP is not supported 7 DVI D output connector Only Digital signals can be output here DVI D connector HDCP is supported Dual...

Page 29: ...ted 1 5 7 DisplayPort unit VM 1820 discontinued DisplayPort1 AUDIO IN OPTICAL DisplayPort2 DP 24 23 23 DisplayPort output Two systems of split drawing signals can be simultaneously output here 24 TOSLINK digital audio input This connector enables digital audio data to be input using an optical connection Digital audio data can be output to the monitor as the embedded audio data of the DisplayPort ...

Page 30: ...S connector Single link is supported 1 5 10 V by One HS unit VM 1825 V by One HS R CH2 CH1 27 27 V by One HS output connectors These connectors support up to 4 lanes with one channel and 8 lanes with two channels 1 5 11 SDI unit VM 1821 SDI4 SDI3 SDI2 SDI1 SDI 28 28 SDI output connectors These connectors support four SD HD or 3G signals or two Dual Link signals ...

Page 31: ...33 HDMI Output The same images and sound can be output simultaneously from these two connectors HDMI connectors 34 LAN When using HEC function the Ethernet that is input from VG is thoroughly output 35 I2S digital audio input connector The I2S digital audio signals can be supplied here The audio signals which have been input to this connector can be output as the embedded audio in the HDMI output ...

Page 32: ...s digital audio data to be input using a coaxial connection Digital audio data can be output to the monitor as the embedded audio data of the DisplayPort output 42 Power control signal output Power 4 lines and control signal 8 lines are output 43 External power input External powers 2 lines are input here Do not attempt to remove the interface units from the main unit due to the risk of damage Whe...

Page 33: ...rator the timing data and pattern data are collectively referred to as the program data Program data Timing data Video timing data settings Horizontal timing Vertical timing Audio output settings Sound source level Frequency On or off of channels Output settings On or off for each interface Settings inherent to interfaces DVI D 1 P Y P B R Pattern data Patter data settings Type size level and othe...

Page 34: ...timing data output Video V SYNC H SYNC The display patterns are not changed 2 Select the timing data from the categories The timing data of the internal sample data is classified by category such as EIA or VESA PC Select the desired timing data from the category which contains it 1 CATEGORY SAMPLE TIM 2 Select the category using or INC DEC and then press SET 3 Select the timing data using or INC D...

Page 35: ...1 CATEGORY SAMPLE PAT The pattern category is displayed 2 Select the category using or INC DEC and then press SET 3 Select the pattern using or INC DEC and then press SET The pattern is displayed etc 3 Selecting the pattern data using the pattern keys 1 Select the key corresponding to the pattern such as COLOR or ABC to be displayed The pattern of the selected type is displayed Lighted COLOR selec...

Page 36: ... a moving image Character Check this to select the character pattern Cross Hatch Check this to select the crosshatch pattern Dot Check this to select the dot pattern Check this to select the frame pattern Check this to select the cross pattern Check this to select the center marker pattern Circle Check this to select the circle pattern Burst Check this to select burst continuous black and white Wi...

Page 37: ...dow W LEVEL Check this to change the window level W L SEQ Check this to execute the window level sequence M BLUR Check this to execute motion blur 2 Select the action using or INC DEC and then press SET S SCROLL Check this to scroll the subtitle pattern On this screen the scroll direction and number of steps are set when the GC SCROL G SCROLL or C SCROLL action has been checked Select these to scr...

Page 38: ... this to increment the level DOWN Select this to decrement the level STOP Select this to temporarily stop the level change STEP 1 Select this to increment the level change step by 1 STEP 1 Select this to decrement the level change step by 1 5 Select the action using or INC DEC and then press SET EDIT Select this to perform the detailed level settings On this screen the scroll direction and number ...

Page 39: ...lect Action PAT using or INC DEC and then press SET 3 Select the item using or INC DEC and then press SET One of the following actions is selected and the detailed settings are performed For details on the setting procedure refer to ACTION SETTINGS Graphic Plane Character Plane Window Subtitle Motion Blur 0 25 0 125 dot Scroll Lip Sync Black Insertion ...

Page 40: ... as the program name 2 Select the item using or INC DEC and then press SET Pattern Name Any name containing up to 20 characters can be allocated as the pattern name 3 Select using or INC DEC and then press SET The program data is saved For further details refer to 9 1 11 Image priority settings If a CF card has been inserted the data registered on the card will be enabled and the data registered i...

Page 41: ... position where the character of the name is to be input changes To delete all the characters R Pr All the characters already input for the name are cleared To delete one character G Y The character at the cursor position is deleted To change character insert overwrite B Pb Use this to switch between inserting and overwriting the characters Insert is switched to overwrite or vice versa 2 To input ...

Page 42: ...e registered in a group Up to 99 groups can be registered 2 4 1 Executing groups The combinations of programs and patterns which are used with a high frequency and which have been registered by the user can be executed 1 GROUP 2 Select the groups using or INC DEC and then press SET Only the programs registered as groups can be selected 3 Select the groups using or INC DEC and then press SET The pr...

Page 43: ...AT The pattern data numbers are listed here 4 Select the numbers 01 to 98 of the TIM or PAT programs and AutoInterval using SET or INC DEC and then press SET The programs set in the group are executed in sequence from 01 up to 98 If 0 is set for both TIM and PAT If 0 is set for Program In both of the above cases 0 is recognized as the end of the group Auto Interval The execution times during Auto ...

Page 44: ...end points of programs to be repeated are set here The start and end point settings can be designated in three stages Automatic execution is performed in the following sequence Start point 1 end point 1 start point 2 end point 2 start point 3 end point 3 When Group has been selected as the Mode setting Group No The number of the group to be executed automatically is set here Interval The time duri...

Page 45: ... Data SAVE using SAVE or INC DEC 7 Select the save destination at Media using or INC DEC and then press SET Select EXECUTE using or INC DEC and then press SET Internal The data is saved on the internal memory CF card The data is saved on the CF card ...

Page 46: ... When selecting groups When adjusting the digital video levels SAMPLE TIM and PAT key statuses ON S T P OFF Program number Name of program or pattern max 16 characters With TIM at OFF Pattern drawing bit length horizontal sync frequency vertical sync frequency HDCP ON OFF ON z flashing OFF z no flashing Group number Number of program in group Program name max 16 characters Group number Group name ...

Page 47: ...iod Time display 0 00 to 999 999 µs Dot display 128 to 8192 dots µs setting fixed using SHIFT 2 dot setting fixed using SHIFT 3 Disp Time display 0 00 to 999 999 µs Dot display 48 to 4096 dot µs setting fixed using SHIFT 0 dot setting fixed using SHIFT 1 Backp Sync Time display 0 00 to 999 999 µs Dot display 0 to 8192 dot HDstart HDwidth Time display 0 00 to 999 999 µs Dot display 0 to 8190 dot Wh...

Page 48: ...The dot clock frequency MHz is set here Repetition The number of repetitions is set here The pixel configuration depends on the number which is set in Repetition When 2 is set for Repetition and 1440 for Disp the number of pixels will be 720 Period The total number of pixels in the horizontal direction is set here When µs time microseconds has been selected as the Input Mode setting It is possible...

Page 49: ...n the parameters which can be changed with the vertical timing data For progressive scanning Setting item Setting range Parameter fixing function Total Time display 0 00 to 999 999 ms Dot display 8 to 8192 H ms setting fixed using SHIFT 2 H setting fixed using SHIFT 3 Disp Time display 0 00 to 999 999 ms Dot display 2 to 4096 H ms setting fixed using SHIFT 0 H setting fixed using SHIFT 1 Sync Time...

Page 50: ...s VDstart1 Time display 0 00 to 999 999 ms Dot display 0 0 to 4095 0 H in 0 5H increments VDline1 Time display 0 00 to 999 999 ms Dot display 0 0 to 4095 0 H in 0 5H increments Field 2 Total2 Disp2 Sync2 Backp2 VDstart2 VDline2 Same as Field 1 Same as Field 1 When a parameter is fixed it is accompanied by an asterisk Even when values other than ones for parameters with an asterisk have been change...

Page 51: ...99 ms Dot display 2 to 8192 H Frontp Frontp Total Disp Sync Backp Time display 0 00 to 999 999 ms Dot display 0 to 8192 H For interlaced scanning Item Calculation formula Setting range Frontp1 Frontp2 Frontp1 Total2 Disp2 Sync2 Backp2 Frontp2 Total1 Disp1 Sync1 Backp1 Time display 0 00 to 999 999 ms Dot display 0 0 to 4096 0 H Blanking1 Blanking2 Blanking1 Frontp1 Sync1 Backp1 Blanking2 Frontp2 Sy...

Page 52: ...eneral rule do not change this setting For further details refer to 3 2 5 Concerning the TV modes Total The Total number in the vertical direction is set here Disp The Disp width in the vertical direction is set here Sync The Sync width in the vertical direction is set here BackP The BackP width in the vertical direction is set here Serration EQP Refer to 3 2 6 Concerning Serration and EQP 3 Selec...

Page 53: ...re drawn in the first field and second field Operation is performed for each frame 2 fields Interlace Sync Interlaced scanning The same image is repeatedly drawn in the first field and second field Operation is performed for each field 3 2 5 Concerning the TV modes This parameter indicates the output of the TV standard signals NTSC NTSC M NTSC 443 PAL PAL M PAL 60 PAL N PAL Nc SECAM HDTV1080 or HD...

Page 54: ...ents of 1H Serration 3 EXOR HS and VS EXORs are inserted as serrated pulses 0 OFF Equalizing pulses are not inserted into the EQPfp and EQPbp periods EQP 1 ON Equalizing pulses are inserted into the EQPfp and EQPbp periods Shown below as an example is the phase relationship when a setting of 0 5H has been selected for Serration When a setting of 0 5H has been selected for Serration Hperiod Hsync V...

Page 55: ...e front porch Setting range 0 000 to 999 999 ms 0 to 99 H EQPbp This sets the equalizing pulse inside the back porch Setting range 0 000 to 999 999 ms 0 to 99 H For interlaced scanning Setting item Details of setting EQP Fp1 EQP Fp2 This sets the equalizing pulse inside the front porch Setting range 0 000 to 999 999 ms 0 0 to 99 0 H in 0 5H increments EQP Bp1 EQP Bp2 This sets the equalizing pulse...

Page 56: ...EQP phase relationship and approach taken Fig 5 3 9 EQP phase relationship and approach taken HS CS EQP Hperiod 1 2 Hperiod Hsync 1 2 Hsync EQP Fp 3 0H Vsync 3 0H EQP Bp 3 0H HS CS First field CS Second field EQP Fp period from here ...

Page 57: ...Setting example 1 Setting item Setting EQP Fp 0H EQP Bp 0H EQP OFF Serration OFF Setting example 2 Setting item Setting EQP Fp 0H EQP Bp 0H EQP OFF Serration 0 5H Setting example 3 Setting item Setting EQP Fp 3H EQP Bp 3H EQP ON Serration 1H Setting example 4 Setting item Setting EQP Fp 3H EQP Bp 0H EQP OFF Serration OFF ...

Page 58: ...40 ...

Page 59: ...N or not output OFF can be selected for each output interface whether video or audio interface It is set to ON for the internal sample timing data unless the ratings or specifications of the generator prevent this Example In the case of EIA 1920 1080i 59 94 the COMPOSITE and Y C signals are set to OFF but the HDMI and analog component signals are set to ON 1 Select Program Edit using MENU or INC D...

Page 60: ...t for each output connector 1 Select Program Edit using MENU or INC DEC and then press SET 2 Select Output TIM using or INC DEC and then press SET 3 Select All Output using or INC DEC and then press SET 4 Select Sync using or INC DEC and then press SET Select the items using or INC DEC and then press SET 5 Select the parameters using or INC DEC and then press SET HS VS CS and CV is set here CV is ...

Page 61: ...ive polarity Used to set whether to superimpose Video on Sync onto the analog component signals 0 Off Video on Sync is not superimposed 1 R Video on Sync is superimposed onto the R analog component signal 2 G Video on Sync is superimposed onto the G analog component signal 3 RG Video on Sync is superimposed onto the RG analog component signal 4 B Video on Sync is superimposed onto the B analog com...

Page 62: ...ect Program Edit using MENU or INC DEC and then press SET 2 Select Output TIM using or INC DEC and then press SET 3 Select All Output using or INC DEC and then press SET 4 Select Level Mode using or INC DEC and then press SET 5 Select the unit using or INC DEC and then press SET Select limited or full using or INC DEC and then press SET 6 Select MENU Display returns to the initial screen Video ran...

Page 63: ... 4 3 1 4 3 Letter Box The aspect ratio is set to 4 3 letter box 2 16 9 The aspect ratio is set to 16 9 3 Resolution The aspect ratio is set to the same ratio as the screen resolution 4 User The aspect ratio of the user s choice is set 5 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and th...

Page 64: ...rnatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET Although images are normally output with the 4 3 aspect ratio the images which are output when 4 3 letter box has been selected will be in the 16 9 aspect ratio For this reason the top and bottom of the images are filled in with black and output When 4 3 letter box has been selected as the aspect ratio the ima...

Page 65: ...atterns are drawn with 8 bits 2 9 Bit The patterns are drawn with 9 bits 3 10 Bit The patterns are drawn with 10 bits 4 11 Bit The patterns are drawn with 11 bits 5 12 Bit The patterns are drawn with 12 bits 6 13 Bit The patterns are drawn with 13 bits 7 14 Bit The patterns are drawn with 14 bits 8 15 Bit The patterns are drawn with 15 bits 4 Inputting the parameters Select the parameters using or...

Page 66: ...48 3 Select All Output using or INC DEC and then press SET 4 Select Color Depth using or INC DEC and then press SET 5 Select the bit length using or INC DEC and then press SET ...

Page 67: ...or YPbPr signals of the HDMI unit cannot be changed using this menu For further details on how to change these signals refer to 4 2 2 HDMI setting procedure Select the color difference coefficients 0 SMPTE274M 296M RP 177 1 SMPTE 240M 2 SMPTE 293M 3 SMPTE 125M The color difference coefficients of one of the standards on the left are set 4 User The coefficients of the user s choice are set 5 When Y...

Page 68: ...al value using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET Caution for setting the coefficients The Y line must total 1 0000 The sum of the coefficient for Pb and Pr respectively must be 0 8 Select MENU Display returns to the initial screen ...

Page 69: ...alog level using or INC DEC 2 When increasing the setting speed Change the analog level more quickly using SHIFT or SHIFT INC DEC Setting range When Video on Sync is not superimposed 0 05 V 1 2 V When Video on Sync is superimposed 0 30 V 1 2 V For the Video on Sync setting refer to 4 1 2 Setting the sync signals to ON or OFF and setting the sync signal polarities 3 Select LEVEL or ESC Display retu...

Page 70: ...he operations described in section 9 1 15 Digital Video Level Step setting Bit length gray scale Setting range 8BIT 0 255 9BIT 0 511 10BIT 0 1023 11BIT 0 2047 12BIT 0 4095 13BIT 0 8191 14BIT 0 16383 15BIT 0 32767 16BIT 0 65535 3 Select LEVEL or ESC Display returns to the initial screen How to set the digital input level from Program Edit 1 Using MENU or INC DEC Select Program Edit and then press S...

Page 71: ...ively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details refer to Audio sweep setting parameters Audio sweep setting parameters Used to enable or disable the sweep function 0 OFF Disable 1 Sweep 0 1 1 ON Enable Used to set the number of repeats 0 Infinity Repeated indefinitely 2 Repeat 0 15 1 15 Repeated for the set number of times only 3 Frequency M...

Page 72: ...meters in 4 2 5 Embedded audio high bit rate audio option for HDMI is 0 dB 1 Select LEVEL 3 and then 3 PAGE 3 of 3 Change the audio level using or INC DEC 2 When increasing the setting speed Use SHIFT or SHIFT INC DEC 3 Select LEVEL or ESC Display returns to the initial screen The values set here are not saved as program data When they are used with HDMI select Internal PCM as the Digital Audio So...

Page 73: ...ing or INC DEC change video level 2 For speed up the change By using SHIFT or SHIFT INC DEC step changes speed up The changing step can be set in 9 1 15 Digital Video Level Step BIT length Setting range 8BIT 0 255 9BIT 0 511 10BIT 0 1023 11BIT 0 2047 12BIT 0 4095 13BIT 0 8191 14BIT 0 16383 15BIT 0 32767 16BIT 0 65535 3 2 3 Switch LEFT RIGHT 4 Select LEVEL Via DIGITAL LEVEL SETTING screen it goes b...

Page 74: ...56 Parameter Input By using or INC DEC select it SET Or 0 STATUS 9 F select by number keys SET Setting range is 0 100 ...

Page 75: ... TMDS DATA1 7 TMDS DATA0 8 TMDS DATA0 SHIELD 9 TMDS DATA0 10 TMDS CLK 11 TMDS CLK SHIELD 12 TMDS CLK 13 CEC 14 RESERVE HEAC 15 DDC CLK 16 DDC DATA 17 GROUND for 5 V 18 5 V DDC power supply 1 19 HOT PLUG DETECT HEAC Shell FG 1 Restrictions apply to the supply current of the DDC power supply Refer to 12 3 Concerning the maximum current consumption of the DDC DP_PWR power supply ...

Page 76: ...N Input the I2S LRCLK signal 6 GND 7 SD0 IN Input the I2S SD0 signal 8 GND 9 SD1 IN Input the I2S SD1 signal 10 GND 11 SD2 IN Input the I2S SD2 signal 12 GND 13 SD3 IN Input the I2S SD3 signal 14 GND Input the signals at the following timing For the SCLK and LRCLK signals input signals which are synchronized with MCLK The leading edge of SCLK can be set using 4 2 5 Embedded audio high bit rate aud...

Page 77: ...ing or INC DEC and then press SET 4 Select HDMI using or INC DEC and then press SET Select the items using or INC DEC and then press SET 5 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the parameters refer to HDMI unit setting parameters on the ne...

Page 78: ...ngth for pattern drawing can be selected or the same bit length can be selected automatically The portion by which the bit length for pattern drawing exceeds the bit length which has been set here is discarded A deficient portion is filled with zeros Refer to 4 1 5 Setting the bit length gray scale for pattern drawing 0 Auto 8 10 or 12 bits are selected here automatically depending on the bit leng...

Page 79: ...ions Use one of the following operations to send InfoFrame a Send the optimal values automatically b Set separate InfoFrame values and send them a Sending the optimal values automatically 1 Select Configuration using MENU or INC DEC and then press SET 2 Select HDMI using or INC DEC and then press SET The values are now selected and sent automatically 0 OFF The optimal value is not sent 3 Select Au...

Page 80: ...petition The setting accords with the H Timing Repetition setting Audio InfoFrame The setting accords with the Digital Audio Source setting Ext ANALOG to L PCM Int L PCM Ext I2S L PCM Option Ext ANALOG to DSD Int DSD Option Setting other than the one given on the left Sampling Frequency 44 1 kHz The DSD File informatio n is used Channel Count The setting accords with the number of channels set to ...

Page 81: ... SET 3 Select Digital Output using or INC DEC and then press SET 4 Select HDMI using or INC DEC and then press SET 5 Select the Info Frame and Packet to be set Select Info Frame Packet using or INC DEC and then press SET 6 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET E...

Page 82: ...e only the packets without turning off the synchronization 1 Select Configuration using MENU or INC DEC and then press SET 2 Select DHMI using or INC DEC and then press SET 0 Normal Mode The HDMI output synchronization is turned off and the InfoFrame Packet changes are made 3 Select Packet Changing using or INC DEC and then press SET 1 Game Mode Changes are made to Packet only the synchronization ...

Page 83: ...r INC DEC Select InfoFrame Packet SET By using or INC DEC select Transmission Mode SET Input parameter By using or INC DEC select it SET Or 0 STATUS 9 F select by number keys SET About setting parameter refer to the below list Transmission Mode Setting Parameter Transmission Mode setting parameter Select the packet to set this function 0 Vendor Specific 1 AVI InfoFrame Note it is not possible to c...

Page 84: ... Send frame by the setting interval This setting is active when the selected packet in Type s output setting is ON The setting value of Interval is the interval of executing packet transmission that is sent from VG s CPU to HDMI transmitter Therefore since the actual packet transmission is executed by HDMI transmitter it will appear 1 or 2 frame difference from the theoretical value Cau tion ...

Page 85: ...nce 1 ACP Packet 2 ISRC1 Packet 3 ISRC2 Packet 4 Gamut Meta Data Packet 5 SPD InfoFrame 6 MPEG InfoFrame 7 Vendor Specific InfoFrame 8 NTSC VBI InfoFrame In the example given above Vendor Specific InfoFrame and NTSC VBI InfoFrame are disabled ACP Packet ISRC1 Packet ISRC2 Packet Gamut Metadata Packet ON OFF OFF ON SPD InfoFrame MPEG InfoFrame Vendro Specific InfoFrame NTSC VBI InfoFrame ON ON ON O...

Page 86: ...el 1 HDMI The IEEE Registration ID is set to 000C03 After the IEEE Registration ID the setting is established using the format that supports HDMI 1 4 1 IEEE RegID Sel Other This is the IEEE Registration ID setting 1 1 IEEE Regist ID 000000 FFFFFF This is the Payload length setting 1 2 Payload Length 0 24 This is the Payload data setting 1 3 Payload 1 24 00 FF 2 IEEE RegID Sel HDMI This indicates t...

Page 87: ...picture 6 Quincunx E L O R Quincunx matrix Even Left picture Odd Right picture 2 2 2 3D Ext Data 7 Quincunx E L E R Quincunx matrix Even Left picture Even Right picture this is the 3D Meta present whether the following 3D metadata is present or not setting 0 0 Not Present 3D metadata not present 2 2 3 3DMeta Present 1 1 3D metadata present this indicates the 3D Metadata type it cannot be changed 2...

Page 88: ...tadata_2 PB 27 3D_Metadata_3 3D_Metadata_20 3D_Metadata_21 PB 26 例1 3D_Structureの設定が Side by Side Half 以外の場合のパケットデータマッピング Example 1 Packet data mapping except Side by Side Half Packet Byte 7 6 5 4 3 2 1 0 PB 0 Checksum PB 1 PB 2 PB 3 PB 4 PB 5 PB 6 PB 7 PB 8 PB 9 PB 10 24bit IEEE Registration Identifier 000C03h least significant byte first HDMI_Video_Format 010b 3D Rsvd 0 Rsvd 0 Rsvd 0 Rsvd 0 Rsvd...

Page 89: ...ired for the transmitted images 0 No Data No Data 1 Overscanned Composed for an overscanned display 4 Scan Info 2 Underscanned Composed for an underscanned display This sets the Bar Info valid invalid for the Bar Information described later 0 Data Not Valid Bar Data not valid 1 Vertical Valid Vert Bar info valid 2 Horizontal Valid Horiz Bar info Valid 5 Bar Info 3 Vert Horiz Valid Vert And Horiz B...

Page 90: ...the timings indicated by Code refer to CEA 861 D 13 Repetition 1 10 This is the Pixel Repetition Factor setting 14 Top Bar 0 65535 This is the Line Number of End of Top Bar setting letter box top bar size setting 15 Bottom Bar 0 65535 This is the Line Number of Start of Bottom Bar setting letter box bottom bar size setting 16 Left Bar 0 65535 This is the Pixel Number of End of Left Bar setting pil...

Page 91: ...h The desired value is set 24 Length 0 15 byte This is the AVI InfoFrame length setting Packet Header and Checksum are not included The default is 13 bytes Note it is not available in VM 1823 25 Data Byte 14 15 00h 0FFh This is the data byte 14 and 15 value setting Note it is not available in VM 1823 1 1 The Checksum Length and Data byte 14 15 settings are optional They can be set only when the re...

Page 92: ...Version1 Version is displayed only It cannot be changed This is the Vendor Name name of the transmission device vendor setting 4 Vendor Name Maximum 8 characters For further details on the input method refer to steps 2 and following in section 2 3 Setting the names This the Product Description name of the transmission device model name etc setting 5 Product Description Maximum 16 characters For fu...

Page 93: ... setting 3 Version 1 Version is displayed only It cannot be changed This is the Audio Coding Type setting 0 Refer StreamHeader Refer to Stream Header 1 IEC60958 PCM 2 AC 3 3 MPEG1 Layers 1 2 4 MP3 MPEG1 Layer 3 5 MPEG2 multi ch 6 AAC 7 DTS 8 ATRAC 9 One Bit Audio A Dolby Digital B DTS HD C MLP D DST E WMA Pro 4 Coding Type F Refer Extension This is the Audio Coding Ext Type setting 0 HE AAC 1 HE A...

Page 94: ...L 16 RRC RLC RR RL FR FL 17 RRC RLC RR RL LFE FR FL 18 RRC RLC RR RL FC FR FL 19 RRC RLC RR RL FC LFE FR FL 20 FRC FLC FR FL 21 FRC FLC LFE FR FL 22 FRC FLC FC FR FL 23 FRC FLC FC LFE FR FL 24 FRC FLC RC FR FL 25 FRC FLC RC LFE FR FL 26 FRC FLC RC FC FR FL 27 FRC FLC RC FC LFE FR FL 28 FRC FLC RR RL FR FL 29 FRC FLC RR RL LFE FR FL 30 FRC FLC RR RL FC FR FL 9 Speaker Placement 31 FRC FLC RR RL FC ...

Page 95: ...it Rate 0 4294 M 967 k 295 Hz This is the MPEG bit rate setting This is the Field Repeat setting 0 New Field picture 5 Field Repeat 1 Repeated Field This is the MPEG Frame setting 0 Unknown No Data 1 I Picture 2 B Picture 6 Frame 3 P Picture NTSC VBI InfoFrame The vertical blanking interval VBI information is stored in NTSC VBI InfoFrame and sent This setting determines whether the NTSC VBI InfoFr...

Page 96: ... information concerning the permission to copy DVD Audio content is set here 0 Copy Freely 1 reserved 2 Specify CopyNumber 4 CopyPermission 3 No More Copies Audio_copy_number the number of times DVD Audio content may be copied is set here 0 1 copies 1 2 copies 2 4 copies 3 6 copies 4 8 copies 5 10 copies 6 3 copies 5 Copy_Number 7 Copy OneGeneration Audio_Quality the quality in which DVD Audio con...

Page 97: ...set here 0 CD Quality 11 CCI_Flags_Q_A 1 Unlimited DSD Quality CCI_Flags_Q_S the quality in which Super Audio content is to be copied by a secure recorder is set here 0 CD Quality 12 CCI_Flags_Q_S 1 Unlimited DSD Quality CCI_Flags_Q_U the quality in which Super Audio content is to be copied by an unlisted recorder is set here 0 CD Quality 13 CCI_Flags_Q_U 1 Unlimited DSD Quality CCI_Flags_Move_A w...

Page 98: ... Packet and whether the UPC_EAN_ISRC_XX field is valid 0 Invalid 4 ISRC_Valid 1 Valid This is the ISRC_Status setting ISRC_Status indicates the position on the current track 0 Starting 1 Intermediate 5 ISRC_Status 2 Ending This is the Validity information setting This indicates whether the ISRC and UPC EAN data is valid or invalid 0 No Validity 1 ISRC 2 UPC EAN 6 Validity Info 3 UPC EAN and ISRC T...

Page 99: ...nvalid 3 No_Current_GBD 1 Valid This is the GBD_Profile setting 0 P0 1 P1 2 P2 4 GBD_Profile 3 P3 5 AffectedGamutSeqNum 0 15 This is the Affected_Gamut_Seq_Num setting This indicates the number of GBD Gamut boundary description sent in this Gamut Metadata Packet 6 Current_GamutSeqNum 0 15 This is the Current_Gamut_Seq_Num setting This indicates the number of the GBD that applies to the current vid...

Page 100: ...en selected as the Format_Flag setting 11 Number_Vertices Colorprecision 8 bit 4 8 10 bit 4 6 12 bit 4 5 Packed_GBD_Vertices_ Data This is the Packed_GBD_Vertices_Data setting This is displayed only when Vertices facets 0 has been selected as the Format_Flag setting Data1 Data2 Data3 12 Data4 Colorprecision 8 bit 0 255 10 bit 0 1023 12 bit 0 4095 The Y Cb and Cr values of the colors Data are set h...

Page 101: ...gical Address Y Logical Address Z CEC Pattern Display Transmission D I GI TA L VI D EO GEN ERA TOR VG 870B R P B P G Y 1 4 A S A V E S H O R T C U T 0 S T A T U S S H I F T 7 D M E N U P O W E R 3 2 6 C 5 B D E C I N C 8 E 9 F C F C A R D D E T A I L C U R S O R A S P E C T W I N D O W R A S T E R R P L E V E L A B C N A M E L I S T C H E C K E R A C T I O N I M A G E O P T S Y N C B P I N V G Y G...

Page 102: ...r conditions 8 to 12 the CEC commands set using items 4 to 7 are transmitted Set here the CEC commands to be sent from the VG 870B 871B The following items are set when Transmission or Response has been selected as the Mode setting 4 Tx Destination This sets the address of the destination transmission destination of CEC commands 5 Tx Opcode This sets the OPCode 6 Tx Data Length 0 to 14 This sets t...

Page 103: ...ommand has been transferred to a unit other than the generator A command to a VG logical address other than the one which has been set Waiting Command Command wait status which is established when a command is not transmitted or received for 5 or more seconds 4 Command display When the corresponding command has been transmitted or received it is displayed XXh FA XXh FA XXh FA XXh EA Acknowledge A ...

Page 104: ...a Enable the embedded audio to be superimposed on HDMI 1 Select Program Edit using MENU or INC DEC and then press SET 2 Select Output TIM using or INC DEC and then press SET 3 Select Digital Output using or INC DEC and then press SET 4 Select HDMI using or INC DEC and then press SET 0 OFF Disabled 5 Select Audio Output using or INC DEC and then press SET Select the setting using or INC DEC and the...

Page 105: ...ng procedure refer to 6 13 3 EDID 4 2 7 HDCP For further details on the setting procedure refer to 8 1 HDCP settings 4 2 8 DDC CI For further details on the setting procedure refer to 6 13 4 DDC CI 4 2 9 LipSync For further details on the setting procedure refer to 7 9 LipSync ...

Page 106: ...hen press SET 2 Select Output TIM using or INC DEC and then press SET 3 Select Digital Output using or INC DEC and then press SET 4 Select HDMI using or INC DEC and then press SET 5 Select VD 1673 HDMI SWITCHER using or INC DEC and then press SET 6 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS t...

Page 107: ...s sets the port used for Audio Return Channel execution 0 HDMI1 Audio Return Channel is executed using HDMI1 2 Port 0 1 1 HDMI2 Audio Return Channel is executed using HDMI2 This sets the operation mode 0 Use CEC ARC start and end are controlled using the CEC commands 3 Mode 0 1 1 Audio Monitor The sound acquisition is started without using the CEC commands These set the operation to be performed w...

Page 108: ...the lower or lowest logical address is identified to be the adjoining device Concerning the CEC response commands A response is given to the following reception commands while the ARC pattern is selected When Auto 0 has been selected as the Follower Mode setting Reception command Response command Command Send source Command Send destination Give Physical Address All sources Report Physical Address...

Page 109: ...on to the Manual and Auto Follower Mode settings Reception command Response command Give Device Vendor ID Device Vendor ID Give System Audio Mode Status System Audio Mode Status Request Short Audio Descriptor Report Short Audio Descriptor CAUTION ...

Page 110: ...els are displayed here Linear PCM only When Use CEC 0 has been selected as the Mode setting the Audio data will not be displayed unless the CEC command has been communicated properly List of CEC data display area items 6 VG Logical Address The logical address of the generator is displayed here CEC send receive data The CEC command data sent from the generator or other devices is displayed here A R...

Page 111: ...DMI Ethernet Channel execution pattern 1 NAME LIST DETAIL NAME LIST DETAIL 2 Select HDMI HEC By using or INC DEC Select HDMI HEC SET 3 Detail setting select EDIT By using or INC DEC Select EDIT SET Or select by 0 STATUS After editing detail items select EXECUTE and press SET key Then the setting becomes available HDMI HECGeneral setting items Select a port to execute HEC test 0 HDMI1 HDMI1 execute...

Page 112: ...mands transmission automatically Setting item Select Test Sequence 0 Sample1 1 Sequence 0 1 1 Sample2 2 Target Logical Addr Set CEC Logical Address of DUT divide under test 3 Target IP Address Set IP address of DUT Details of test sequence Sample1 VG main unit becomes Activator and execute Activation Sample2 DUT becomes Activator and execute Activation to VG main unit ...

Page 113: ... Functionality State HEC Active 2 Send CDC_HEC_InquireState Terminating device 1 VM 1823 Terminating device 2 DUT device under test 3 Whether DUT responds CDC_HEC_ReportState or not 4 Whether DUT is HEC Active or not 5 Send CDC_HEC_SetState Terminating device 1 VM 1823 Terminating device 2 DUT HEC Set State Activate HEC 6 Send Ping Source VM 1823 IP Address Destination Target IP Address 7 Whether ...

Page 114: ...T sends CDC_HEC_InquireState or not 2 Send CDC_HEC_ReportState HEC Functionality State HEC Inactive 3 Whether DUT sends CDC_HEC_SetState or not HEC Set State Activate HEC 4 Send CDC_HEC_ReportState HEC Functionality State HEC Active 5 Send Ping Source VM 1823 IP Address Destination Target IP Address 6 Whether there is response or not ...

Page 115: ... 4 Req Deactivation CDC_HEC_RequestDeactivation 5 Notify Alive CDC_HEC_NotifyAlive 2 CDC Msg 0 6 6 Discover CDC_HEC_Discover CDC Msg 0 Inquire State Setting item 1 Dev Physical Addr1 Set Physical Address of the first Terminating Device 2 Dev Physical Addr2 Set Physical Address of the second Terminating Device Criteria of result judgment If the below condition is fulfilled the test result becomes P...

Page 116: ... 4 ENC Func State 0 2 2 Active Set CDC Error Code 0 No Error No Error 1 Never Support Initiator does not have the requested Capability 2 Can not respond Initiator is not capable to carry out the request in this state 5 CDC Error Code 0 3 3 Other Error Other Error Criteria of result judgment After finish sending CDC_HEC_ReportState judge it as PASS Note the setting value of Dev Physical Addr and Ph...

Page 117: ...e is responded by the adjacent devices of VG main unit Condition 2 Set Mode Manual CDC_HEC_ReportState is responded from the device designated by Dev Physical Addr Note when setting by Set Mode Manual if the setting value of Dev Physical Addr and Physical address of VG main unit are same message destination VG main unit the result is FAIL Or if the device set by Dev Physical Addr does not exist th...

Page 118: ...ical Address of VG main unit are same the result is FAIL Or if the device set by Act Physical Addr does not exist the result is FAIL CDC Msg 5 Notify Alive Setting item 1 Send Interval1 Set interval of sending CDC_HEC_NotifyAlive 0 150sec 2 Send Interval2 Set interval of sending CDC_HEC_NotifyAlive 0 150sec 3 Send Interval3 Set interval of sending CDC_HEC_NotifyAlive 0 150sec 4 Send Time Suppose 3...

Page 119: ...sult judgment If the below condition is fulfilled the test result becomes PASS DUT designated by Target Logical Addr responds with CDC_HEC_ReportState Note if the setting value of Target Logical Addr and VG Logical Address are same DUT VG main unit the result is FAIL ...

Page 120: ...MP echo request is sent to the DUT Setting item 1 Target IP Address Set IP address of DUT Criteria of result judgment If the below condition is fulfilled the test result becomes PASS The DUT designated by Target IP Address responds ICMP echo reply ...

Page 121: ... 1 2 0 0 0 1 CDC CDC_HEC_InquireState Sample 1 1 2 3 4 6 5 The test result is displayed as pattern as above picture HEC test result items list 1 Execution port Display the port to execute the test 2 HDMI device information Display the information CEC Logical Address Physical Address of HDMI connected devices indicates VM 1823 3 Test contents Display the test contents If the Mode is Auto informatio...

Page 122: ...elect HDMI SET By or INC DEC select VM 1823 Setting SET IP Address xxx xxx xxx xxx Set IP address Factory default is 192 168 1 2 Subnetmask xxx xxx xxx xxx Set Subnet mask Factory default is 255 255 255 0 Gateway Input parameter By or INC DEC select it SET Or 0 STATUS 9 F by number key select it SET xxx xxx xxx xxx Set Gateway Factory default is 192 168 1 1 ...

Page 123: ...in no Signal Pin no Signal 1 TMDS DATA2 9 TMDS DATA1 17 TMDS DATA0 2 TMDS DATA2 10 TMDS DATA1 18 TMDS DATA0 3 TMDS DATA2 4 G 11 TMDS DATA1 3 G 19 TMDS DATA0 5 G 4 TMDS DATA4 12 TMDS DATA3 20 TMDS DATA5 5 TMDS DATA4 13 TMDS DATA3 21 TMDS DATA5 6 DDC CLK 14 5 V DDC power supply 1 22 TMDS CLK G 7 DDC DATA 15 Ground 23 TMDS CLK 8 Analog Vsync 16 SENSE 24 TMDS CLK C1 Analog Red C2 Analog Green C3 Analo...

Page 124: ...Digital Output using or INC DEC and then press SET 4 Select DVI using or INC DEC and then press SET Select the items using or INC DEC and then press SET 5 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the parameters refer to the table below ...

Page 125: ...om output channel 1 Data is not output from channel 2 4 1 5 Setting the bit length gray scale for pattern drawing 0 Single 8 bits The data is output by Single Link from output channels 1 and 2 The portion by which the bit length for pattern drawing exceeds 8 bits is discarded 1 Dual 8 bits The data is output by Dual Link from output channel 1 The portion by which the bit length for pattern drawing...

Page 126: ...4 Select DVI using or INC DEC and then press SET The same settings as the ones described in 4 1 1 Setting the output interfaces to ON or OFF can also be established 0 Off No output 1 On Output Select Output Analog using or INC DEC and then press SET 5 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATU...

Page 127: ...example for explanatory purposes is a case where the resolution is 1280 1024 the dot clock frequency is 108 MHz with 8 bits level D 0 7 0 D 1 D 2 D 3 7 0 7 0 7 0 D 1276 7 0 D 1277 D 1278 D 1279 7 0 7 0 7 0 CLK 108MHz D 0 Non D 1 D 2 D 3 D 1276 D 1277 D 1278 D 1279 1ch Master 1ch Slave Non Non Non Non Non Non Non D 0 7 0 D 1 D 2 D 3 7 0 7 0 7 0 D 1276 7 0 D 1277 D 1278 D 1279 7 0 7 0 7 0 2ch 1CH Ma...

Page 128: ...lanatory purposes is a case where the resolution is 1280 1024 the dot clock frequency is 108 MHz with 8 bits level D 0 D 2 D 4 D 6 D 1272 D 1274 D 1276 D 1278 CLK 54MHz D 1 D 3 D 5 D 7 D 1273 D 1275 D 1277 D 1279 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 D 0 D 2 D 4 D 6 D 1272 D 1274 D 1276 D 1278 1ch Master 1ch Slave 2ch Non Non Non Non Non Non Non Non 1CH Master 1CH Slave ...

Page 129: ... as an example for explanatory purposes is a case where the resolution is 1280 1024 the dot clock frequency is 108 MHz and the 16 bits output consisting of 8 bits for channel 1 and 8 bits for channel 2 D 0 D 1 D 2 D 3 D 1276 D 1277 D 1278 D 1279 CLK 108MHz D 0 D 1 D 2 D 3 D 1276 D 1277 D 1278 D 1279 15 8 15 8 15 8 15 8 15 8 15 8 15 8 15 8 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 D 0 D 1 D 2 D 3 D 1276 D 12...

Page 130: ...ignals 4 3 6 EDID For further details on the setting procedure refer to 6 13 3 EDID Note The DDC_CLK frequency of DVI channel 1 is fixed at 40 kHz It does not exist in DDC_CLK of Configuration Also the DDC_CLK frequency of DVI channel 2 changes in tandem with DDC_CLK of Configuration 4 3 7 HDCP For further details on the setting procedure refer to 8 1 HDCP settings 4 3 8 DDC CI For further details...

Page 131: ...MDS TMDS 8 bit DVI compatible mode Pin no Signal Pin no Signal Pin no Signal 1 TMDS DATA2 9 TMDS DATA1 17 TMDS DATA0 2 TMDS DATA2 10 TMDS DATA1 18 TMDS DATA0 3 TMDS DATA2 4 G 11 TMDS DATA1 3 G 19 TMDS DATA0 5 G 4 TMDS DATA4 12 TMDS DATA3 20 TMDS DATA5 5 TMDS DATA4 13 TMDS DATA3 21 TMDS DATA5 6 DDC CLK 14 5 V DDC power supply 1 22 TMDS CLK G 7 DDC DATA 15 Ground 23 TMDS CLK 8 Analog Vsync 16 SENSE ...

Page 132: ...elect Digital Output using or INC DEC and then press SET 4 Select iTMDS using or INC DEC and then press SET Select the items using or INC DEC and then press SET 5 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the parameters refer to the table belo...

Page 133: ...n be selected and the data can be output using output channels 1 and 2 With the VM 1824 A the data of channels 1 2 3 and 4 is combined and output by Quad Link When the dot clock frequency is in the range of 592 MHz to 1320 MHz by selecting Octal Link and by using two output boards the data can be output by combining the data of board 1 output channels 1 and 2 and the data of board 2 output channel...

Page 134: ...attern drawing is deficient from the bit length which has been set here is filled with zeros The higher bits are output to the Master and the lower bits to the Slave 4 Dual 16bit Up to 16 bits can be output by Dual Link using two connectors The portion by which the bit length for pattern drawing is deficient from the bit length which has been set here is filled with zeros The higher bits are outpu...

Page 135: ...ode Screen splitting 3 Dividing Normal Mode 9 MODE4 x4 Mode Screen splitting 4 Dividing Cross Mode Octal Link 0 MODE0 Cross split into 4 Vertically split into 2 output 1 MODE1 Vertically split into 4 vertically split into 2 output 2 MODE2 Horizontally split into 2 screen vertically split into 2 output 3 MODE3 Vertically split into 2 vertically split into 2 output 4 MODE4 Vertically split into 2 No...

Page 136: ...1 to 4 for the Master and Slave of Dual Link of VM 1824 is described in this section Also described below in this section is the Single Link data of the VM 1824 A which is output as the data of channels 1 to 4 RGB 8 12Bit 11 0 Link0 Link1 Link2 Link3 Link4 Link5 1CH 2CH 2CH Connector 3CH 4CH 4Kx2K 4CH 出力 Dual Link Master Dual Link Master Dual Link Srave Dual Link Srave Link0 Link1 Link2 Link3 Link...

Page 137: ...Hz with the 10 bits output CLK 148MHz 1CH 2CH 3CH 4CH L0 L1023 L0 L1023 L1024 L2047 L1024 L2047 D 2044 D 2045 D 2046 D 2047 9 0 9 0 9 0 9 0 D 0 9 0 D 1 D 2 D 3 9 0 9 0 9 0 D 4092 9 0 D 4093 D 4094 D 4095 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2048 D 2049 D 2050 D 2051 D 2044 D 2045 D 2046 D 2047 9 0 9 0 9 0 9 0 D 0 9 0 D 1 D 2 D 3 9 0 9 0 9 0 D 4092 9 0 D 4093 D 4094 D 4095 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 20...

Page 138: ...48 the dot clock frequency is 592 MHz with the 10bits output CLK 148MHz 1CH 2CH 3CH 4CH D 1020 D 1021 D 1022 D 1023 9 0 9 0 9 0 9 0 D 0 9 0 D 1 D 2 D 3 9 0 9 0 9 0 D 2044 9 0 D 2045 D 2046 D 2047 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1024 D 1025 D 1026 D 1027 D 4092 9 0 D 4093 D 4094 D 4095 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 3072 D 3073 D 3074 D 3075 D 3068 9 0 D 3069 D 3070 D 3071 9 0 9 0 9 0 9 0 9 0 9 0 9 0 ...

Page 139: ... an example of the resolution is 4096 2048 the dot clock frequency is 592 MHz with 10bits output CLK 148MHz 1CH 2CH 3CH 4CH L0 L1079 L0 L1079 L1080 L2159 L1080 L2159 D 4088 D 4090 D 4092 D 4094 9 0 9 0 9 0 9 0 D 0 9 0 D 2 D 4 D 6 9 0 9 0 9 0 D 4089 9 0 D 4091 D 4093 D 4095 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1 D 3 D 5 D 7 D 4088 D 4090 D 4092 D 4094 9 0 9 0 9 0 9 0 D 0 9 0 D 2 D 4 D 6 9 0 9 0 9 0 D 4089...

Page 140: ...le of the resolution is 4096 2048 the dot clock frequency is 592 MHz with the 10 bits output CLK 148MHz 1CH 2CH 3CH 4CH D 2040 D 2042 D 2044 D 2046 9 0 9 0 9 0 9 0 D 0 9 0 D 2 D 4 D 6 9 0 9 0 9 0 D 2041 9 0 D 2043 D 2045 D 2047 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1 D 3 D 5 D 7 D 4088 D 4090 D 4092 D 4094 9 0 9 0 9 0 9 0 D 2048 9 0 D 2050 D 2052 D 2054 9 0 9 0 9 0 D 4089 9 0 D 4091 D 4093 D 4095 9 0 9 0 ...

Page 141: ...ency is 592 MHz with the 10 bits output CLK 148MHz 1CH 4CH L0 L2047 L0 L2047 9 0 9 0 9 0 9 0 D 0 9 0 9 0 9 0 9 0 D 3 D 4092 9 0 D 4095 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 4 D 7 D 8 D 11 D 12 D 15 D 4088 D 4091 D 4084 D 4087 D 4080 D 4083 2CH L0 L2047 D 1 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 4093 D 5 D 9 D 13 D 4089 D 4085 D 4081 3CH L0 L2047 9 0 9 0 9 0 9 0 9 0 D 2 9 0 9 0 9 0 D 4094 D 6 D 10 D 14 D 4090 D...

Page 142: ... section Also described below in this section is the Single Link data of the VM 1824 A which is output as the data of channels 1 to 4 RGB 8 10Bit 9 0 Link0 Link1 Link2 Link3 Link4 Link5 1CH 2CH 2CH Connector 3CH 4CH VG iTMDS 4CH 出力 Dual Link Master Dual Link Master Dual Link Srave Dual Link Srave Link0 Link1 Link2 Link3 Link4 Link5 1CH Connector RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 IA 1...

Page 143: ...rator to the IA 1540 iTMDS LVDS converter box and by halving the output in the converter box The explanation concerns the signals of the four channels output from the VG generator For an explanation concerning an 8 channel output from LVDS refer to section 4 13 3 Data transfer systems V By One HS D 0 D 4 D 8 D 12 D 1904 D 1908 D 1912 D 1916 CLK 148MHz 1CH 2CH 3CH 4CH D 3 D 7 D 11 D 15 D 1907 D 191...

Page 144: ...540 iTMDS LVDS converter box and by halving the output in the converter box The explanation concerns the signals of the four channels output from the VG generator For an explanation concerning an 8 channel output from LVDS refer to section 4 13 3 Data transfer systems V By One HS D 0 D 1 D 8 D 9 D 1904 D 1905 D 1912 D 1913 CLK 148MHz 1CH 2CH 3CH 4CH D 6 D 7 D 14 D 15 D 1910 D 1911 D 1918 D 1919 D ...

Page 145: ...or to the IA 1540 iTMDS LVDS converter box and by halving the output in the converter box The explanation concerns the signals of the four channels output from the VG generator For an explanation concerning an 8 channel output from LVDS refer to section 4 13 3 Data transfer systems V By One HS D 0 D 2 D 8 D 10 D 1904 D 1906 D 1912 D 1914 CLK 148MHz 1CH 2CH 3CH 4CH D 5 D 7 D 13 D 15 D 1909 D 1911 D...

Page 146: ... the VG generator to the IA 1540 iTMDS LVDS converter box and by halving the output in the converter box The explanation concerns the signals of the four channels output from the VG generator For an explanation concerning an 8 channel output from LVDS refer to section 4 13 3 Data transfer systems V By One HS CLK 148MHz 1CH 2CH 3CH 4CH D 952 D 953 D 956 D 957 9 0 9 0 9 0 9 0 D 0 9 0 D 1 D 4 D 5 9 0...

Page 147: ...nnecting the output of the VG generator to the IA 1540 iTMDS LVDS converter box and by halving the output in the converter box The explanation concerns the signals of the four channels output from the VG generator For an explanation concerning an 8 channel output from LVDS refer to section 4 13 3 Data transfer systems V By One HS CLK 148MHz 1CH 2CH 3CH 4CH D 952 D 954 D 956 D 958 9 0 9 0 9 0 9 0 D...

Page 148: ...1824 A board lower slot the Single Link data is output as channels 1 to 4 In the second VM 1824 A board upper slot the Single Link data is output as channels 5 to 8 RGB 8 10Bit 9 0 Link0 Link1 Link2 Link3 Link4 Link5 1CH 2CH 2CH Connector 3CH 4CH 1st Board 出力 下段 Dual Link Master Dual Link Master Dual Link Srave Dual Link Srave Link0 Link1 Link2 Link3 Link4 Link5 1CH Connector RGB 8 10Bit 9 0 RGB 8...

Page 149: ...9 L1080 L2159 L1080 L2159 D 1020 D 1021 D 1022 D 1023 9 0 9 0 9 0 9 0 D 0 9 0 D 1 D 2 D 3 9 0 9 0 9 0 D 2044 9 0 D 2045 D 2046 D 2047 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1024 D 1025 D 1026 D 1027 D 1020 D 1021 D 1022 D 1023 9 0 9 0 9 0 9 0 D 0 9 0 D 1 D 2 D 3 9 0 9 0 9 0 D 2044 9 0 D 2045 D 2046 D 2047 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1024 D 1025 D 1026 D 1027 D 3068 D 3069 D 3070 D 3071 9 0 9 0 9 0 9 0 D ...

Page 150: ...2046 D 2047 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1536 D 1537 D 1538 D 1539 D 508 D 509 D 510 D 511 9 0 9 0 9 0 9 0 D 0 9 0 D 1 D 2 D 3 9 0 9 0 9 0 D 1020 9 0 D 1021 D 1022 D 1023 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 512 D 513 D 514 D 515 D1532 D 1533 D 1534 D 1535 9 0 9 0 9 0 9 0 D 1024 9 0 D 1025 D 1026 D 1027 9 0 9 0 9 0 D 2586 D 2587 D 2558 D 2559 9 0 9 0 9 0 9 0 D 2048 9 0 D 2049 D 2050 D 2051 9 0 9 0 9 0 D...

Page 151: ...159 L1080 L2159 D 2040 D 2042 D 2044 D 2046 9 0 9 0 9 0 9 0 D 0 9 0 D 2 D 4 D 6 9 0 9 0 9 0 D 2041 9 0 D 2043 D 2045 D 2047 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1 D 3 D 5 D 7 D 4088 D 4090 D 4092 D 4094 9 0 9 0 9 0 9 0 D 2048 9 0 D 2050 D 2052 D 2054 9 0 9 0 9 0 D 4089 9 0 D 4091 D 4093 D 4095 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2049 D 2051 D 2053 D 2055 D 4088 D 4090 D 4092 D 4094 9 0 9 0 9 0 9 0 D 2048 9 0 D...

Page 152: ...019 D 1021 D 1023 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1 D 3 D 5 D 7 D 2041 9 0 D 2043 D 2045 D 2047 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1025 D 1027 D 1029 D 1031 D 2040 D 2042 D 2044 D 2046 9 0 9 0 9 0 9 0 D 1024 9 0 D 1026 D 1028 D 1030 9 0 9 0 9 0 D 3064 D 3066 D 3068 D 3070 9 0 9 0 9 0 9 0 D 2048 9 0 D 2050 D 2052 D 2054 9 0 9 0 9 0 D 3065 9 0 D 3067 D 3069 D 3071 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2049 D 2051 ...

Page 153: ...L0 L2159 CLK 148MHz 1CH 2CH 3CH 4CH 5CH 6CH 7CH 8CH D 0 D 1 D 2 D 3 D 2048 D 2049 D 2050 D 2051 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 4 D 5 D 6 D 7 D 2052 D 2053 D 2054 D 2055 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 8 D 9 D 10 D 11 D 2056 D 2057 D 2058 D 2059 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 12 D 13 D 14 D 15 D 2060 D 2061 D 2062 D 2063 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2032 D 2033 D 2034 D 2035 D 4080 D 4...

Page 154: ...Hz 1CH 2CH 3CH 4CH 5CH 6CH 7CH 8CH D 0 D 2 D 4 D 6 D 2048 D 2050 D 2052 D 2054 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1 D 3 D 5 D 7 D 2049 D 2051 D 2053 D 2055 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 8 D 10 D 12 D 14 D 2056 D 2058 D 2060 D 2062 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 9 D 11 D 13 D 15 D 2057 D 2059 D 2061 D 2063 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2032 D 2034 D 2036 D 2038 D 4080 D 4082 D 4084 D 4086...

Page 155: ...L2159 CLK 148MHz 1CH 2CH 3CH 4CH 5CH 6CH 7CH 8CH D 0 D 1 D 4 D 5 D 2048 D 2049 D 2052 D 2053 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2 D 3 D 6 D 7 D 2050 D 2051 D 2054 D 2055 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 8 D 9 D 12 D 13 D 2056 D 2057 D 2060 D 2061 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 10 D 11 D 14 D 15 D 2058 D 2059 D 2062 D 2063 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2032 D 2033 D 2036 D 2037 D 4080 D 4081...

Page 156: ... L0 L2159 L0 L2159 L0 L2159 CLK 148MHz 1CH 2CH 3CH 4CH 5CH 6CH 7CH 8CH D 0 D 2 D 1024 D 1026 D 2048 D 2050 D 3072 D 3074 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1 D 3 D 1025 D 1027 D 2049 D 2051 D 3073 D 3075 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 4 D 6 D 1028 D 1030 D 2052 D 2054 D 3076 D 3078 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 5 D 7 D 1029 D 1031 D 2053 D 2055 D 3077 D 3079 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D...

Page 157: ...0 L2159 L0 L2159 L0 L2159 L0 L2159 L0 L2159 L0 L2159 L0 L2159 CLK 148MHz 1CH 2CH 3CH 4CH 5CH 6CH 7CH 8CH D 0 D 1 D 1024 D 1025 D 2048 D 2049 D 3072 D 3073 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2 D 3 D 1026 D 1027 D 2050 D 2051 D 3074 D 3075 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 4 D 5 D 1028 D 1039 D 2052 D 2053 D 3076 D 3077 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 6 D 7 D 1030 D 1031 D 2054 D 2055 D 3078 D 3079...

Page 158: ...D 10 D 12 D 14 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1 D 3 D 5 D 7 D 9 D 11 D 13 D 15 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 16 D 18 D 20 D 22 D 24 D 26 D 28 D 30 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 17 D 19 D 21 D 23 D 25 D 27 D 29 D 31 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 4064 D 4066 D 4068 D 4070 D 4072 D 4074 D 4076 D 4078 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 4065 D 4067 D 4069 D 4071 D 4073 D 4075 D 4077 D 407...

Page 159: ...elected the multiple bit output mode 10 bits or 12 bits which uses one iTMDS channel is automatically tracked in tandem with the number of output bits regardless of which bit mode was selected As shown in the figure below what is output as the data of channels 1 to 4 for the Master and Slave of Dual Link of VM 1824 is described in this section Also described below in this section is the Single Lin...

Page 160: ...8 bits to channel 2 of the Slave Given here as an example for explanatory purposes is a case where the resolution is 1280 1024 the dot clock frequency is 108 MHz with the 16 bits output D 0 D 1 D 2 D 3 D 1276 D 1277 D 1278 D 1279 CLK 108MHz D 0 D 1 D 2 D 3 D 1276 D 1277 D 1278 D 1279 1CH 2CH 3CH 4CH D 0 D 1 D 2 D 3 D 1276 D 1277 D 1278 D 1279 D 0 D 1 D 2 D 3 D 1276 D 1277 D 1278 D 1279 15 8 15 8 1...

Page 161: ...an example for explanatory purposes is a case where the resolution is 1280 1024 the dot clock frequency is 108 MHz with the 16 bits output D 0 D 2 D 4 D 6 D 1272 D 1274 D 1276 D 1278 CLK 54MHz 1CH 2CH 3CH 4CH D 1 D 3 D 5 D 7 D 1273 D 1275 D 1277 D 1279 D 1272 D 1274 D 1276 D 1278 D 0 D 2 D 4 D 6 D 1273 D 1275 D 1277 D 1279 D 1 D 3 D 5 D 7 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 15 8 15 8 15 8 15 8 15 8 15...

Page 162: ...144 4 4 4 Sync signal polarity settings For the detailed setting procedure refer to 4 1 2 Setting the sync signals to ON or OFF and setting the sync signal polarities ...

Page 163: ...cted 16 GND 4 TB 17 TBG 5 TB 18 Reserve leave this unconnected 6 TC 19 TCG 7 TC 20 TE 8 TEG 21 TE 9 Reserve leave this unconnected 22 TCLK 10 TCLKG 23 TCLK 11 5 V 3 3 V DDC power supply 1 24 5 V 3 3 V DDC power supply 1 12 TD 25 TDG 13 TD 26 GND 1 Restrictions apply to the supply current of the DDC power supply Refer to 12 3 Concerning the maximum current consumption of the DDC DP_PWR power supply...

Page 164: ... SET 2 Select Output TIM using or INC DEC and then press SET 3 Select Digital Output using or INC DEC and then press SET 4 Select LVDS using or INC DEC and then press SET Select the items using or INC DEC and then press SET 5 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SE...

Page 165: ...els 1 and 2 The portion by which the bit length for pattern drawing exceeds 10 bits is discarded The same data as for output channels 1 and 2 is output from output channels 3 and 4 2 Quad 10 bits The data is output by Quad Link from output channels 1 2 3 and 4 The portion by which the bit length for pattern drawing exceeds 10 bits is discarded 3 Single 16 bits The data is output by Single Link fro...

Page 166: ...fer Program has been selected as the Bit Assign setting among the device settings For further details refer to 4 5 4 Bit arrays 0 SAMPLE1 DISM Based on the DISM standard 1 SAMPLE2 OLDI Based on the OpenLDI standard 2 User1 3 User2 4 Bit Assign 0 4 4 User3 These are set by the user The actual bit assignment is set using the SP 8870 software program which is provided with the VG generator 5 CTL1 1 2...

Page 167: ...low LVDS setting parameters in the device settings This selects the bit assignment For further details refer to 4 5 4 Bit arrays 0 SAMPLE1 DISM Based on the DISM standard 1 SAMPLE2 OLDI Based on the OpenLDI standard 2 User1 3 User2 4 User3 These are set by the user 1 Bit Assign 0 5 5 refer Program The bit assignment accords with the program settings 2 User Bit Assign This displays the bit assignme...

Page 168: ...s output to channels 1 3 2 and 4 in this order OFF Setting 6 The left half of the screen is output to channels 1 and 3 and the right half of the screen is output to channels 2 and 4 OFF Specifications for outputs of 8 to 10 bits Setting 1 Single 10 bits Normal The same image is output to all four channels The output level is 8 to 10 bits The example is that the resolution is 1280 1024 the dot cloc...

Page 169: ...olution is 1280 1024 the dot clock frequency is 108 MHz with the 10 bits output D 0 9 0 D 2 D 4 D 6 9 0 9 0 9 0 D 1272 9 0 D 1274 D 1276 D 1278 9 0 9 0 9 0 CLK 54MHz D 1 9 0 D 3 D 5 D 7 9 0 9 0 9 0 D 1273 9 0 D 1275 D 1277 D 1279 9 0 9 0 9 0 1CH 2CH 3CH 4CH D 0 9 0 D 2 D 4 D 6 9 0 9 0 9 0 D 1272 9 0 D 1274 D 1276 D 1278 9 0 9 0 9 0 D 1 9 0 D 3 D 5 D 7 9 0 9 0 9 0 D 1273 9 0 D 1275 D 1277 D 1279 9 ...

Page 170: ...quency is 108 MHz with the 10 bits output D 0 9 0 D 4 D 8 D 12 9 0 9 0 9 0 D 1264 9 0 D 1268 D 1272 D 1276 9 0 9 0 9 0 CLK 27MHz 1CH 2CH 3CH 4CH D 3 9 0 D 7 D 11 D 15 9 0 9 0 9 0 D 1267 9 0 D 1271 D 1275 D 1279 9 0 9 0 9 0 D 1 9 0 D 5 D 9 D 13 9 0 9 0 9 0 D 1265 9 0 D 1269 D 1273 D 1277 9 0 9 0 9 0 D 2 9 0 D 6 D 10 D 14 9 0 9 0 9 0 D 1266 9 0 D 1270 D 1274 D 1278 9 0 9 0 9 0 1CH 3CH 2CH 4CH ...

Page 171: ... is allocated and output to channel 2 The output level is 8 to 10 bits The example is that the resolution is 1280 1024 the dot clock frequency is 108 MHz with the 10 bits output D 0 9 0 D 1 D 2 D 3 9 0 9 0 9 0 D 636 9 0 D 637 D 638 D 639 9 0 9 0 9 0 CLK 54MHz D 640 9 0 D 641 D 642 D 643 9 0 9 0 9 0 D 1276 9 0 D 1277 D 1278 D 1279 9 0 9 0 9 0 1CH 2CH 3CH 4CH D 0 9 0 D 1 D 2 D 3 9 0 9 0 9 0 D 636 9 ...

Page 172: ...80 1024 the dot clock frequency is 108 MHz with 10 bits output level D 0 9 0 D 1 D 2 D 3 9 0 9 0 9 0 9 0 9 0 9 0 9 0 CLK 27MHz D 316 D 317 D 318 D 319 1CH 2CH 3CH 4CH 9 0 9 0 9 0 9 0 D 1276 9 0 D 1277 D 1278 D 1279 9 0 9 0 9 0 D 960 D 961 D 962 D 963 D 636 D 637 D 638 D 639 D 320 9 0 D 321 D 322 D 323 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 956 9 0 D 957 D 958 D 959 9 0 9 0 9 0 D 640 D 641 D...

Page 173: ... and 4 set The output level is 8 to 10 bits The example is that the resolution is 1280 1024 the dot clock frequency is 108 MHz with 10 bits output level D 0 9 0 D 2 D 4 D 6 9 0 9 0 9 0 9 0 9 0 9 0 9 0 CLK 27MHz D 632 D 634 D 636 D 638 1CH 2CH 3CH 4CH 9 0 9 0 9 0 9 0 D 1273 9 0 D 1275 D 1277 D 1279 9 0 9 0 9 0 D 641 D 643 D 645 D 647 D 633 D 635 D 637 D 639 D 1 9 0 D 3 D 5 D 7 9 0 9 0 9 0 9 0 9 0 9...

Page 174: ...utput is fixed from channel 1 When Single 16 bits or Dual 16 bits has been set as the setting parameter mode output is fixed from channel 2 1 The signal lines indicated by the dotted lines in the above figure are not used 2 The specification for 8 8 bits output is the default setting RGB 8Bit 7 0 RGB 8Bit 7 0 RGB 8Bit 15 8 RGB 8Bit 15 8 TX1 TXOA TXOB TXOC TXOD TXOE TXEA TXEB TXEC TXED TXEE 1CH 2CH...

Page 175: ...on is 1280 1024 the dot clock frequency is 108 MHz with 16 bits level 10 bits are output to channel 1 and 6 bits are output to channel 2 D 0 15 6 D 1 D 2 D 3 15 6 15 6 15 6 D 1276 D 1277 D 1278 D 1279 CLK 108MHz D 0 D 1 D 2 D 3 D 1276 D 1277 D 1278 D 1279 1CH 2CH 3CH 4CH 5 0 5 0 5 0 5 0 15 6 15 6 15 6 15 6 5 0 5 0 5 0 5 0 D 0 5 0 D 1 D 2 D 3 5 0 5 0 5 0 D 1276 D 1277 D 1278 D 1279 5 0 5 0 5 0 5 0 ...

Page 176: ...n is 1280 1024 the dot clock frequency is 108 MHz with 16 bits level 10 bits are output to channel 1 and 6 bits are output to channel 2 D 0 D 2 D 4 D 6 D 1272 D 1274 D 1276 D 1278 CLK 54MHz 1CH 2CH 3CH 4CH D 1 D 3 D 5 D 7 D 1273 D 1275 D 1277 D 1279 15 6 15 6 15 6 15 6 5 0 5 0 5 0 5 0 15 6 15 6 15 6 15 6 5 0 5 0 5 0 5 0 D 1272 D 1274 D 1276 D 1278 5 0 5 0 5 0 5 0 D 0 D 2 D 4 D 6 5 0 5 0 5 0 5 0 D ...

Page 177: ...hat the resolution is 1280 1024 the dot clock frequency is 108 MHz with 16 bits level 10 bits are output to channel 1 and 6 bits are output to channel 2 D 0 D 1 D 2 D 3 D 636 D 637 D 638 D 639 CLK 54MHz 1CH 2CH 3CH 4CH D 640 D 641 D 642 D 643 D 1276 D 1277 D 1278 D 1279 15 6 15 6 15 6 15 6 5 0 5 0 5 0 5 0 15 6 15 6 15 6 15 6 5 0 5 0 5 0 5 0 D 640 D 641 D 642 D 643 D 1276 D 1277 D 1278 D 1279 15 6 ...

Page 178: ...k frequency is 108 MHz with 16 bits level 8 bits are output to channel 1 and 8 bits are output to channel 2 D 0 D 1 D 2 D 3 D 1276 D 1277 D 1278 D 1279 CLK 108MHz D 0 D 1 D 2 D 3 D 1276 D 1277 D 1278 D 1279 1CH 2CH 3CH 4CH D 0 D 1 D 2 D 3 D 1276 D 1277 D 1278 D 1279 D 0 D 1 D 2 D 3 D 1276 D 1277 D 1278 D 1279 15 8 15 8 15 8 15 8 15 8 15 8 15 8 15 8 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 15 8 15 8 15 8 15...

Page 179: ...resolution is 1280 1024 the dot clock frequency is 108 MHz with 16 bits level 8 bits are output to channel 1 and 8 bits are output to channel 2 D 0 D 2 D 4 D 6 D 1272 D 1274 D 1276 D 1278 CLK 54MHz 1CH 2CH 3CH 4CH D 1 D 3 D 5 D 7 D 1273 D 1275 D 1277 D 1279 D 1272 D 1274 D 1276 D 1278 D 0 D 2 D 4 D 6 D 1273 D 1275 D 1277 D 1279 D 1 D 3 D 5 D 7 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 15 8 15 8 15 8 15 8 15...

Page 180: ...ion is 1280 1024 the dot clock frequency is 108 MHz with 16 bits level 8 bits are output to channel 1 and 8 bits are output to channel 2 D 0 D 1 D 2 D 3 D 636 D 637 D 638 D 639 CLK 54MHz 1CH 2CH 3CH 4CH D 640 D 641 D 642 D 643 D 1276 D 1277 D 1278 D 1279 D 640 D 641 D 642 D 643 D 1276 D 1277 D 1278 D 1279 D 0 D 1 D 2 D 3 D 636 D 637 D 638 D 639 7 0 7 0 7 0 7 0 7 0 7 0 7 0 7 0 15 8 15 8 15 8 15 8 1...

Page 181: ...5 R X TA TA6 G2 G0 G X G4 G0 G X TB0 G3 G1 G X G5 G1 G X TB1 G4 G2 G X G6 G2 G X TB2 G5 G3 G X G7 G3 G X TB3 G6 G4 G X G8 G4 G X TB4 G7 G5 G X G9 G5 G X TB5 B2 B0 B X B4 B0 B X TB TB6 B3 B1 B X B5 B1 B X TC0 B4 B2 B X B6 B2 B X TC1 B5 B3 B X B7 B3 B X TC2 B6 B4 B X B8 B4 B X TC3 B7 B5 B X B9 B5 B X TC4 HS HS HS HS HS HS TC5 VS VS VS VS VS VS TC TC6 DE DE DE DE DE DE TD0 R0 R6 R X R2 R6 R X TD1 R1 ...

Page 182: ...3 G5 G11 G3 G X G X TB3 G14 G6 G12 G4 G X G X TB4 G15 G7 G13 G5 G X G X TB5 B10 B2 B8 B0 B X B X TB TB6 B11 B3 B9 B1 B X B X TC0 B12 B4 B10 B2 B X B X TC1 B13 B5 B11 B3 B X B X TC2 B14 B6 B12 B4 B X B X TC3 B15 B7 B13 B5 B X B X TC4 HS HS HS HS HS HS TC5 VS VS VS VS VS VS TC TC6 DE DE DE DE DE DE TD0 R8 R0 R14 R6 R X R X TD1 R9 R1 R15 R7 R X R X TD2 G8 G0 G14 G6 G X G X TD3 G9 G1 G15 G7 G X G X TD...

Page 183: ... G X TB2 G13 G3 G9 G3 G X G X TB3 G14 G4 G10 G4 G X G X TB4 G15 G5 G11 G5 G X G X TB5 B10 B0 B6 B0 B X B X TB TB6 B11 B1 B7 B1 B X B X TC0 B12 B2 B8 B2 B X B X TC1 B13 B3 B9 B3 B X B X TC2 B14 B4 B10 B4 B X B X TC3 B15 B5 B11 B5 B X B X TC4 HS HS HS HS HS HS TC5 VS VS VS VS VS VS TC TC6 DE DE DE DE DE DE TD0 R8 L R12 L R X L TD1 R9 L R13 L R X L TD2 G8 L G12 L G X L TD3 G9 L G13 L G X L TD4 B8 L B...

Page 184: ...A5 57 DISP0 6 GND 23 GND 40 RB5 57 DISP1 7 GND 24 GND 41 RA6 58 SW0 7 GND 24 GND 41 RB6 58 SW1 8 GND 25 GND 42 RA7 59 BA0 8 GND 25 GND 42 RB7 59 BB0 9 GND 26 GND 43 GA0 60 BA1 9 GND 26 GND 43 GB0 60 BB1 10 GND 27 GND 44 GA1 61 BA2 10 GND 27 GND 44 GB1 61 BB2 11 GND 28 GND 45 GA2 62 BA3 11 GND 28 GND 45 GB2 62 BB3 12 GND 29 GND 46 GA3 63 BA4 12 GND 29 GND 46 GB3 63 BB4 13 GND 30 GND 47 GA4 64 BA5 1...

Page 185: ...r INC DEC and then press SET Select the items using or INC DEC and then press SET 5 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the parameters refer to the table below The output voltage level can be changed by the switch on the video unit locat...

Page 186: ...ance HiZ state 1 ON This outputs the parallel power For further details on the settings refer to 1 5 6 Parallel unit SW 0 CS CS output from SW 1 VD VD output from SW 2 HD HD output from SW 3 Low Fix SW to Low 1 1ch 4 High Fix SW to High The settings from Output to Power are the same as for channel 1 SW1 0 CS CS output from SW1 1 VD VD output from SW1 2 HD HD output from SW1 3 Low Fix SW1 to Low 4 ...

Page 187: ...drawing is deficient from 16 bits is discarded 3 Mode 0 1 3 Single Auto The data is output by Single Link Single 10 bits or Single 16 bits is automatically selected depending on the bit length for pattern drawing This selects whether to reverse the polarity of the parallel clock signal 0 Nega This outputs the clock signal with a reversed polarity 4 Polarity CLK 0 1 1 Posi This outputs the clock si...

Page 188: ...mponent outputs BNC Connector Signal CS CS VS VS HS HS B PB B or Pb G Y G or Y R PR R or Pr 4 7 2 Setting the analog output connectors The analog component signals and output signals from the HS and CS connectors can be set for each program 1 Select Program Edit using MENU or INC DEC and then press SET 2 Select Output TIM using or INC DEC and then press SET ...

Page 189: ...2 VS The signal to be output from the CS connector is selected here 5 Select the items using or INC DEC and then press SET Set the numerical values using or INC DEC and then press SET Alternatively Make the selections using the number keys 0 STATUS to 9 F and then press SET MENU Display returns to the initial screen 4 7 3 Setting the analog video level For details on changing the analog video leve...

Page 190: ...e connector and Y C connector of the TV encoder unit NTSC M NTSC J NTSC 443 PAL 60 PAL PAL M PAL N PAL Nc SECAM Difference between VM 1812 and VM 1812 B VM 1812 B has the following restriction PAL N PAL 60 and SECAM are not supported Option Pattern No 77 SMPTE Color SVBS is not supported If the timing of the composite and Y C signals such as the period and sync width data has been changed from tha...

Page 191: ...T 2 Select General using or INC DEC and then press SET 3 Select TV COMPOSITE Filter using or INC DEC and then press SET The edges are enhanced or smoothed by the TV COMPOSITE Filter setting 0 3 5 dB gain The edges are enhanced 1 1 0 dB gain See above 2 1 0 dB The edges are smoothed 3 3 0 dB ditto 4 7 0 dB ditto Factory setting 4 Inputting the parameters Select the parameters using or INC DEC and t...

Page 192: ... of the C signal 0 4 3 Normal 4 3 0 V 1 4 3 Letter Box 4 3 letter box 2 2 V 2 16 9 Squeeze 16 9 squeeze 5 0 V 6 Select the setting using or INC DEC and then press SET Alternatively Select the setting using the number keys 0 STATUS to 9 F and then press SET 3 Auto The setting accords with the aspect ratio setting in the program Upon completion of the settings Press MENU Display returns to the initi...

Page 193: ...ution scanning system and aspect ratio can be output from the D connector The ID signals are DC signals and they identify the formats using three lines These lines are referred to as line 1 line 2 and line 3 Setting procedure 1 Select Program Edit using MENU or INC DEC and then press SET 2 Select Output TIM using or INC DEC and then press SET 3 Select Analog Output using or INC DEC and then press ...

Page 194: ...w Upon completion of the settings Press MENU Display returns to the initial screen Table of D5 setting items Line1 This sets the resolution 0 480 720 480 1 720 1280 720 2 1080 1920 1080 1 Line1 0 2 3 Auto The setting accords with the program setting Line2 This sets the scanning system 0 Interlace Interlaced 1 Progressive Progressive 2 Line2 0 1 2 Auto The setting accords with the program setting L...

Page 195: ..._PWR power supply 4 10 2 Video level settings The setting procedure is the same as for the analog component signals Refer to 4 1 7 Setting the analog level and 4 7 2 Setting the analog output connectors 4 10 3 Sync signal settings The setting procedure is the same as for the analog component signals Refer to 4 1 2 Setting the sync signals to ON or OFF and setting the sync signal polarities 4 10 4 ...

Page 196: ... no Signal 1 Audio right channel output 11 Component G output 2 N C 12 N C 3 Audio left channel output 13 GND 4 GND 14 GND 5 GND 15 Component R output C output 6 GND 16 RGB status 7 Component B output 17 GND 8 Video Status 18 GND 9 GND 19 Composite Y output CS 10 N C 20 N C 21 GND ...

Page 197: ...Select Analog Output using or INC DEC and then press SET 4 Select SCART using or INC DEC and then press SET 5 Select the items using or INC DEC and then press SET Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the parameters refer to SCART setting ...

Page 198: ...connector 0 Auto The signal is set automatically by Output Select 1 VBS Composite or Y C signals identified voltage 0 V 2 RGB RGB identified voltage 5 V 4 RGB Status 0 3 3 Fast Blanking The fast blanking signal is output This sets the output range of the fast blanking signal H The horizontal output range is set as a percentage of H Disp Setting range 0 to 100 5 Fast Blanking Area V The vertical ou...

Page 199: ...nal level is low 0 V the CVBS video signals are displayed on the monitor when it is high 5 V the RGB video signals are displayed 4 11 6 Audio settings For details on the setting procedure refer to 4 15 Analog audio settings With the VG 870B 871B 873 874 can not output different images from the composite and RGB output pins of the SCART connector If COMPOSITE or Y C has been set for Output Select i...

Page 200: ... Lane1 p 5 GND 6 MainLink Lane1 n 7 MainLink Lane2 p 8 GND 9 MainLink Lane2 n 10 MainLink Lane3 p 11 GND 12 MainLink Lane3 n 13 GND 14 GND 15 AUX CH p 16 GND 17 AUX CH n 18 Hot Plug Detect 19 PWR_Return not used 20 DP_PWR 3 3 V The DDC power supply current is limited Refer to 12 3 Concerning the maximum current consumption of the DDC DP_PWR power supply ...

Page 201: ...D 8 3 3V OUT 33 GND 9 5V OUT 34 GND 10 5V OUT 35 GND 11 5V OUT 36 GND 12 GND 37 GND 13 GND 38 GND 14 GND 39 GND 15 External Power OUT2 40 External Power OUT2 16 External Power OUT2 41 External Power OUT2 17 External Power OUT2 42 External Power OUT2 18 GND 43 GND 19 GND 44 GND 20 GND 45 GND 21 External Power OUT1 46 External Power OUT1 22 External Power OUT1 47 External Power OUT1 23 External Powe...

Page 202: ...nnector HIROSE Electric DF1BZ 12DP 2 5DS 11 1 12 2 Pin No Signal 1 External Power IN2 2 GND 3 External Power IN2 4 GND 5 External Power IN2 6 GND 7 External Power IN1 8 GND 9 External Power IN1 10 GND 11 External Power IN1 12 GND ...

Page 203: ...gital Output using or INC DEC and then press SET 4 Select DP using or INC DEC and then press SET Select the items using or INC DEC and then press SET 5 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the parameters refer to DP unit setting parameter...

Page 204: ...mat 0 2 2 YCbCr4 2 2 The video is output using YCbCr4 2 2 signals This sets the bit length of the output video A setting independent of the bit length for pattern drawing can be selected or the same bit length can be selected automatically The portion of the bit length for pattern drawing exceeds the bit length set here is discarded Any deficient portion is filled with zeros Refer to 4 1 5 Setting...

Page 205: ...1lane Output on 1 lane 1 2lanes Output on 2 lanes 10 Number of Lane 0 2 2 4lanes Output on 4 lanes This sets SSC Spread Spectrum Clock Note This item is displayed only for the unit with VM 1820A or VM 1826 Default setting is Enable 0 Disable SSC is not valid 11 SSC 0 1 1 Enable SSC is Valid Default 12 Nvid 1 1667216 This sets the Nvid value The Mvid value is automatically calculated from the dot c...

Page 206: ... Remarks Width Refer to 4 1 5 Setting the bit length gray scale for pattern drawing Link Set Mode HPD Mode InfoFrame SSC See below Follow the procedure below to set Link Set Mode and HPD Mode 1 Select Configuration using MENU or INC DEC and then press SET 2 Select DP using or INC DEC and then select SET Select the items using or INC DEC and then press SET 3 Inputting the parameters Select the para...

Page 207: ...te and Number of Lane set by the program This selects the Hotplug detection method For further details refer to DP unit setting parameters HPD Mode in this section 0 refer Program The setting accords with the program setting 1 OFF Hotplug is always ignored 2 HPD Mode 0 2 2 ON Hotplug is always judged according to the status of the connected component 3 Auto Select 0 1 This selects InfoFrame sendin...

Page 208: ...same video is output from both Port1 and Port2 D1276 9 0 D1277 9 0 D1278 9 0 D1279 9 0 D4 9 0 D5 9 0 D6 9 0 D7 9 0 D0 9 0 D1 9 0 D2 9 0 D3 9 0 Port1 Clock 108MHz Port2 D1276 9 0 D1277 9 0 D1278 9 0 D1279 9 0 D4 9 0 D5 9 0 D6 9 0 D7 9 0 D0 9 0 D1 9 0 D2 9 0 D3 9 0 2 Dual mode The video data is output alternately from Port1 and Port2 D0 9 0 D2 9 0 D4 9 0 D6 9 0 D1276 9 0 D1278 9 0 D1 9 0 D3 9 0 D5 9...

Page 209: ...Port1 and the right half of the video data from Port2 D0 9 0 D1 9 0 D2 9 0 D3 9 0 D638 9 0 D639 9 0 D640 9 0 D641 9 0 D642 9 0 D643 9 0 D1278 9 0 D1279 9 0 Clock 54MHz Port1 Port2 4 Split Mode VM 1826 Horizontally Port1 outputs upper half and Port2 outputs bottom half Port 1 Port 2 Port1 Port2 ...

Page 210: ...differ according to the video format as follows bit Width Video Format 6bit 8bit 10bit 12bit RGB X YCbCr4 2 2 YCbCr4 4 4 X Caution When the YCbCr4 2 2 format has been selected up to 12 bits can be set as the bit length However it is not possible to display the gray scale which is set in the bit length step Use this parameter to check the Main Stream Attribute parameters rather than using it to che...

Page 211: ...ng is followed by the sync signal polarity set by the Output setting For further details refer to 4 1 2 Setting the sync signals to ON or OFF and setting the sync signal polarities Synchronous Clock The VG 870B 871B 873 874 are fixed to asynchronous mode Component format The setting is followed by the DisplayPort setting Video Format Refer to DP unit setting parameters in this section Full VESA ra...

Page 212: ...witching the pages Select previous page or next page using or INC DEC and then press SET Alternatively Select the page using 2 previous page or 3 next page When the display extends over multiple pages it is divided up and shown on the fluorescent display tube Switch the page to display all the information b Selecting the port whose result is displayed Select the port for which the setting informat...

Page 213: ...ncronous RGB VESARange ITU601 8 bits PASS PASS 0 4V 6 0dB LANE0 800 144 640 96 NEGA 525 35 480 2 NEGA Clock Recovery Channel EQ Voltage Swing Pre emphasis PASS PASS 0 4V 6 0dB LANE1 PASS PASS 0 4V 6 0dB LANE2 PASS PASS 0 4V 6 0dB LANE3 Interlaced vertical total ODD Details of the displayed information are as follows 1 This is the port for which the setting status is displayed 2 Link Rate setting v...

Page 214: ...T0 _C A P 1 0 0 h B U F F E R _ S I Z E 3 2 by t e la n e 0000A R E C E I V E _ P O R T1 _C A P 0 0 0 h L O CA L _ E D I D _ P R E S E N T 0 A S S O C I A TE D _ TO _ P R E C E N D I N G_P O R T 0 0000B R E C E I V E _ P O R T1 _C A P 1 0 0 h B U F F E R _ S I Z E 3 2 by t e la n e DPCD display GUI D P CD R e c e i v e r Ca pa bi li t y F ie l d P o r t D P 1 00 01 02 03 04 05 06 07 08 09 0A 0B 0C...

Page 215: ...is used 3 Select the Analysis Port using or INC DEC and then press SET 1 1 DP2 DP2 is used b I F Check mode This mode performs a simple check on the DisplayPort interface This makes it possible to check link training Hotplug detection cable connection disconnection and other behavior without creating a program 1 Select DP Analysis using MENU or INC DEC and then press SET 2 Select I F Check and the...

Page 216: ...ys the port to be used by the DisplayPort Analysis set by the device settings HPD Mode This displays the HPD mode set by the DisplayPort output settings This displays the Hotplug status ASSERT Hotplug is asserted NEGATE Hotplug is negated Status HPD mode is OFF The Hotplug status is not judged 1 Concerning the Hotplug Negate setting The Hotplug signal is used by the sink component to notify its st...

Page 217: ...s using the number keys 0 STATUS to 9 F and then press SET For further details on each function refer to Training Pattern mode setting parameters in this section Training Pattern mode setting parameters The following settings can be made in Training Pattern mode This sets the pattern 0 D10 2 TP1 The D10 2 test pattern Link Training Pattern1 is output 1 EQ TP2 The Link Training Pattern2 Channel Equ...

Page 218: ...re emphasis 0 3 3 9 5 dB Output at 9 5 dB The Training Pattern mode settings can be made only for the Main Link output DPCD and other settings in accordance with each pattern and level are not made When returning from Training Pattern mode to normal output the settings return to the program settings selected thus far The valid voltage swing level setting and pre emphasis setting combinations are a...

Page 219: ...C Select Program Edit SET By using or INC DEC Select Output TIM SET By using or INC DEC Select Digital Output SET By using or INC DEC Select DisplayPort SET 0 OFF Invalid By using or INC DEC Select Audio Output SET By using or INC DEC Select SET or 1 1 ON Valid b Set audio source frequency and level Refer to 4 16 Digital Audio 4 12 6 EDID For further details on the setting procedure refer to 6 13 ...

Page 220: ...202 4 12 8 DDC CI For further details on the setting procedure refer to 6 13 4 DDC CI ...

Page 221: ...lly b Set each value of InfoFrame independently a Send appropriate InfoFrame automatically By using MENU or INC DEC Select Configuration SET By using or INC DEC Select DP SET Select automatic transmission 0 OFF Does not send appropriate value automatically By using or INC DEC Select Auto Select SET 1 1 ON Send with the most appropriate signal ...

Page 222: ...lated from the setting of AFD Timing Bottom Bar Left Bar Right Bar RGB or YCbCr Follow the setting of DP Video Format Picture Aspect Follow the setting of DP AVI InfoFrame Video Code compliant with EIA CEA 861 Repetition Fixed to 1 in DP Audio InfoFrame Follow the setting of Digital Audio Source Ext ANALOG to L PCM Int L PCM Ext I2S L PCM Option Ext ANALOG to DSD Int DSD Except the left Sampling F...

Page 223: ...Edit SET 2 By using or INC DEC Select Output TIM SET 3 By using or INC DEC Select Digital Output SET 4 By using or INC DEC Select DP SET 5 Select InfoFrame Packet to be set By using or INC DEC Select InfoFrame SET 6 Input Parameter By using or INC DEC SET Or select by number keys 0 STATUS to 9 F SET e g in case of AVI Info Frame Refer to Setting parameters of InfoFrame Packet about InfoFrame and P...

Page 224: ...ned Composed for an underscanned display Set of Bar Info This is to set valid invalid of Bar Information that is described later 0 Data Not Valid Bar Data not valid 1 Vertical Valid Vert Bar info valid 2 Horizontal Valid Horiz Bar info Valid 5 Bar Info 3 Vert Horiz Valid Vert And Horiz Bar Info valid Set Active Format Information Present This is to set valid invalid of Active Format Aspect Ratio t...

Page 225: ... the timing that each Code indicates 13 Repetition 1 Set Pixel Repetition Factor Note this item can not be set in DP 14 Top Bar 0 65535 Set Line Number of End of Top Bar The size of the top Bar of Letter BOX 15 Bottom Bar 0 65535 Set Line Number of Start of Bottom Bar The size of the bottom Bar of Letter BOX 16 Left Bar 0 65535 Set Pixel Number of End of Left Bar The size of the left Bar of Pillar...

Page 226: ...ual 23 Checksum 1 00h FFh Set the designated value 24 Length 0 15 byte Set the length of AVI InfoFrame except Packet Header and Checksum The default value is 13 bytes 25 Data Byte 14 15 00h 0FFh Set the value of Data Byte14 and 15 1 Note 1 Setting of Checksum Length Data Byte 14 15 are options It needs license input Please contact ASTRODESIGN for details If the unit does not have license it is fix...

Page 227: ...ly This item can not be changed Set Audio Coding Type 0 Refer StreamHeader Refer to Stream Header 1 IEC60958 PCM 2 AC 3 3 MPEG1 Layers 1 2 4 MP3 MPEG1 Layer 3 5 MPEG2 multi ch 6 AAC 7 DTS 8 ATRAC 9 One Bit Audio A Dolby Digital B DTS HD C MLP D DST E WMA Pro 4 Coding Type F Refer Extension Set Audio Coding Ext Type 0 HE AAC 1 HE AACv2 5 Coding Ext Type 2 MPEG Surround Set Audio Channel Count 0 Ref...

Page 228: ... LFE FR FL 16 RRC RLC RR RL FR FL 17 RRC RLC RR RL LFE FR FL 18 RRC RLC RR RL FC FR FL 19 RRC RLC RR RL FC LFE FR FL 20 FRC FLC FR FL 21 FRC FLC LFE FR FL 22 FRC FLC FC FR FL 23 FRC FLC FC LFE FR FL 24 FRC FLC RC FR FL 25 FRC FLC RC LFE FR FL 26 FRC FLC RC FC FR FL 27 FRC FLC RC FC LFE FR FL 28 FRC FLC RR RL FR FL 29 FRC FLC RR RL LFE FR FL 30 FRC FLC RR RL FC FR FL 9 Speaker Placement 31 FRC FLC ...

Page 229: ...Chapter 4 INTERFACE SETTINGS 211 Set LFE Playback Level 0 Unknown 1 0dB Playback 12 LFE PB Level 2 10dB Playback ...

Page 230: ...DEC Select Configuration SET Select eDP Mode By using or INC DEC SET Set DP eDP Unit VM 1826 eDP Mode 0 Disable eDP Mode is set to be Disable 2 1 Enable eDP Mode is set to be Enable Note 1 if eDP Mode is Disable the setting of Power control and GPIO can not be set in VM 1826 DP eDP unit Note 2 While eDP Mode is Enable and press SIG ON key Power Sequence is executed by the setting value of power co...

Page 231: ...T 3 By using or INC DEC Select Digital Output SET 4 Select or INC DEC Select eDP SET 5 By using or INC DEC Select Power Supply Control SET Refer to Parameter for power control in the following page about parameter details Input parameter By using or INC DEC SET Or select by number keys 0 STATUS to 9 F SET Note power output and control is done in one line ...

Page 232: ...internal power is output 2 3 3V 3 3V inernal power is output 3 Ext1 External input power 1 is output 2 Power Supply Select 0 4 4 Ext2 External input power 2 is output on PW GPIO Set the time T1 from Output ON until GPIO ON 20 2000 ms on GPIO SIG Set the time T2 from GPIO ON until Video Output ON 20 2000 ms off SIG GPIO Set the time T3 from Video Output ON until Vudeo Output OFF 20 2000 ms 3 Time o...

Page 233: ... SET By using or INC DEC Select GPIO SET Refer to Parameter for GPIO setting in next Input parameter By using or INC DEC select it SET Or Select by 0 STATUS to 9 F number keys SET Note power output and power control is executed by maximum 2 lines Parameter for GPIO setting Set level in GPIO0 to 7 0 L Set Level as Low 1 Level 1 H Set Level as High Set PullUP in GPIO0 to 7 0 OFF Set PullUp OFF 2 Pul...

Page 234: ...D 2 GND 3 NC 3 NC 4 Tx0n 4 Tx4n 5 Tx0p 5 Tx4p 6 Tx1n 6 Tx5n 7 Tx1p 7 Tx5p 8 GND 8 GND 9 SCL 9 SCL 10 GND 10 GND 11 NC 11 NC 12 Tx3n 12 Tx7n 13 Tx3p 13 Tx7p 14 HTPDN1 14 HTPDN2 15 LOCKN1 15 LOCKN2 16 GND 16 GND 17 GND 17 GND 18 SDA 18 SDA 19 GND 19 GND 20 NC 20 NC 21 NC 21 NC 22 Tx2n 22 Tx6n 23 Tx2p 23 Tx6p 24 NC 24 NC 25 GND 25 GND 26 GND 26 GND 1 No power is supplied ...

Page 235: ...ET 3 Select Digital Output using or INC DEC and then press SET 4 Select V by One HS using or INC DEC and then press SET Select the items using or INC DEC and then press SET 5 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the parameters refer to th...

Page 236: ...anes This selects the screen splitting type in the 4 mode or 4K 2K mode which uses the frame memory on the board 8 Lane 0 MODE0 Split into 4 output in the form of a square divided into 4 equal parts 1 MODE1 Vertically split into 4 output 2 MODE2 Horizontally split into 2 output 3 MODE3 Vertically split into 2 output 4 MODE4 No split 5 MODE0 x4 mode Non Dividing Mode 6 MODE1 x4 mode Normal Mode 7 M...

Page 237: ...Chapter 4 INTERFACE SETTINGS 219 This sets the Field BET Mode 0 Disable The Field BET Mode is set to Disable 5 Field BET Mode 0 1 1 Enable The Field BET Mode is set to Enable ...

Page 238: ...utput 8 lanes are combined to output one screen 4Kx2K 60Hz 8 Lane 出力 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 1CH Connector Lane 1 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 2CH Connector Lane 2 Lane 3 Lane 4 Lane 5 Lane 6 Lane 7 Lane 8 4K 2K 60 Hz 8 lane output ...

Page 239: ... 9 0 9 0 9 0 D 0 9 0 D 2 D 3 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 4092 9 0 D 4093 D 4094 D 4095 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2048 D 2049 D 2050 D 2051 Lane 5 Lane 6 Lane 7 Lane 8 L0 L1079 L0 L1079 L1080 L2159 L1080 L2159 D 1 D4 D6 D7 D5 D 2040 D 2041 D 2042 D 2043 D2052 D2053 D2054 D2055 D4088 D4089 D4090 D4091 D 2044 D 2045 D 2046 D 2047 9 0 9 0 9 0 9 0 D...

Page 240: ...D 4095 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 3076 D 3077 D 3078 D 3079 D 3068 9 0 D 3069 D 3070 D 3071 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2052 D 2053 D 2054 D 2055 D 4088 9 0 D 4089 D 4090 D 4091 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 3064 D 3065 D 3066 D 3067 D 2040 D 2041 D 2042 D 2043 D 1016 D 1017 D 1018 D 1019 D 1024 D ...

Page 241: ...6 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 L0 L1079 L0 L1079 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 4089 9 0 D 4091 D 4093 D 4095 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1 D 3 D 5 D 7 L1080 L2159 L1080 L2159 D 4080 D 4082 D 4084 D 4086 D 4081 D 4083 D 4085 D 4087 D8 D 12 D 14 D 10 D 4088 D 4090 D 4092 D 4094 9 0 9 0 9 0 9 0 D 0 9 0 D 2 D 4 D 6 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 ...

Page 242: ... D 1 D 3 D 5 D 7 D 4088 D 4090 D 4092 D 4094 9 0 9 0 9 0 9 0 D 2048 9 0 D 2050 D 2052 D 2054 9 0 9 0 9 0 D 4089 9 0 D 4091 D 4093 D 4095 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2049 D 2051 D 2053 D 2055 L0 L2159 L0 L2159 L0 L2159 L0 L2159 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 L0 L2159 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 L0 L2159 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 L0 L2159 D 8 D10 D 12 D14...

Page 243: ...19 D23 D 27 D31 CLK 74MHz L0 L2047 L0 L2047 Lane 1 Lane 2 Lane 7 Lane 8 L0 L2047 L0 L2047 D 4092 D 4095 D 4088 D 4091 D 4084 D 4087 D 4080 D 4083 D 4076 D 4079 D 4072 D 4075 D 4068 D 4071 D 4064 D 4067 D 1 D 5 D 9 D 13 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D17 D 21 D 25 D 29 L0 L2047 L0 L2047 D 4093 D 4089 D 4085 D 4081 D 4077 D 4073 D 4069 D 4065 Lane 3 Lane 4 Lane 5 Lan...

Page 244: ...d to output one screen FullHD 240Hz 8 Lane 出力 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 1CH Connector RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 2CH Connector Lane 1 Lane 2 Lane 3 Lane 4 Lane 5 Lane 6 Lane 7 Lane 8 Full HD 240 Hz 8 lane output ...

Page 245: ...D 1917 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 16 D20 D 24 D 28 D 19 D23 D 27 D31 D 18 D22 D26 D 30 D17 D 21 D 25 D 29 D1888 D1892 D1896 D1900 D1891 D1985 D1899 D1903 D1890 D1894 D18...

Page 246: ...9 0 CLK 74MHz L0 L1079 L0 L1079 L0 L1079 L0 L1079 L0 L1079 L0 L1079 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 L0 L1079 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 L0 L1079 D 0 D 8 D 1904 D 1912 D 16 D 24 D1888 D1896 D 4 D 12 D 1908 D 1916 D20 D 28 D1892 D1900 D 1 D 9 D 1905 D 1913 D17 D 25 D1889 D1897 D 5 D 13 D 1909 D 1917 D 21 D 29 D1983 D1901 D 1906 D 1914 D 2 D 10 D 18 D26 D1890 D1898 D 1910 D 1918 D 6 D 14 D22 D 3...

Page 247: ...0 9 0 9 0 9 0 9 0 CLK 74MHz L0 L1079 L0 L1079 L0 L1079 L0 L1079 L0 L1079 L0 L1079 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 L0 L1079 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 L0 L1079 D 0 D 8 D 1904 D 1912 D 16 D 24 D1888 D1896 D 4 D 12 D 1908 D 1916 D20 D 28 D1892 D1900 D 1 D 9 D 1905 D 1913 D17 D 25 D1889 D1897 D 5 D 13 D 1909 D 1917 D 21 D 29 D1983 D1901 D 1906 D 1914 D 2 D 10 D 18 D26 D1890 D1898 D 1910 D 1918 D ...

Page 248: ...9 0 9 0 9 0 D 960 9 0 D 961 D 964 D 965 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 954 9 0 D 955 D 958 D 959 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2 D 3 D 6 D 7 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1914 9 0 D 1915 D 1918 D 1919 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 962 D 963 D 966 D 967 D 8 D9 D12 D13 D968 D969 D 972 D 973 D10 D11 D14 D15 D 970 D 971 D 974 D 975 D 944 D 945 D 948 D...

Page 249: ...0 D 960 9 0 D 964 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 955 D 959 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 3 D 7 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1915 D 1919 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 963 D 967 D 8 D12 D968 D 972 D11 D15 D 971 D 975 D 944 D 948 D 1904 D 1908 D 947 D 951 D 1907 D 1911 L0 L1079 L0 L1079 L0 L1079 L0 L1079 L0 L1079 L0 L1079 L0 L1079 L0 L1079 D...

Page 250: ...d 4Kx2K 120Hz 16Lane 出力 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 1CH Connector RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 2CH Connector Lane 9 Lane 10 Lane 11 Lane 12 Lane 13 Lane 14 Lane 15 Lane 16 1st Board 出力 下段 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 1CH Connector Lane 1 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10Bit 9 0 RGB 8 10...

Page 251: ...it into 4 by checker from each output board and split vertically into 2 by 2 boards This example is a case where the resolution is 4096 2048 the dot clock frequency is 1184 MHz and the output bit depth is 10 bits Assignment of each Lane Lane 1 2 Lane 5 6 Lane 9 10 Lane 13 14 Lane 3 4 Lane 7 8 Lane 11 12 Lane 15 16 ...

Page 252: ... 9 0 D 6 D 7 D 1030 D 1031 D 6 D 7 D 1030 D 1031 D 2054 D 2055 D 3078 D 3079 D 2054 D 2055 D 3078 D 3079 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1016 D 1017 D 2040 D 2041 D 1016 D 1017 D 2040 D 2041 D 3064 D 3065 D 4088 D 4089 D 3064 D 3065 D 4088 D 4089 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1018 D 1019 D 2042 D 2043 D 1018 D 1019 D 2042 D 2043...

Page 253: ...plit into 4 and output from each output board then it is vertically split into 2 by 2 boards This example is a case where the resolution is 4096 2048 the dot clock frequency is 1184 MHz and the output bit depth is 10 bits Assignment of each Lane Lane 1 2 Lane 3 4 Lane 5 6 Lane 9 10 Lane 11 12 Lane 7 8 Lane 11 12 Lane 11 12 ...

Page 254: ...1029 D 1540 D 1541 D 2052 D 2053 D 2564 D 2565 D 3076 D 3077 D 3588 D 3589 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 6 D 7 D 518 D 519 D 1030 D 1031 D 1542 D 1543 D 2054 D 2055 D 2566 D 2567 D 3078 D 3079 D 3590 D 3591 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 504 D 505 D 1016 D 1017 D 1528 D 1529 D 2040 D 2041 D 2552 D 2553 D 3064 D 3065 D 3576 D 35...

Page 255: ...reen is horizontally split into 2 and output from each output board then it is vertically split into 2 by 2 boards This example is a case where the resolution is 4096 2048 the dot clock frequency is 1184 MHz and the output bit depth is 10 bits Assignment of each Lane Lane 1 4 Lane 9 12 Lane 5 8 Lane 13 16 ...

Page 256: ... D 2060 D 2062 D 2061 D 2063 D 2060 D 2062 D 2061 D 2063 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2032 D 2034 D 2033 D 2035 D 2032 D 2034 D 2033 D 2035 D 4080 D 4082 D 4081 D 4083 D 4080 D 4082 D 4081 D 4083 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2036 D 2038 D 2037 D 2039 D 2036 D 2038 D 2037 D 2039 D 4084 D 4086 D 4085 D 4087 D 4084 D 4086 D 408...

Page 257: ...reen is vertically split into 2 and output from each output board then it is vertically split into 2 by 2 boards This example is a case where the resolution is 4096 2048 the dot clock frequency is 1184 MHz and the output bit depth is 10 bits Assignment of each Lane Lane 1 4 Lane 9 12 Lane 5 8 Lane 13 16 ...

Page 258: ...33 D 1035 D 2056 D 2058 D 2057 D 2059 D 3080 D 3082 D 3081 D 3083 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 12 D 14 D 13 D 15 D 1036 D 1038 D 1037 D 1039 D 2060 D 2062 D 2061 D 2063 D 3084 D 3086 D 3085 D 3087 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1008 D 1010 D 1009 D 1011 D 2032 D 2034 D 2033 D 2035 D 3056 D 3058 D 3057 D 3059 D 4080 D 4082 D 40...

Page 259: ...he screen is output according to Pixel Assignment of each Lane from each output board then it is vertically split into 2 by 2 boards This example is a case where the resolution is 4096 2048 the dot clock frequency is 1184 MHz and the output bit depth is 10 bits Assignment of each Lane Lane 1 8 Lane 9 16 ...

Page 260: ...33 D 1035 D 2056 D 2058 D 2057 D 2059 D 3080 D 3082 D 3081 D 3083 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 12 D 14 D 13 D 15 D 1036 D 1038 D 1037 D 1039 D 2060 D 2062 D 2061 D 2063 D 3084 D 3086 D 3085 D 3087 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1008 D 1010 D 1009 D 1011 D 2032 D 2034 D 2033 D 2035 D 3056 D 3058 D 3057 D 3059 D 4080 D 4082 D 40...

Page 261: ...screen is output according to Pixel Assignment of each Lane from each output board then it is vertically split into 2 by 2 boards This example is a case where the resolution is 4096 2048 the dot clock frequency is 1184 MHz and the output bit depth is 10 bits Assignment of each Lane Lane 1 8 Lane 9 16 ...

Page 262: ...3 D 2064 D 2065 D 2066 D 2067 D 2068 D 2069 D 2070 D 2071 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 24 D 25 D 26 D 27 D 28 D 29 D 30 D 31 D 2072 D 2073 D 2074 D 2075 D 2076 D 2077 D 2078 D 2079 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2016 D 2017 D 2018 D 2019 D 2020 D 2021 D 2022 D 2023 D 4064 D 4065 D 4066 D 4067 D 4068 D 4069 D 4070 D 4071 9 0 9 ...

Page 263: ...creen is output according to Pixel Assignment of each Lane from each output board then it is vertically split into 2 by 2 boards This example is a case where the resolution is 4096 2048 the dot clock frequency is 1184 MHz and the output bit depth is 10 bits Assignment of each Lane Lane 1 8 Lane 9 16 ...

Page 264: ...3 D 2064 D 2066 D 2065 D 2067 D 2068 D 2070 D 2069 D 2071 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 24 D 26 D 25 D 27 D 28 D 30 D 29 D 31 D 2072 D 2074 D 2073 D 2075 D 2076 D 2078 D 2077 D 2079 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 2016 D 2018 D 2017 D 2019 D 2020 D 2022 D 2021 D 2023 D 4064 D 4066 D 4065 D 4067 D 4068 D 4070 D 4069 D 4071 9 0 9 ...

Page 265: ...ided into 2 and is output according to Pixel Assignment of each Lane from each output board then it is vertically split into 2 by 2 boards This example is a case where the resolution is 4096 2048 the dot clock frequency is 1184 MHz and the output bit depth is 10 bits Assignment of each Lane Lane 1 4 Lane 9 12 Lane 5 8 Lane 13 16 ...

Page 266: ...34 D 1035 D 2056 D 2057 D 2058 D 2059 D 3080 D 3081 D 3082 D 3083 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 12 D 13 D 14 D 15 D 1036 D 1037 D 1038 D 1039 D 2060 D 2061 D 2062 D 2063 D 3084 D 3085 D 3086 D 3087 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1008 D 1009 D 1010 D 1011 D 2032 D 2033 D 2034 D 2035 D 3056 D 3057 D 3058 D 3059 D 4080 D 4081 D 40...

Page 267: ...ided into 2 and is output according to Pixel Assignment of each Lane from each output board then it is vertically split into 2 by 2 boards This example is a case where the resolution is 4096 2048 the dot clock frequency is 1184 MHz and the output bit depth is 10 bits Assignment of each Lane Lane 1 4 Lane 9 12 Lane 5 8 Lane 13 16 ...

Page 268: ...33 D 1035 D 2056 D 2057 D 2058 D 2059 D 3080 D 3081 D 3082 D 3083 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 12 D 13 D 14 D 15 D 1036 D 1038 D 1037 D 1039 D 2060 D 2061 D 2062 D 2063 D 3084 D 3085 D 3086 D 3087 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 1008 D 1010 D 1009 D 1011 D 2032 D 2033 D 2034 D 2035 D 3056 D 3057 D 3058 D 3059 D 4080 D 4081 D 40...

Page 269: ...ut splitting the screen it is output according to Pixel Assignment of each Lane from each output board This example is a case where the resolution is 4096 2048 the dot clock frequency is 1184 MHz and the output bit depth is 10 bits Assignment of each Lane Lane 1 16 ...

Page 270: ...9 D 40 D 41 D 42 D 43 D 44 D 45 D 46 D 47 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 48 D 49 D 50 D 51 D 52 D 53 D 54 D 55 D 56 D 57 D 58 D 59 D 60 D 61 D 62 D 63 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 D 4032 D 4033 D 4034 D 4035 D 4036 D 4037 D 4038 D 4039 D 4040 D 4041 D 4042 D 4043 D 4044 D 4045 D 4046 D 4047 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 0 9 ...

Page 271: ...ol parameters These parameters are used for channel 1 and channel 2 control Through The signals from the receiver are passed straight through L Forced Low The signal is forcibly set to low 1 H Forced High The signal is forcibly set to high 2 The current statuses of channel 1 and channel 2 are indicated here The statuses are displayed in solid white lettering against a black background if the signa...

Page 272: ...SET 2 Select Output TIM using or INC DEC and then press SET 3 Select Digital Output using or INC DEC and then press SET 4 Select DP using or INC DEC and then press SET Select the items using or INC DEC and then press SET 5 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET F...

Page 273: ...B RGB 1 YCbCr4 4 4 YCbCr4 4 4 3 Video Format 0 2 2 YCbCr4 2 2 YCbCr4 2 2 This sets the output image bit length A setting which is independent of the pattern drawing bit length can be selected or the same bit length as the pattern drawing bit length can be selected automatically The portion of the pattern drawing bit length which exceeds the bit length set here is discarded A deficient portion is f...

Page 274: ...e1 00 FF This sets the transport scanning mode 0 Interlace Interlace scanning 4 Transport 0 1 1 Progressive Progressive scanning This sets the image scanning mode 0 Interlace Interlace scanning 5 Picture 0 1 1 Progressive Progressive scanning This sets the frame rate 0 23 98Hz 1 24Hz 2 25Hz 3 29 97Hz 4 30Hz 5 50Hz 6 59 94Hz 6 Picture Rate 0 7 7 60Hz The frame rate of each value is used as the sett...

Page 275: ...he setting 10 Channel Assignment 2 0 3 3 4ch This sets the dynamic range 0 100 1 200 11 Dynamic Range 0 2 2 400 The dynamic range of each value is used as the setting This sets the bit length 0 8bit 1 10bit 12 Bit Depth 0 2 2 12bit The bit length of each value is used as the setting 4 14 3 Embedded audio The embedded audio can be output as the SDI output For details of the setting procedure refer ...

Page 276: ... to enable b Set the sound source frequency level etc a Setting the analog audio to enabled 1 Select Program Edit using MENU or INC DEC and then press SET 2 Select Output TIM using or INC DEC and then press SET 3 Select Analog Output using or INC DEC and then press SET 4 Select TV AUDIO using or INC DEC and then press SET The analog audio output is set to enabled or disabled 0 OFF Disabled 5 Selec...

Page 277: ...et Setting range 20 Hz to 20 000 KHz 20 Hz Step Select the items using or INC DEC and then press SET Frequency R The right channel frequency is set Setting range 20 Hz to 20 000 KHz 20 Hz Step Level L The left channel level is set Setting range 0 to 4 000 mV 50 mV Step 4 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the...

Page 278: ...6KHz 1 Ext Analog to L PCM External analog input L PCM output Ext Analog to DSD External analog input DSD output Int L PCM Internal output L PCM Max 96KHz 1 Max 96 kHz 1 48kH z 2 Int Non L PCM Internal output non L PCM memory incorporated Option Int L PCM Flash Internal output non L PCM memory incorporated Option Int DSD Internal output DSD Option Ext I2S L PCM External I2S input L PCM Option Ext ...

Page 279: ...ial is output No parameters are provided 3 Ext Analog to L PCM The analog input is converted to L PCM and output For further details refer to Ext Analog to L PCM setting parameters 4 Ext Analog to DSD The analog input is converted to DSD and output For further details refer to Ext Analog to DSD setting parameters 5 Int L PCM Sine waves are output by the internal L PCM For further details refer to ...

Page 280: ... 2 48 KHz This is for sampling at a 48 kHz frequency 3 88 2 KHz This is for sampling at a 88 2 kHz frequency 4 96 KHz This is for sampling at a 96 kHz frequency 5 176 4 KHz This is for sampling at a 176 4 kHz frequency 1 Sampling Frequency 0 6 6 192 KHz This is for sampling at a 192 kHz frequency Whether to set ON or OFF for channel 1 to 8 of the embedded audio is set here 0 OFF No output 2 Output...

Page 281: ...is sets the bit length of the audio data 0 16 BIT The audio data is output with 16 bits 1 20 BIT The audio data is output with 20 bits 2 Width 0 2 2 24 BIT The audio data is output with 24 bits Whether to set ON or OFF for channels 1 to 8 of the embedded audio are set here 0 OFF No output 3 Output Channel 1 ON Output This sets the frequency sine wave of the audio signals to be output 4 Frequency 2...

Page 282: ...etting parameters Option Setting menu display 1 Flash Data No Set the audio data here Setting range 1 to 99 Set the registered audio data For further details on registering the audio data refer to 4 16 3 Flash data entry option Int L PCM Flash setting parameters Option Setting menu display 1 Flash Data No Set the audio data here Setting range 1 to 99 Set the registered audio data For further detai...

Page 283: ...ncy 1 44 1 KHz The signals are input output with a 44 1 kHz sampling frequency 2 48 KHz The signals are input output with a 48 kHz sampling frequency 3 88 2 KHz The signals are input output with a 88 2 kHz sampling frequency 4 96 KHz The signals are input output with a 96 kHz sampling frequency 5 176 4 KHz The signals are input output with a 176 4 kHz sampling frequency 1 Sampling Frequency 0 6 6 ...

Page 284: ...ls are input output with a 88 2 kHz sampling frequency 4 96 KHz The signals are input output with a 96 kHz sampling frequency 5 176 4 KHz The signals are input output with a 176 4 kHz sampling frequency 6 192 KHz The signals are input output with a 192 kHz sampling frequency 7 352 8 KHz The signals are input output with a 352 8 kHz sampling frequency 8 384 KHz The signals are input output with a 3...

Page 285: ...Audio data and a sample program are saved in the VT 8500 0006 0008 CD For further details on audio data storing procedures refer to the VT 8500 0006 0008 CD instruction manual 2 Select Audio Flash Data Entry using MENU or INC DEC and then press SET 3 Select the parameters using or INC DEC and then press SET Specify the number of the audio data group to be stored 4 Select EXECUTE using or INC DEC a...

Page 286: ...268 ...

Page 287: ...ts The VG 870B 871B 873 874 supports the following functions 1 Macrovision Option 2 Closed caption V Chip 3 Teletext 4 WSS 5 CGMS A ID 1 The TV standard signals and functions supported are summarized in the table below Macrovision Closed caption V chip Teletext WSS CGMS A ID 1 NTSC J NTSC M NTSC 443 PAL M PAL 60 PAL BDGHIK PAL N PAL Nc SECAM The Macrovision Closed caption V Chip and Teletext funct...

Page 288: ...orded These signals also have the effect of causing trouble for the sync signals and disturbances in the images The trouble caused ensures that content is unwatchable even when it has been copied What does the color stripe function do This function is part of the Macrovision standard and it provides color stripes to overlap with the regular Macrovision signals It constitutes a method of superimpos...

Page 289: ...ignals OFF is set for any timing format not listed below NTSC M 0 OFF 1 Type1 AGC only 2 Type2 AGC 2Line Colorstripe 3 Type3 AGC 4Line Colorstripe 4 VHS USA 5 VHS US obs NTSC J 0 OFF 1 Type1 AGC only 2 Type2 AGC 2Line Colorstripe 3 Type3 AGC 4Line Colorstripe 4 VHS Japan1 5 VHS Japan2 NTSC 443 PAL 60 PAL M 0 OFF 1 Type1 2 3 AGC only PAL PAL N PAL Nc SECAM 0 OFF 1 Type1 2 3 AGC only 5 Select Mode u...

Page 290: ...ited to 4 in the caption mode CC1 to 4 All 15 lines can be displayed in the text mode T1 to 4 What does the V Chip do The V Chip refers to a semiconductor chip that blocks out TV programs containing violence bad language and sex situations V refers to violence and the viewing of programs is blocked out according to the ratings which are categorized by the extremity of the program content Once the ...

Page 291: ...C DEC and then press SET 5 Selecting the setting items from the table Select the parameters using SET or INC DEC and then press SET 6 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For details on the setting items and parameters refer to Table of closed caption setting ite...

Page 292: ...l at which the closed caption data is transmitted is set in 1 second increments 3 USER Data No 1 to 20 The user data number is set This is valid when USER Data has been selected as the Mode setting in 1 Listed below are the types of closed caption services available CC1 Primary Synchronous Caption Service caption service for primary language CC2 Special Non Synchronous Use Caption service which do...

Page 293: ...d immediately Each time a Carriage Return is received the text is scrolled up one row Roll up4 ROW15 indent Background cyan transparence Text Red Standard characters 0123456789 ABCDEFGHIJ áàâçéèêíîÑñóôúû 7 Music note solid block Transparent space solid block Music note solid block Transparent space Pop on ROW1 ROW2 ROW3 Background red half transparence Text cyan Pop on Style Caption data are loade...

Page 294: ...ow half transparence Text blue Once the cursor reaches the 32nd column position on any row all subsequent characters will be displayed In that column replacing any previous character ABCDEFGHIJKLMNOPQRSTUVWXYZ S to Y are replaced by Z Abcdefghijklmnopqrstuvwxyz n to y are replaced by z T1 First Text Service T1 Text Mode is a data service generally not program related which may be transmitted using...

Page 295: ... of data formatted to fill a box which in height is not less than 7 rows and not more than 15 rows all of which should be contiguous and in width is not less than 32 columns Text should be displayed over a solid background to isolate it from the unrelated program video Each row of text contains maximum of 32 characters T4 Fourth Text Service T4 ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz...

Page 296: ...cting the setting items from the table Select the parameters using SET or INC DEC and then press SET 6 Setting the parameters Set the numerical values using or INC DEC and then press SET Alternatively Make the selections using the number keys 0 STATUS to 9 F and then press SET For further details on the setting items and parameters refer to Table of V Chip setting items below Upon completion of th...

Page 297: ...ish Canadian English Language Rating System This rating system targets Canadian English French Canadian French Language Rating System This rating system targets Canadian French These ratings which apply when MPAA has been selected as the System setting in 1 above are set here 0 G General Audience is set as the MPAA rating 1 PG Parental Guidance is set as the MPAA rating 2 PG 13 Parents Strongly Ca...

Page 298: ... must not contain violent scenes objectionable language or sexual content TV PG Parental Guidance Suggested Contains scenes involving some violence and sexual content unsuitable for young children or situations that may induce foul language or incite delinquency TV 14 Parents Strongly Cautioned Contains scenes involving violence and sexual content unsuitable for children aged 14 or below or situat...

Page 299: ...ing 14 Viewers 14 years and older Programming may be viewed by children 14 years and older 18 Adult Programming Programming for adults only These ratings which apply when French has been selected as the System setting in 1 above are set here 0 E Exempt is set as the French rating 1 G General is set as the French rating 2 8ans Not recommended for young children is set as the French rating 3 13ans P...

Page 300: ...282 7 Interval 0 to 60 Interval The interval at which the V chip data is transmitted is set in 1 second increments ...

Page 301: ...T Select the line where the data is to be superimposed For details refer to the tables below 525 line system timing NTSC M NTSC J NTSC 443 PAL 60 and PAL M Field1 Field2 0 19 lines 282 lines 1 20 lines 283 lines 2 21 lines 284 lines 3 22 lines 285 lines 625 line system timing PAL PAL N and PAL Nc Field1 Field2 0 21 lines 333 lines 1 22 lines 334 lines 2 23 lines 335 lines 3 24 lines 336 lines Line...

Page 302: ...on a page per screen and between 100 and 899 pages of information can be displayed Teletext specifications Teletext supports the following TV signals Teletext is superimposed onto the composite signals and Y C signals PAL but PAL 60 PAL N and PAL Nc are not included The vertical sync blanking interval VBI and Teletext waveforms are shown below The Teletext data can be output in lines 8 to 22 first...

Page 303: ...DEC and then press SET 5 Selecting the setting items from the table Select the parameters using SET or INC DEC and then press SET 6 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the setting items and parameters refer to Table of teletext setting ite...

Page 304: ...splay the setting menu Page Data This generator enables up to 20 pages of teletext screens to be registered Numbers for the internal data are set on each page The lines in which the Teletext data is to be output are set here The figure indicates the line numbers in the first field and second field 0 Disable The data is not output in line 8 and line 321 8 321 1 Enable The data is output in line 8 a...

Page 305: ...2 Page No Description Screen Page No Description Screen 100 Index Page 101 Test Page Including FLASH CONCEAL 102 Newsflash 103 Subtitle 200 Character English 201 Character German 202 Character Swedish Finnish Hungarian 203 Character Italian 204 Character French 205 Character Portuguese Spanish ...

Page 306: ...f 2 Page No Description Screen Page No Description Screen 206 Character Czech Slovak 301 Colors 302 White Flat 505 Clock Cracker 515 Multi Page 4 sub pages 555 Test Pattern1 560 Test Pattern2 Other pages Screen which appears for page 700 ...

Page 307: ... line 23 of the first field The WSS waveform consists of Run In Start Code and the 14 bit data This waveform and the bit allocation are shown below 0 5V 5 0IRE 11 0us 0 25us Line 23 Run In Start Code 14 Data Bits 0 1 13 Bit 27 4us Video WSS Widscreen Signaling Bit3 0 Aspect Bit 0 1 2 3 Aspect Ratio Full format or Letterbox Position 0 0 0 1 4 3 Full format Not applicable 1 0 0 0 14 9 Letterbox Cent...

Page 308: ...ecting the setting items from the table Select the parameters using SET or INC DEC and then press SET 6 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the setting items and parameters refer to Table of WSS setting items below Upon completion of the s...

Page 309: ...mation is output The aspect ratio is set here 0 The aspect ratio is set to Full Format 4 3 1 The aspect ratio is set to LB 14 9 center 2 The aspect ratio is set to LB 14 9 top 3 The aspect ratio is set to LB 16 9 center 4 The aspect ratio is set to LB 16 9 top 5 The aspect ratio is set to LB 16 9 center 6 The aspect ratio is set to Full Format 14 9 2 Aspect Ratio 0 7 7 The aspect ratio is set to F...

Page 310: ...vals and sending it NTSC NTSC M NTSC 443 PAL 60 PAL M CGMS A and ID 1 are superimposed onto line 20 first field and line 283 second field The CGMS A and ID 1 waveform consists of the reference bit and 20 bit data This waveform and the bit allocation are shown below 70IRE 10IRE 0IRE 11 2us 0 3us 2 235us 50ns Reference 1 2 3 4 20 Bit no 49 1us 0 44us Line 20 283 CGMS A ID 1 Bit1 0 Aspect ID1 Bit App...

Page 311: ...sing or INC DEC and then press SET 3 Select VBI Function using or INC DEC and then press SET 4 Select CGMS A ID 1 using or INC DEC and then press SET 5 Selecting the setting items from the table Select the parameters using SET or INC DEC and then press SET 6 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 ...

Page 312: ...ta is output The aspect ratio setting is selected here 0 4 3 Normal The aspect ratio is set to 4 3 1 16 9 Normal The aspect ratio is set to 16 9 2 4 3 Letter Box The aspect ratio is set to 4 3 letter box 3 Aspect 3 Not Defined The aspect ratio is left undefined Copy protection is set here 0 Copying Permitted Copying is permitted 1 Not Used Condition The CGMS A is left undefined 2 Copy Once Copy on...

Page 313: ...electing the pattern data 0 CUSTOM Customized pattern 1 100 100 H 100 100 color bars 2 100 75 H 100 75 color bars 3 75 75 H 75 75 color bars 4 SMPTE SMPTE color bars 5 RGBW V Horizontal color bars 6 xvYCC 4 xvYCC 4 color bars 7 xvYCC 8 xvYCC 8 color bars 8 xvYCC 12 xvYCC 12 color bars 75 75 color bars SMPTE color bars The xvYCC color bars are turned off in the SCART output RGB of the TV encoder un...

Page 314: ...SET 3 Select Pattern RGB INV select using or INC DEC and then press SET 4 Select Color Bar using or INC DEC and then press SET 5 Press ESC 6 Select Color Bar using or INC DEC and then press SET Selecting the items Select Type using or INC DEC and then press SET Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys...

Page 315: ...s using or INC DEC and then press SET 8 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the settings refer to Table of customized color bar pattern setting items below ...

Page 316: ...et here 0 The size is set as a percentage of the entire screen 3 Input Mode 0 1 1 dot The size is set in 1 dot increments The display size per color is set here When a percentage is used for Input Mode Set any width from 0 0 to 100 0 4 Width Width dot When dots are used for Input Mode Set the width in 1 dot increments The display color and level are set here Color Select Level Number Number The co...

Page 317: ...ale patterns can be selected from among the types listed below For further details on pattern selection refer to 2 1 3 Selecting the pattern data 0 CUSTOM Customized pattern 1 8Step H 8 steps horizontal 2 16Step H 16 steps horizontal 3 32Step H 32 steps horizontal 4 8Step V 8 steps vertical 5 16Step V 16 steps vertical 6 32Step V 32 steps vertical 16Step H 16Step V ...

Page 318: ...ct Pattern PAT using or INC DEC and then press SET 3 Select Pattern RGB INV select using or INC DEC and then press SET 4 Select Gray Scale using or INC DEC and then press SET 5 Press ESC 6 Select Gray Scale using or INC DEC and then press SET Selecting the items Select Type using or INC DEC and then press SET 7 Setting the parameters Select the parameters using or INC DEC and then press SET Altern...

Page 319: ...press SET Selecting the items Select the items using or INC DEC and then press SET 8 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the settings refer to Table of customized gray scale pattern setting items below ...

Page 320: ... per step is set here 0 The size is set as a percentage of the entire screen 3 Input Mode 0 1 1 dot The size is set in 1 dot increments The display size per step is set here When a percentage is used for Input Mode Set any size from 0 0 to 100 0 4 Width Width dot When dots are used for Input Mode Set the size in 1 dot increments The display level is set here Level Number Bit Length Number The step...

Page 321: ...r H 2 Linear V 3 Linear 256 4 RGB1 5 RGB2 6 RGB3 7 Turn H 8 Linear GR 9 Linear BR A Linear BG B Linear RG C Linear RB D Linear GB E Linear HV F Limited H Limited V H2 UpUp H2 DownUp H2 UpDown H2 DownDwn V2 UpUp V2 DownUp V2 UpDown V2 DownDwn RGB2 Linear RG H2 UpUp 1 Limited V is selectable only by or INC 2 The luminance level of Limited H V is 16 232 and color difference level is 16 240 3 The lumi...

Page 322: ... SET 2 Select Pattern PAT using or INC DEC and then press SET 3 Select Pattern RGB INV select using or INC DEC and then press SET 4 Select Ramp using or INC DEC and then press SET 5 Press ESC 6 Select Ramp using or INC DEC and then press SET Setting the type Select Type using or INC DEC and then press SET 7 Setting the parameters Select the parameters using or INC DEC and then press SET Alternativ...

Page 323: ...Select CUSTOM using or INC DEC and then press SET Select the items using or INC DEC and then press SET 8 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively 0 STATUS to 9 F and then press SET For further details on the settings refer to Table of ramp pattern setting items below ...

Page 324: ...t here Step The number of display steps from the start level to end level is set here Setting range 1 setting End Start 1 The setting range for the above levels differs depending on the color depth 8 BIT 0 to 255 9 BIT 0 to 511 10 BIT 0 to 1023 11 BIT 0 to 2047 12 BIT 0 to 4095 13 BIT 0 to 8191 14 BIT 0 to 16383 15 BIT 0 to 32767 3 Line1 to Line4 16 BIT 0 to 65535 Concerning H Line This item takes...

Page 325: ...eep has been selected using the pattern key for instance sweep patterns can be selected from among the types listed below For further details on pattern selection refer to 2 1 3 Selecting the pattern data 0 Multi Burst 100 Multi burst 1 Multi Burst 50 Multi burst 2 Sweep Sweep Multi burst ...

Page 326: ... INC DEC and then press SET 4 Select Sweep using or INC DEC and then press SET 5 Press ESC 6 Select Sweep using or INC DEC and then press SET Selecting the items Select Type using or INC DEC and then press SET 7 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further de...

Page 327: ... 9 APDC4 1 MONOSCOPE 1 APDC1 to APDC4 are used to evaluate movie resolution These patterns are an option For further details contact ASTRODESIGN sales representative or your dealer 2 This is the check pattern which is used only for SDI outputs It is output only from SDI outputs 6 5 2 Monoscope pattern selection The types of monoscope patterns can be set using the procedure below 1 Select Program E...

Page 328: ...t Type using or INC DEC and then press SET 7 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the patterns refer to 6 5 1 Types of monoscope patterns ...

Page 329: ...rn 6 6 2 Raster pattern type settings and customizing Described below is the procedure for selecting the types of raster patterns and for performing the settings when CUSTOM has been selected as the raster pattern type The rasters can be displayed with any level 1 Select Program Edit using MENU or INC DEC and then press SET 2 Select Pattern PAT using or INC DEC and then press SET 3 Select Pattern ...

Page 330: ... CUSTOM has been selected as the Type setting Detailed settings of customized patterns Select CUSTOM using or INC DEC and then press SET Bit Length Level The setting range for the above levels differs depending on the color depth 8 BIT 0 to 255 9 BIT 0 to 511 10 BIT 0 to 1023 11 BIT 0 to 2047 12 BIT 0 to 4095 13 BIT 0 to 8191 14 BIT 0 to 16383 15 BIT 0 to 32767 8 Select the items using or INC DEC ...

Page 331: ...an be selected from among the types listed below For further details on pattern selection refer to 2 1 3 Selecting the pattern data 0 Over Scan AFD 0 As the coded frame 1 4 3 center 2 16 9 center 3 14 9 center 4 box 16 9 top 5 box 14 9 top 6 box 13 7 center 7 box 2 1 center 8 box 11 5 center 9 box 12 5 center A 4 3 14 9 center B 16 9 14 9 center 1 C 16 9 4 3 center Over Scan AFD pattern ...

Page 332: ... SET 2 Select Pattern PAT using or INC DEC and then press SET 3 Select Pattern RGB INV select using or INC DEC and then press SET 4 Select Aspect using or INC DEC and then press SET 5 Press ESC 6 Select Aspect using or INC DEC and then press SET Setting the type Select Type using or INC DEC and then press SET 7 Setting the parameters Select the parameters using or INC DEC and then press SET Altern...

Page 333: ...EC and then press SET Select the items using or INC DEC and then press SET 8 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details on the settings refer to Table of AFD pattern setting items below ...

Page 334: ...aspect ratio patterns Level Part Bit Length Display the circle level The R G and B levels are displayed in sequence from the left The setting range for the above level differs depending on the color depth 8 BIT 0 to 255 9 BIT 0 to 511 10 BIT 0 to 1023 11 BIT 0 to 2047 12 BIT 0 to 4095 13 BIT 0 to 8191 14 BIT 0 to 16383 15 BIT 0 to 32767 Circle 16 BIT 0 to 65535 Back Set the background level Detail...

Page 335: ...board patterns When checkerboard has been selected using the pattern keys or other keys any of the following types of patterns can be selected For further details on pattern selection refer to 2 1 3 Selecting the pattern data 0 DOT DOT Dot 1 BLOCK BLOCK Block 2 SubPixel Sub pixel ...

Page 336: ...ect Checker using or INC DEC and then press SET 5 Press ESC 6 Select Checker using or INC DEC and then press SET Selecting the items Select Type using or INC DEC and then press SET 7 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For details on the Type settings refer to 6...

Page 337: ... be set regardless of the settings 3 Sub Pixel H V Setting example H 2 V 3 2 2 3 3 Valid only when Sub Pixel is selected as the Type setting Set the number of sub pixels at the top left in the horizontal H direction and the number of pixels at the very top in the vertical V direction The Sub Pixel H and V settings subsequently apply Setting range 0 to 2 When RGB 0 100 is selected for Color Select ...

Page 338: ...olor and level to be indicated by 0 In the case of the Sub Pixel item the same level as the RGB level is set The setting range differs depending on the color depth 16BIT 0 65535 7 User Color 2 R G B When RGB 0 100 has been selected for Color Select set any color and level to be indicated by 100 In the case of the Sub Pixel item the same level as the RGB level is set The setting range is the same a...

Page 339: ...lecting the pattern data 0 IMAGE Image pattern IMAGE A still image registered as the default can be used or any still image can be registered by the user and used 1 OPT SAMPLE Sample option pattern OPT SAMPLE 2 OPT USER User option pattern Option pattern registered by the user Any test pattern can be described using a programming language 3 MOVING IMAGE option Moving image pattern Both the factory...

Page 340: ...press SET 3D Pattern can be executed only when the requisite license has been registered 7 Selecting the items Select the item using or INC DEC and then press SET Setting the No Select the No using or INC DEC and then press SET No Specific numbers are allocated to the option and image patterns The number of the pattern to be displayed is set in No Setting range 1 to 200 8 Setting the Type Select t...

Page 341: ...e No 1 moving image starts automatically when the power is turned on 3 Scrolling the screen Scroll the screen using or INC Scrolling the screen Press the following keys While the data is being read Loading is displayed and none of the keys can be operated 5 B Stop Stop The first image is displayed 7 D Rewind Rewind The previous image is displayed 8 E Resume pause Resume pause The moving image disp...

Page 342: ...ing MENU or INC DEC and then press SET 2 Select Pattern PAT using or INC DEC and then press SET 3 Select Image OPT using or INC DEC and then press SET 4 Select 9 Marker OPT No 76 using or INC DEC and then press SET Selecting the items Select the items using or INC DEC and then press SET 5 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the para...

Page 343: ...e of the marker position is set here Setting range 0 to 4095 dot The direction of the straight line marker is set here 0 H Horizontal line 7 Mark Direction H V 1 V Vertical line 8 Mark Color R G B The color of the markers is set here The setting range differs depending on the color depth See below Whether to display the lines and the shape of the lines when they are displayed are set here 0 None N...

Page 344: ...g about pattern display designate Type OPT SAMPLE No 100 By using MENU or INC DEC select ProgramEdit SET By using or INC DEC select Pattern PAT SET By using or INC DEC select Image OPT SET By using or INC DEC select 3D Image OPT No 100 SET Item selection By using or INC DEC select item SET Parameter setting By using or INC DEC select it SET Or 0 STATUS 9 F select by number keys SET Refer to 3D Ima...

Page 345: ...1 OFF Pattern is not output 7 Level L R Level of Right and Left pattern can be changed Setting range 0 100 8 Off Color R G B Set a color of OFF frame or OFF field when you set OFF in L R ON OFF or L R Field ON OFF Setting range 0 255 Set pattern output mode 0 HDMI 3D Structure Pattern is output referring to the setting of HDMI 3D Structure This setting is commonly used 9 Output Mode 1 Frame Sequen...

Page 346: ... left picture You select Image No to each picture Image should be saved beforehand Example 1080 FramePacking 1 MonoScope Right and left picture display Monoscope refer to section 6 5 pattern 2 China Right and left picture display China Monoscope refer to section 6 5 pattern Left Right ...

Page 347: ...ection 6 9 2 Option and image pattern setting Type OPT SAMPLE No 101 specified 1 Select Program Edit using MENU or INC DEC and then press SET 2 Select Pattern PAT using or INC DEC and then press SET 3 Select Image OPT using or INC DEC and then press SET 4 Select 3D Pattern OPT No 101 using or INC DEC and then press SET Selecting the items Select the items using or INC DEC and then press SET 5 Sett...

Page 348: ...r R G B The output color when Off has been selected as the L R ON OFF or L R Field ON OFF is set here Setting range 0 255 The pattern output mode is specified here 0 HDMI 3D Structure The HDMI 3D Structure setting is reference and output Normally this setting is specified 6 Output Mode 1 Frame Sequential The left L and right R patterns are drawn in the VRAM using one frame for each The left L and ...

Page 349: ...een specified as the Type setting This is the same setting as the regular checkerboard pattern Refer to section 6 8 Checkerboard patterns Set a parameter of Window Circle that is selected in Type Select kinds of pattern 0 Window Draw one Window 1 Circle Draw one Circle 2 9 Window Draw 9 Windows Type 0 3 3 9 Circle Draw 9 Circles In Type if you select Circle or 9 Circle select if the circle should ...

Page 350: ... shown in the figures below are output at the left and right LEFT RIGHT LR combination 2 Vertical Bar Vertical bars each consisting of one dot are output The pattern is the same for the left and right 3 Checker DOT Checkerboard dot by dot patterns are output The colors for the pattern on the left are reversed from the colors in the pattern on the right LEFT RIGHT L side R side L side R side L side...

Page 351: ...re the number of blocks is defined as H 4 V 4 LEFT RIGHT 5 Slant Color Bar 6 Slant Gray Bar The different width color bar gray bar in the slant direction The right and the left output the same picture The drawing angle can be changed from 0 165 degrees 7 Rastar A raster is output The pattern is the same for the left and right 8 The and of ABC pattern are superimposed and output The pattern is the ...

Page 352: ...ame picture but color can be set separately 9 3 9 Window 9 4 9 Circle 9 Window patterns are displayed in the designated position The left and right frame shows the same picture but color can be set separately 10 Cross Hatch Cross hatch is output The left and right frame shows the same picture but color can be set separately ...

Page 353: ...e seems more clear Example Side by Side If Sub Sampling is ON the pattern is displayed according to the setting in the 3D Extention Data in the Vender Specific Infoframe e g Type Example Top Bottom If Sub Samplingn is ON only Odd lines are drawn in each left and right picture e g Type If Sub Sampling is OFF all lines are drawn by the size of Sub Sampling ON e g Type ...

Page 354: ...l the patterns can be superimposed onto one another and displayed For further details on pattern selection refer to 2 1 3 Selecting the pattern data Character Character Cross Hatch Crosshatch Dot Dot Circle Circle Burst Burst Character Dot Burst Cross Hatch Circle There are no items to be set in and patterns ...

Page 355: ...der of RGB from the left The setting range differs depending on the color depth Setting the items Select the items using or INC DEC and then press SET 5 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET Background The background color is set here in the order of RGB from the ...

Page 356: ...EC and then press SET 5 Press ESC 6 Select ABC using or INC DEC and then press SET 7 Select Character using or INC DEC and then press SET Setting the items Select the items using or INC DEC and then press SET 8 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further det...

Page 357: ...r to 2 3 Setting the names The size of each character is set here H Set the size of the character in the horizontal direction 4 Cell Size dot V Set the size of the character in the vertical direction 6 10 3 Crosshatch patterns The crosshatch pattern settings are described below 1 Select Program Edit using MENU or INC DEC and then press SET 2 Select Pattern PAT using or INC DEC and then press SET 3...

Page 358: ...e is selected here 0 Number Of Line This sets the number of lines to be displayed on the screen 2 InputMode 0 1 1 Interval dot This sets the interval between the blocks The number of lines to be displayed on the screen is set here Number Of Lines H Set the number of lines in the horizontal direction 3 a When Number of Lines has been selected as the Input Mode setting Number Of Lines V Set the numb...

Page 359: ...ress SET 4 Select Dot using or INC DEC and then press SET 5 Press ESC 6 Select ABC using or INC DEC and then press SET 7 Select Dot using or INC DEC and then press SET Setting the items Select the items using or INC DEC and then press SET 8 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and ...

Page 360: ...Mode setting Number Of Lines V Set the number of lines in the vertical direction The interval between the blocks is set here Interval dot H Set the number of lines in the horizontal direction 4 b When Interval dot has been selected as the Input Mode setting Interval dot V Set the number of lines in the vertical direction 5 Size dot The size is set here Setting range 1 to 15 Dot The shape is set he...

Page 361: ...1 2H Format 2 Format 1 circles with radius 1 6V 4 Format 3 Concentric circles 2 Center 1 2H 1 2V Radius from the center One circle added inside the 1 6V 1 3V and 1 2 circles 1 2 radius added Format 4 Consecutive circles with radius 1 6V Top bottom and left right symmetry with center 1 2H 1 2V as the reference Format 5 Single filled in circle Center 1 2H 1 2V Radius 1 3V 8 Setting the parameters Se...

Page 362: ...344 0 1 2 3 4 5 6 ...

Page 363: ...rst pattern settings are described below 1 Select Program Edit using MENU or INC DEC and then press SET 2 Select Pattern PAT using or INC DEC and then press SET 3 Select Pattern RGB INV select using or INC DEC and then press SET 4 Select Burst using or INC DEC and then press SET 5 Press ESC 6 Select ABC using or INC DEC and then press SET 7 Select Burst using or INC DEC and then press SET ...

Page 364: ...nd from the center to the right edge 3 L C R The line width increases from the left edge to the center and from the right edge to the center 4 T B The line width increases from top to bottom 5 T B The line width increases from bottom to top 6 T C B The line width increases from the center to the top edge and from the center to the bottom edge 1 Format 0 2 7 T C B The line width increases from the ...

Page 365: ... 1 window displayed 1 4 Window 4 windows displayed 2 9 Window 9 windows displayed 3 16 Window 16 windows displayed 4 25 Window 25 windows displayed 5 64 Window 64 windows displayed 6 3 Window In V Row 3 windows in a vertical row displayed 7 3 Window In H Row 3 windows in a horizontal row displayed 8 User Pos Center Window displayed at the position of the user s choice The coordinates of the window...

Page 366: ... DEC and then press SET 4 Select Window using or INC DEC and then press SET 5 Press ESC 6 Select Window using or INC DEC and then press SET Selecting the items Select the items using or INC DEC and then press SET 7 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further...

Page 367: ...the center of its respective area 6 3 Window In V Row The screen is divided vertically into three areas and each of the three windows is displayed in the center of its respective area 7 3 Window In H Row The screen is divided horizontally into three areas and each of the three windows is displayed in the center of its respective area 8 User Pos Center The window can be displayed at any position Th...

Page 368: ...n 1 H Position 2 V Size V Position 2 H Size H Size H Position 2 H H The window center position or horizontal direction of its start position is set here 4 Position 1 Position 2 V The window center position or vertical direction of its start position is set here Setting ranges by color depth 8 BIT 0 to 255 9 BIT 0 to 511 10 BIT 0 to 1023 11 BIT 0 to 2047 12 BIT 0 to 4095 13 BIT 0 to 8191 14 BIT 0 t...

Page 369: ...MENU or INC DEC and then press SET 2 Select Pattern PAT using or INC DEC and then press SET 3 Select Pattern RGB INV select using or INC DEC and then press SET 4 Select Cursor using or INC DEC and then press SET 5 Press ESC 6 Select Cursor using or INC DEC and then press SET Selecting the items Select the items using or INC DEC and then press SET 7 Setting the parameters Select the parameters usin...

Page 370: ... 1 dot 10 dot 100 dot The coordinate display method is set here 0 OFF No coordinates are displayed 1 Normal 1 The horizontal and vertical coordinates and step are displayed in 1 pixel increments 2 Normal 2 The horizontal and vertical coordinates are displayed in sub pixel increments and the step is displayed in 1 pixel increments 3 Reverse 1 Normal 1 is inverted at the top and bottom and displayed...

Page 371: ...s a cross 7 Intersection 1 Space The cursor is not displayed in the pixels of the intersection and sub pixels below it but the original background is displayed instead The display of the second cursor cursor 2 is set here 0 OFF The cursor is not displayed 8 Cursor 2 1 ON The cursor is displayed Setting ranges by color depth 8 BIT 0 to 255 9 BIT 0 to 511 10 BIT 0 to 1023 11 BIT 0 to 2047 12 BIT 0 t...

Page 372: ...n the jog dial is used When 2 or 8 E is pressed and the jog dial is turned the cursor moves downward or upward 4 When the USB mouse is used Refer to 1 4 6 Names of connectors and their applications The cursor moves in line with the mouse movements Use the right button to switch between CURSOR1 and CURSOR2 Changing the cursor level These steps change the Color Cursor 1 R G B and Color Cursor 2 R G ...

Page 373: ...e The level is decremented When the dial is turned clockwise The level is incremented 3 When the jog dial is used Changing the cursor shape These steps change the Format setting 5x5CROSS Cross consisting of 5 5 pixels HV LINE Cross which covers the entire screen V LINE Vertical line 3 DOT 1 1 pixel Changing the background color BACK DEF Color Back R G B settings BACK W White BACK R Red BACK G Gree...

Page 374: ... to 6 13 7 Timing data list IMAGE Image pattern list display For further details refer to 6 13 8 Image pattern list OPT USER User optional pattern list display For further details refer to 6 13 9 OPT USER pattern list DP Display port setting information display link rate number of lanes link training results DPCD For details refer to 4 12 3 Displaying the DisplayPort setting information SUBTITLE D...

Page 375: ...P The HDCP authentication screen is displayed 6 Timing A list of the timing data being output is displayed 7 Image Information of the image patterns registered in the internal memory or on the CF card is displayed 8 OPT USER The names and sizes of the user optional patterns registered in the internal memory or on the CF card is displayed 9 CEC The CEC execution list is displayed A HDMI ARC Audio R...

Page 376: ...4 Select Name List using or INC DEC and then press SET 5 Press ESC 6 Select Name List using or INC DEC and then press SET 7 Select Name using or INC DEC and then press SET Selecting the items Select the items using or INC DEC and then press SET 8 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 ...

Page 377: ...isplayed at the bottom left of the screen 3 Top Right The name is displayed at the top right of the screen 4 Bottom Right The name is displayed at the bottom right of the screen 5 Top Center The name is displayed at the upper center of the screen 2 Position 6 Bottom Center The name is displayed at the lower center of the screen The font size is set here 0 5 7 5 7 is set as the font size 1 7 9 7 9 ...

Page 378: ...for the GUI display format or 5 B for the HEX display format The EDID is displayed as shown in the figure below 3 Selecting the pages Select previous page or next page using or INC DEC and then press SET Alternatively select the page using 2 previous page or 3 next page When the display extends over several pages it is divided up on the fluorescent display tube and shown Switch from one page to an...

Page 379: ... error has occurred 3 DDC type 4 EDID block now displayed 5 Content of EDID With the HEX display format 1 Block number of EDID 2 Error display when an error has occurred 3 Content of EDID The maximum number of blocks read for EDID is 8 one basic block 7 expanded blocks When HDMI is selected CAUTION CAUTION ...

Page 380: ...Channel 1 of the DVI unit is selected 1 DVI2 Channel 2 of the DVI unit is selected 2 iTMDS1 Channel 1 of the iTMDS unit is selected 3 iTMDS2 Channel 2 of the iTMDS unit is selected 4 iTMDS Quad 1 Channel 1 of the iTMDS Quad unit is selected 5 iTMDS Quad 3 Channel 3 of the iTMDS Quad unit is selected 6 HDMI1 Channel 1 of the HDMI unit is selected 7 HDMI2 Channel 2 of the HDMI unit is selected 8 DP1...

Page 381: ...IL NAME LIST DETAIL 2 Select RE EXECUTE using or INC DEC and then press SET Alternatively select RE EXECUTE using 3 Table of DDC CI setting items The port for using DDC CI is set here 0 DVI1 DDC CI is used by the DVI1 port 1 DVI2 DDC CI is used by the DVI2 port 2 iTMDS1 DDC CI is used by channel 1 of the iTMDS unit 3 iTMDS2 DDC CI is used by channel 2 of the iTMDS unit 4 iTMDS Quad1 DDC CI is used...

Page 382: ...CP Feature Control commands are sent to the connection destination 3 VCP Code Transfer command set using the hexadecimal format 4 Value Displayed only when Set VCP Feature has been selected as the Mode setting Parameter value to be transferred from the generator to the connection destination Items to be set by the generator 5 Write Data sent from the generator 6 Read Data received by the generator...

Page 383: ...on the display For details on the HDCP settings and execution refer to 8 HDCP SETTINGS AND EXECUTION Displaying the HDCP authentication screen 1 NAME LIST DETAIL NAME LIST DETAIL 2 Selecting HDCP Select HDCP using or INC DEC and then press SET 3 Detailed setting For the detailed HDCP settings refer to 8 HDCP SETTINGS AND EXECUTION ...

Page 384: ...entication status of the second authentication for a repeater is displayed here An item with PASS denotes an item that has been successfully authenticated 7 If all the authentications have been carried out successfully PASS green appears otherwise NG red appears 8 The DEPTH number of stages and COUNT total number of connections of the devices connected beyond the receiver which in turn is connecte...

Page 385: ...pattern key while the output from the HDMI connector is connected to the display Information on the signals which are input to the display from the HDMI connector is shown on the display Example HDMI list when EIA 1280 720 and 59 94 Hz output signals are supplied to the display Program name Program No HDMI output ...

Page 386: ...h as the parameters of the signals which are input to the display from the output connector is shown on the display Example Timing list when EIA 1280 720 and 59 94 Hz output signals are supplied to the display Program name Program No Horizontal sync frequency Vertical sync frequency Program data enable disable Horizontal timing data Vertical timing data Output conditions Audio output ...

Page 387: ...attern list When the OPT USER pattern list display is selected by pressing the NAME LIST key while the generator output is connected to the display the names and sizes of the user optional patterns registered in the internal memory or on the CF card are shown on the display If the CF card has been inserted the names and sizes of the patterns on the CF card are displayed otherwise the names and siz...

Page 388: ...ng instructions of the SP 8870 The procedure for setting the parameters is outlined below 1 Select Program Edit using MENU or INC DEC and then press SET 2 Select Pattern PAT using or INC DEC and then press SET 3 Select Name List using or INC DEC and then press SET 4 Select Subtitle using or INC DEC and then press SET Selecting the items Select the items using or INC DEC and then press SET 5 Settin...

Page 389: ...red display position coordinate for the top left of the pattern is set here The setting takes effect when User Position has been selected as the Position setting Setting range 0 to 9999 The display colors are set here 0 File Data The colors of the image pattern data are displayed in their original form 4 Color Select 0 1 1 User Color The settings for User Color1 3 in 5 are used Color Depth Setting...

Page 390: ...nd registering the images 1 Create the images The 640 480 images in nine frames are created as a 1920 1440 image which is three frames wide and three frames high See Fig 6 15 1 The display shows images 1 to 9 with a 640 480 frame size in the sequence of 1 2 and so on up to 9 2 Register the created images as image data No 1 to 200 on the CF card using the Windows software SP 8870 provided 640 480 1...

Page 391: ...esolution of 720 480 Images which have been pasted one on top of the other even images which cannot be divided by 32 dots are output properly 640 480 1 2 3 1920 1920 32 60 Since the resolution can be divided by 32 images with this resolution are output properly 720 480 1 2 3 2160 2160 32 67 5 Since the resolution cannot be divided by 32 images with this resolution are not output properly These ima...

Page 392: ...T No 101 settings in section 6 9 6 This pattern is displayed at the left and right alternatively and the Frame Sequential operation is performed by setting H 1 and V 2 as the values for the Repeat parameter among the simple animation settings in section 6 15 2 The Interval1 parameter also takes effect at this time V DISP V DISP H DISP Left side pattern Right side pattern ...

Page 393: ...ress SET Selecting the items Select the items using or INC DEC and then press SET 5 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET Set only the items below Scroll ON 1 Direction Simple Animation 8 Interval1 1 V to 255 V Repeat H 3 V 3 This setting is for a 3 3 9 frame anim...

Page 394: ...376 ...

Page 395: ... H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H VESA600 72 VESA600 72 Priority Higher Lower The data for each pattern is set here HHHHHHHHHHHHHHH HHHHHHHHHHHHHHH HHHHHHHHHHHHHHH HHHHHHHHHHHHHHH HHHHHHHHHHHHHHH HHHHHHHHHHHHHHH HHHHHHHHHHHHHHH HHHHHHHHHHHHHHH What appears as...

Page 396: ...n press SET 3 Select Window using or INC DEC and then press SET 4 Select Scroll Flicker using or INC DEC and then press SET Selecting the items Select the items using or INC DEC and then press SET 5 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details refer t...

Page 397: ... to 2 V 3 Mode 0 4 4 30p 60i The interval execution interval is set to 2 V 4 Interval Interval 1 The interval execution interval is set here Setting range 1 V to 255 V This setting takes effect only when User has been selected as the Mode setting The amount of movement per interval execution interval is set here H Setting range 1 dot to 255 dots This setting takes effect only when Left or Right ha...

Page 398: ...s SET Selecting the items Select the items using or INC DEC and then press SET 5 Setting the parameters Select the parameters or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details refer to Table of Flicker setting items Table of Flicker setting items On or Off is set for window flicker 0 OFF Flicker is set to ...

Page 399: ...rameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details refer to Table of level up down setting items Table of level up down setting items On or Off is set for level up down here 0 OFF Level up down is set to Off 1 OFF ON 0 1 1 ON Level up down is set to On Whether the level is to be increased or ...

Page 400: ...SET 3 Select Window using or INC DEC and then press SET 4 Select Level Sequence using or INC DEC and then press SET Selecting the items Select the items using or INC DEC and then press SET 5 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details refer to Table ...

Page 401: ...r the number of times set here The RGB levels and interval execution interval in each sequence are set here R G B Set the R G and B levels 8 bit setting range 0 to 255 9 bit setting range 0 to 511 10 bit setting range 0 to 1023 11 bit setting range 0 to 2047 12 bit setting range 0 to 4095 13 bit setting range 0 to 8191 14 bit setting range 0 to 16383 15 bit setting range 0 to 32767 16 bit setting ...

Page 402: ...sing or INC DEC and then press SET 3 Select Graphic Plane using or INC DEC and then press SET Selecting the items Select the items using or INC DEC and then press SET 4 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details refer to Table of graphic plane setti...

Page 403: ...elected as the Mode setting The amount of movement per interval execution interval is set here H Setting range 1 dot to 4095 dots This setting takes effect only when Left or Right has been selected as the Direction setting 5 Step Step 1 V Setting range 1H to 4095H This setting takes effect only when Up or Down has been selected as the Direction setting The following items are selected only when Us...

Page 404: ...ing or INC DEC and then press SET 3 Select Character Plane using or INC DEC and then press SET Selecting the items Select the items using or INC DEC and then press SET 4 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details refer to Table of character plane se...

Page 405: ...l 1 The interval execution interval is set here Setting range 1 V to 255 V This setting takes effect only when User has been selected as the Mode setting The amount of movement per interval execution interval is set here H Setting range 1 dot to 4095 dots This setting takes effect only when Left or Right has been selected as the Direction setting 5 Step Step 1 V Setting range 1H to 4095H This sett...

Page 406: ...g or INC DEC and then press SET 3 Select Subtitle using or INC DEC and then press SET Selecting the items Select the items using or INC DEC and then press SET 4 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For details refer to the Table of subtitle scroll setting items ...

Page 407: ...erval 1 The interval execution interval is set here Setting range 1 V to 255 V This item can be set only when User has been selected as the Mode setting In all other modes a fixed value is displayed The amount of movement per interval execution interval is set here H Setting range 1 dot to 4095 dots This item takes effect only when Left or Right has been selected as the Direction setting 5 Step St...

Page 408: ...pproximately 5 seconds About 13 dots are required per 2 V and about 6 5 dots 1 per 1 V 1 Amount of movement per 1 V 1920 60 5 6 4 6 5 dot 6dot移動 1フレーム後 13dot移動 移動無し 6 5dot移動 6 5dot移動 1フレーム毎に 6 7 6 7 dotの移動量 0 5ドットスクロール Pattern A Pattern A Pattern A Pattern A Pattern A Pattern A Pattern A Pattern B Pattern A スムーズなスクロールが 可能 滑らかに移動しない 標準設定 標準設定 2フレーム毎に13dotの移動 1フレーム毎に6 5dotの移動 7dot移動 2フレーム後 Pattern A...

Page 409: ... 0 5 dot from the other are created Pattern A Pattern B Pattern produced when pattern A is moved 0 5 dot to the left Four patterns each offset by 0 25 dot from the others are created Pattern A Pattern B Pattern C Pattern D Pattern produced when pattern A is moved 0 25 dot to the left With 0 125 dot scrolling Eight patterns with one offset by 0 125 dot from the other are created Pattern A Pattern B...

Page 410: ...ys 0 STATUS to 9 F and then press SET For further details refer to Table of 0 25 0 125 dot scrolling setting items Table of 0 25 dot and 0 125 dot scroll setting items On or Off for 0 25 0 125 dot scrolling is set here 0 OFF 0 25 0 125 dot scrolling is set to Off 1 OFF ON 0 1 1 ON 0 25 0 125 dot scrolling is set to On The direction of 0 25 0 125 dot scrolling is set here 0 Left Scrolling moves to ...

Page 411: ...tails on the action selection procedure refer to 2 1 4 Selecting the actions 1 Select Program Edit using MENU or INC DEC and then press SET 2 Select Action PAT using or INC DEC and then press SET 3 Select Motion Blur using or INC DEC and then press SET Selecting the items Select the items using or INC DEC and then press SET 4 Setting the parameters Select the parameters using or INC DEC and then p...

Page 412: ... patterns to be displayed is set here Setting range 1 16 The Direction Left Right Pair setting is available only when 2 4 8 or 16 is specified as the number of patterns Even if a number other than 2 4 8 or 16 is specified the number of patterns will be 2 4 8 or 16 6 Distance When the Direction Left Right Pair setting is selected the pattern interval for each pair is specified here Setting range 0 ...

Page 413: ...The setting range is the same as for the Color setting item 12 Area H V The pattern movement range is set as a percentage of H V Timing Disp Setting range 0 100 Concerning the internal optional pattern No 71 Internal optional pattern No 71 Motion Blur Line is the pattern which displays the aspects of the Motion Blur Step setting and other setting items What is displayed depends on the Direction se...

Page 414: ...or INC DEC and then press SET 3 Select Scroll Sequence using or INC DEC and then press SET Select the items using or INC DEC and then press SET 4 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details refer to table of Scroll Sequence setting items ...

Page 415: ...Number Set the number of sequence Setting range 1 16 Parameter 1 Direction The direction of scrolling is set here 0 L The window is scrolled toward the left 1 R The window is scrolled toward the right 2 U The window is scrolled upward 3 D The window is scrolled downward 4 L U The window is scrolled toward the top left 5 L D The window is scrolled toward the bottom left 6 R U The window is scrolled...

Page 416: ...r INC DEC and then press SET 2 Select Action PAT using or INC DEC and then press SET 3 Select Lip Sync using or INC DEC and then press SET Select the items using or INC DEC and then press SET 4 Setting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET For further details refer to Tab...

Page 417: ...ideo 1 The audio is ahead of the video When Delay has been selected as the Mode setting Audio Delay Time Time The time is set here The port used to read the EDID is set here Operation is initiated using the amount of delay defined in the EDID concerned 0 HDMI1 The EDID is read from HDMI1 3 When EDID has been selected as the Mode setting EDID Port 1 HDMI2 The EDID is read from HDMI2 4 On Time The a...

Page 418: ...ss SET For further details refer to Table of black insertion setting items Table of black insertion setting items On or Off for black insertion is set here 0 OFF Black insertion is set to Off 1 Insertion 0 1 1 ON Black insertion is set to On The black insertion position is set here 0 All The entire screen is subject to the black insertion 1 Left Half The left half of the screen is subject to the b...

Page 419: ... HDCP version is set here 0 1 0 HDCP version 1 0 is used for execution 1 1 1 1 2 Operation is performed using HDCP version 1 1 or 1 2 1 4 Version 0 2 2 EDID Check The version is determined after checking EDID Whether to proceed with re authentication when errors have occurred in HDCP authentication is set here 2 0 OFF Re authentication is not undertaken when errors have occurred 5 RiErrorReset 0 1...

Page 420: ...e or disable always using Configuration and c Setting enable or disable for each program take effect 1 Ⅰ HDCP HDCP is executed and the authentication results screen appears above the test pattern b Setting enable or disable using Configuration 1 Select Configuration using MENU or INC DEC and then press SET 2 Select HDCP using or INC DEC and then press SET The HDCP execution mode is set here 0 Disa...

Page 421: ...isable HDCP is not executed 1 Enable HDCP is executed Select the items using or INC DEC and then press SET Display Select 0 4 This item allows the HDCP authentication status to be displayed for one video interface system only 0 Disable The status is not displayed 1 HDMI1 The status of HDMI unit channel 1 is displayed 2 HDMI2 The status of HDMI unit channel 2 is displayed 3 DP1 The status of DP uni...

Page 422: ...ion If other patterns are already displayed the information will be displayed on top of the patterns 1 When HDCP is selected as the NAME LIST pattern For details on the screen and what is displayed on the screen refer to 6 13 5 HDCP High bandwidth Digital Content Protection 2 At all other times A screen such as the one shown below is displayed ...

Page 423: ... are indicated here These results are displayed only when AUTO has been selected as the HDMI or DVI setting in 4 2 2 HDMI setting procedure or when EDID Check has been selected as the Version setting in 8 1 HDCP settings 6 The Synchronization Verification Values for checking the adequacy of the link are displayed here Tx is the value calculated for the transmitter Rx is the value calculated for th...

Page 424: ...s SET Select the OK NG Display Mode setting 0 Standard This is the standard display 3 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET 1 Collective This is the collective display The results of the checks of the items selected by Item Select are displayed collectively Item...

Page 425: ...d as the Mode setting The Tx Destination must be other than Fh If the above conditions are not met the CEC check is not performed No displays will be shown Items which can be displayed collectively The items listed in the table below can be displayed collectively Output unit HDCP EDID CEC PC analog unit VM 1811 PcDVI1 PcDVI2 PcDVI3 PcDVI1 PcDVI2 PcDVI3 PcVGA1 PcVGA2 PcVGA3 TV encoder unit VM 1812 ...

Page 426: ...408 ...

Page 427: ...lect Configuration using MENU or INC DEC and then press SET 2 Select General using or INC DEC and then press SET Select Beep using or INC DEC and then press SET Whether the buzzer is to beep is set here 0 OFF The buzzer is turned off Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then ...

Page 428: ...on manual of the SP 8870 software ALL Lock All the keys are locked 4 Call the SAVE menu using SAVE Select Configuration Data SAVE using or INC DEC and then press SET After saving the data the key lock setting takes effect when the power is turned off and then turned back on Key lock release and unlock settings 1 After performing the key lock setting the setting takes effect when the power of the g...

Page 429: ...r of data bits is set here 0 7 bit 7 data bits are set 1 8 bit 8 data bits are set The parity is set here 0 None Parity is set to none 1 Even Parity is set to even 2 Odd Parity is set to odd The number of stop bits is set here 0 1 bit 1 stop bit is set 4 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 ST...

Page 430: ... set here xxx xxx xxx xxx Set the subnetmask address The factory setting is 255 255 255 0 The GATEWAY is set here xxx xxx xxx xxx Set the gateway address The factory setting is 192 168 122 1 The Port No is set here 4 Inputting the parameters Select the parameters using or INC DEC and then press SET Alternatively Select the parameters using the number keys 0 STATUS to 9 F and then press SET xxxx Se...

Page 431: ...d down OFF The number of programs switched corresponds to the number of times the INC or DEC key is pressed Whether the keys are tapped or held down makes no difference For the switching intervals refer to 9 1 6 INC DEC interval setting 9 1 6 INC DEC interval setting This function enables the minimum interval for switching programs to be set using the INC and DEC key It works only when programs ar...

Page 432: ...ET 2 Select General using or INC DEC and then press SET 3 Select SAMPLE RGB YPbPr using or INC DEC Select the value using or INC DEC and then press SET Alternatively select the value using the number keys 0 STATUS to 9 F Default Default RGB YPbPr is changed in accordance with the color space registered in the sample program data RGB The color space is fixed to RGB Due to the stipulations of the DV...

Page 433: ... using MENU or INC DEC and then press SET 2 Select General using or INC DEC and then press SET 3 Select DDC Clock using or INC DEC Select the value using or INC DEC and then press SET Alternatively select the value using the number keys 0 STATUS to 9 F Select 20 40 60 80 or 100 kHz The factory setting is 100 kHz ...

Page 434: ...16 levels are set and displayed for the format these triggers are output in accordance with the level sequence T0 T1 T2 T3 T14 T15 T0 T15 Window レベル Windowトリガ0 コード化して 出力 Windowトリガ1 トリガ0 OUT0 トリガ1 OUT1 トリガ2 OUT2 トリガ3 OUT3 T0 T3期間 のみ出力 T0 15 V単位 トリガ0 OUT0 トリガ1 OUT1 トリガ2 OUT2 トリガ3 OUT3 Window トリガ A Window トリガ B 2 VSync trigger High and low levels are output alternately in line with VSync VS 垂直同期信号 トリ...

Page 435: ...ep and direction differ When there is one scroll ON plane the trigger ON is output in accordance with the settings of that plane Trigger ON can be output with both horizontal direction left right scrolling and vertical direction up down scrolling but when scrolling in both of these directions top right for instance it is output in accordance with the horizontal direction When scrolling toward the ...

Page 436: ...e Trigger Frame VSync Trigger and Scroll Trigger are optional functions For further details contact your dealer or an ASTRODESIGN sales representative 0 OFF At this setting the trigger output is set to OFF 1 TriggerA Window trigger A is output The trigger is encoded in line with the set time and output 2 TriggerB Window trigger B is output The trigger is output in line with the set time only for t...

Page 437: ...e Width When the pulse function is OFF high level and low level VSync triggers are output alternately in line with VSync when it is ON they are output with each VSync signal The pulse width settings Pulse Width 0 and 1 are selected here for each output OUT0 to 3 0 Pulse Width 0 Width Sel 0 1 1 Pulse Width 1 The polarity of the trigger output is selected for each output OUT0 3 0 Nega Reversed Polar...

Page 438: ...1 F2 F3 F4 F5 F6 F7 F8 F9 F10 V Sync OUT0 MLB OUT1 OUT2 OUT3 MSB Number Of Frame 5 Frame No Data 1 1 1H 2 2 2H 3 3 4H 4 4 8H 5 8 fH EXP 2 F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 V Sync OUT0 MLB OUT1 OUT2 OUT3 MSB Number Of Frame 4 Frame No Data 1 1 9H 2 2 6H 3 3 cH 4 5 8H ...

Page 439: ...yncTrigger 他のポートにFrameTriggerが出力されます Mode Frame Vsync Trigger PulseをOnにした場合VsyncTriggerは上り下りの両エッジにパルスが出ます PulseをOnにした場合FrameTriggerは上りエッジのみにパルスが出ます OUT2の様に複数フレームにまたがる場合も最初のエッジにのみパルスが出ます When 2 has been selected as the setting for the interval parameter of simple animation below A value of 1 applies for EXP 1 and EXP 2 Under the settings below VsyncTrigger is output to OUT1 and FrameTrigger to the ...

Page 440: ...eneral using or INC DEC and then press SET 3 Select Image Priority using or INC DEC Select the setting using or INC DEC and then press SET Alternatively select the setting using the number keys 0 STATUS to 9 F OFF When a CF card is inserted only the image data on the CF card is valid The image data in the internal memory is invalid Internal CF The image data both in the internal memory and on the ...

Page 441: ...sing or INC DEC Select the setting using or INC DEC and then press SET Alternatively select the setting using the number keys 0 STATUS to 9 F For further details of the settings refer to the table below Key LCD display Description 0 Center The image is displayed at the center of the screen 1 Top Left The image is displayed at the top left of the screen 2 Bottom Left The image is displayed at the b...

Page 442: ...General using or INC DEC and then press SET 3 Select Cursor Coordinate using or INC DEC Select the setting using or INC DEC and then press SET Alternatively select the setting using the number keys 0 STATUS to 9 F For details on the settings refer to the table below Key LCD display Description 0 Normal The coordinates are displayed at the top left or top right of the display 1 Move with Curs The d...

Page 443: ...e coordinate display refer to 6 12 1 Cursor settings 1 Select Configuration using MENU or INC DEC and then press SET 2 Select General using or INC DEC and then press SET 3 Select Mouse Speed using or INC DEC Select the setting using or INC DEC and then press SET Alternatively select the setting using the number keys 0 STATUS to 9 F Setting range 0 fastest to 9 slowest The factory speed setting is ...

Page 444: ... or INC DEC and then press SET 2 Select General using or INC DEC and then press SET 3 Select DV Level Step SHIFT using or INC DEC Select the setting using or INC DEC and then press SET Alternatively select the setting using the number keys 0 STATUS to 9 F Setting range 0 factory default 1 32767 When 0 has been set the default number of steps which differs depending on the bit length gray scale is ...

Page 445: ...nd then press SET Alternatively select the setting using the number keys 0 STATUS to 9 F End point Specify a data number from 1 to 200 If a number higher than the end point is set for the start point the start point value will be also applied to the end point Video memory capacity restrictions The total volume of data which can be developed in the high speed pattern selection mode in the image fil...

Page 446: ...SET Or by using number keys 0 STATUS to 9 F select parameters SET HDMI AV MUTE This operates as the HDMI Av Mute It is set to Off when the program is switched When the setting is changed MUTE or HDMI AV MUTE is set to Off Custom key setting item list Set Custom Key1 0 HDCP Operates HDCP Enable Disable Custom Key1 0 1 1 SIG ON SIG ON Key Note this is valid only VM 1826 is installed Set Custom Key2 ...

Page 447: ...ver some restrictions apply Refer to below 5 When Configuration has been selected Select the setting using or INC DEC and then press SET Alternatively Select the setting using the number keys 0 STATUS to 9 F and then press SET Select the type of data at Type Type SAMPLE TIM PAT Internal sample data timing data or pattern data USER Program Program data created and registered by the user Group Group...

Page 448: ...rs set here are used 1 Select Configuration using MENU or INC DEC and then press SET 2 Select General using or INC DEC and then press SET 3 Select CF Prg FolderNo using or INC DEC Select the setting using or INC DEC and then press SET Alternatively select the setting using the number keys 0 STATUS to 9 F Setting range 0 factory default 1 999 ...

Page 449: ...keys 0 STATUS to 9 F For details on the settings refer to the table below Key LCD display Description 0 Keeping Status The status is always sent with ON set for the Set_AVMUTE flag when executing AVMUTE operations When AVMUTE is released when images are output the status is always sent with ON set for the Clear_AVMUTE flag 1 Pulse The pulses are normally sent with OFF set for both the Set_AVMUTE a...

Page 450: ...432 ...

Page 451: ...using or INC DEC and then press SET 3 Select the programs using or INC DEC and then press SET Alternatively Select the programs using the number keys 0 STATUS to 9 F and then press SET Type Select the type of data copying to be used here Source Select the copy source number and media here Destination Select the copy destination number and media here CAUTION Refrain from ejecting the CF card or tur...

Page 452: ...ist at the destination end Multiple Program Select this when copying a multiple number of programs Differences in the settings from one type of data to another 1 Program Select the source and destination program numbers and the media 1 SAMPLE TIM PAT Program Select the timing or pattern data number among the internal sample data to serve as the source and select the program number and media to ser...

Page 453: ... INC DEC and then press SET 3 Select the characters using or INC DEC and then press SET Alternatively Select the characters using the number keys 0 STATUS to 9 F and then press SET Source Select the copy source character code such as e0H and the media Destination Select the copy destination character code such as e0H and the media 4 Select EXECUTE using or INC DEC and then press SET to complete th...

Page 454: ...g or INC DEC and then press SET 3 Select the patterns using or INC DEC and then press SET Alternatively Select the patterns using the number keys 0 STATUS to 9 F and then press SET Source Select the copy source pattern number and the media Destination Select the copy destination pattern number and the media 4 Select EXECUTE using or INC DEC and then press SET to complete the copying ...

Page 455: ...or INC DEC and then press SET 3 Select the images using or INC DEC and then press SET Alternatively Select the images using the number keys 0 STATUS to 9 F and then press SET Source Select the copy source pattern number and the media Destination Select the copy destination pattern number and the media 4 Select EXECUTE using or INC DEC and then press SET to complete the copying ...

Page 456: ...and then press SET 3 Select the subtitles using or INC DEC and then press SET Alternatively Select the groups using the number keys 0 STATUS to 9 F and then press SET Source Select the copy source pattern number and the media Destination Select the copy destination pattern number and the media 4 Select EXECUTE using or INC DEC and then press SET to complete the copying ...

Page 457: ... INC DEC and then press SET 3 Select the groups using or INC DEC and then press SET Alternatively Select the groups using the number keys 0 STATUS to 9 F and then press SET Source Select the copy source group number and the media Destination Select the copy destination group number and the media 4 Select EXECUTE using or INC DEC and then press SET to complete the copying ...

Page 458: ... SET 3 Select the auto executions using or INC DEC and then press SET Alternatively Select the auto executions using the number keys 0 STATUS to 9 F and then press SET Source Select the copy source media Destination Display the copy destination media When Source is selected the media is selected automatically 4 Select EXECUTE using or INC DEC and then press SET to complete the copying ...

Page 459: ... DEC and then press SET 3 Select the all data using or INC DEC and then press SET Alternatively Select the all data using the number keys 0 STATUS to 9 F and then press SET Source Select the copy source media Destination Display the copy destination media When Source is selected the media is selected automatically 4 Select EXECUTE using or INC DEC and then press SET to complete the copying Refrain...

Page 460: ...he programs to be erased and the media 4 Select EXECUTE using or INC DEC and then press SET to erase the programs 10 1 10 Erasing user characters User character pattern data can be erased 1 Select Data Copy Erase using MENU or INC DEC and then press SET 2 Select ERASE USER Character using or INC DEC and then press SET 3 Select the user character number using or INC DEC and then press SET Alternati...

Page 461: ... and then press SET Select the number of the pattern to be erased and the media 4 Select EXECUTE using or INC DEC and then press SET to erase the user optional pattern 10 1 12 Erasing images Image pattern data can be erased 1 Select Data Copy Erase using MENU or INC DEC and then press SET 2 Select ERASE Image using or INC DEC and then press SET 3 Select the image number using or INC DEC and then p...

Page 462: ...ers of the patterns to be erased and the media 4 Select EXECUTE using or INC DEC and then press SET 10 1 14 Erasing groups Group pattern data can be erased At the same time multiple numbers of programs can be erased 1 Select Data Copy Erase using MENU or INC DEC and then press SET 2 Select ERASE Group using or INC DEC and then press SET 3 Select the group number using or INC DEC and then press SET...

Page 463: ... Select the media whose data is to be erased 4 Select EXECUTE using or INC DEC and then press SET to erase the automatic executions 10 1 16 Erasing all data All the data can be erased together 1 Select Data Copy Erase using MENU or INC DEC and then press SET 2 Select ERASE All using or INC DEC and then press SET 3 Select the media with the data using or INC DEC and then press SET Alternatively Sel...

Page 464: ...rst page The selected positions 1 to 9 correspond to 1 to 9 F current page total pages 4 Set the name of the screen registered If the name already displayed is acceptable select OK and then press SET To change the name Change the name using SHIFT INC DEC and then press SET The new name in this example is HDMI 1 When the setting is saved Save Completed is displayed and the registered screen is retu...

Page 465: ...Chapter 10 OTHER FUNCTIONS 447 The shortcut key function may be disabled on some display screens Use ESC to return to the previous screen and press the keys again ...

Page 466: ...re version F W Ver 01 00 0000 Firmware version UNIT Listed below is the output unit information SLOT0 TYPE VM 1811 Unit type SERIAL 0000000 Serial number H W Ver 01 V S00 00 FPGA01 00 Hardware version F W Ver 01 00 Firmware version TX1 Ver CG V 1 1 1 DisplayPort Transmitter Ver DP unit only USER ADJUSTMENT VALUE R G B 0 0 0 User adjustment values dependent on type of unit The SLOT number is given ...

Page 467: ...gs to the factory settings 1 Select Maintenance using MENU or INC DEC and then press SET 2 Select INITIALIZE Configuration using or INC DEC and then press SET 3 Press SET to execute initialization Initialization is completed 4 Turn off the generator s power and restart the generator Performing this operation initialized all the data stored in the internal memory The generator must be re started af...

Page 468: ... data to the factory settings 1 Select Maintenance using MENU or INC DEC and then press SET 2 Select INITIALIZE SHORTCUT using or INC DEC and then press SET 3 Press SET to execute initialization Initialization is completed 4 Turn off the generator s power and restart the generator ...

Page 469: ... to 10 5 2 Formatting CF cards for exclusive use of moving images 1 Select Maintenance using MENU or INC DEC and then press SET 2 Select FORMAT CF Card using or INC DEC and then press SET 3 Press SET to perform formatting 4 A confirmation message is displayed To continue the formatting select SET to cancel the formatting select ESC Formatting is completed Now Formatting Card Format Completed Displ...

Page 470: ... 4 7 VG 870B 871B 873 874 side panel Bear in mind that the file system for these cards is different from the system for the CF cards used by the slot on the front panel of the VG main unit 1 Select Maintenance using MENU or INC DEC and then press SET 2 Select FORMAT CF Card Moving Image using or INC DEC and then press SET 3 Press SET to perform formatting 4 A confirmation message is displayed To c...

Page 471: ...ware version Refer to Firmware version updating procedure 7 Power off the power and then turn it back on Required data The required data is the data in the InitialData folder on the SP 8870 software installation disk which is provided with the VG generator so copy it onto a CF card If the firmware version has been updated at some point after the generator was purchased the data of the updated vers...

Page 472: ...SET 3 The message appears as right picture Press SET and go to step 4 4 Initiate formatting by pressing SET 5 A confirmation message appears To continue with the formatting select SET to cancel the formatting select ESC Formatting is now completed Now Formatting Complete Please Reboot 6 Turn off the power and then turn it back on Now install the data ...

Page 473: ...d then press SET 4 Initiate data installation by pressing SET Data installation is now completed Now Installing Complete Original display EXECUTE 5 Turn off the power and proceed to update the firmware version partial Firmware version updating procedure Use the data which was prepared at the data installation stage If the firmware version has been updated at some point after the generator was purc...

Page 474: ...ess SET 3 Select ADJUST PC RGB using or INC DEC and then press SET 4 Where there is a multiple number of PC analog units Use to select SLOT Then use INC DEC to select the number of the slot which contains the unit whose levels are to be adjusted Display representing generator s rear panel 5 Select R G and B using While monitoring the actual level on an oscilloscope or other measuring device adjust...

Page 475: ... press SET 3 Select ADJUST TV YPbPr using or INC DEC and then press SET 4 When there is a multiple number of TV encoder units Use to select SLOT Then use INC DEC to select the number of the slot which contains the unit whose levels are to be adjusted Display representing generator s rear panel 5 Select Pr Y and Pb using While monitoring the actual level on an oscilloscope or other measuring device...

Page 476: ...a multiple number of TV encoder units Use to select SLOT Then use INC DEC to select the number of the slot which contains the unit whose levels are to be adjusted Only SLOT 2 is used for SCART For the standard timing data values refer to 11 3 5 Tables of standard signals Display representing generator s rear panel 5 Select COMPOSITE or RGB SCART using Then while monitoring the actual level on an o...

Page 477: ...it 0 100 250 000 MHz 13 14 bit 0 100 250 000 MHz 15 16 bit 0 100 240 000 MHz 8 10 bit 0 100 340 000 MHz 11 12 bit 0 100 330 000 MHz 13 14 bit 0 100 280 000 MHz 15 16 bit 0 100 240 000 MHz Dot clock frequencies VG 871B 874 Digital VM 1824 with Quad output 8 10 bit 296 000 660 000 MHz 11 12 bit 296 000 600 000 MHz Horizontal frequency Max 300 kHz 8192 dots Number of vertical scanning lines Max 8192 ...

Page 478: ...io technologies supported DSD Dolby Digital Plus Dolby True HD DTS HD High Resolution Audio DTS HD Master Audio etc Audio output COAX 2 Sampling frequency 32 44 1 48 88 2 96 176 4 192 kHz RCA 1 Input format Analog L R Input format S PDIF format COAXIAL Optical 1 sampling frequency Fs 32 to 192 kHz Fs 48 kHz system 24 576 MHz MCLK frequency 3 Fs 44 1 kHz system 22 5792 MHz Input format Next generat...

Page 479: ...of colors generated 8 bits each for R G B Connector SCART 2 SCART1 SCART2 Additional functions Teletext Closed Caption V Chip Macrovision options Audio output RCA 2 Output frequency 20 to 20 KHz AUDIO L R Output level 0 to 2000 mV Note VM 1812 B does not support PAL N PAL 60 SECAM Option Pattern 77 SMPTE color bar CVBS is not supported 11 1 4 PC analog unit VM 1811 DotCLK 5 to 300 MHz No of colors...

Page 480: ...DVI D 1 HDCP supported 11 1 6 LVDS unit VM 1815 Single Link 20 to 135 MHz to 16 bits Dual Link 40 to 270 MHz to 14 bits 40 to 240 MHz to 16 bits DotCLK Quad Link 80 to 340 MHz to 10 bits No of colors generated 16 bits each for R G B LVDS1 LVDS2 LVDS3 LVDS4 Connector LVDS 4 11 1 7 PARALLEL unit VM 1816 Single Link 0 1 to 100 MHz to 16 bits DotCLK Dual Link 0 2 to 200 MHz to 8 bits No of colors gene...

Page 481: ...Lane count Drawing mode YC422 8 bit RGB YC444 6 bit YC422 10 bit RGB YC444 8 bit YC422 12 bit RGB YC444 10 bit Single 135 120 108 90 90 72 1 Dual Split 270 240 216 180 180 144 Single 270 240 216 180 180 144 2 Dual Split 340 340 340 340 330 288 Single 270 270 270 270 270 270 2 7 Gbps 4 Dual Split 340 340 340 340 330 340 Single 81 72 64 8 54 54 43 2 1 Dual Split 162 144 129 6 108 108 86 4 Single 162...

Page 482: ...44 1k 48k 88 2k 96k 176 4 192KHz Output frequency from 100 1 2 of sampling frequency Hz Bit number 16 20 24bit Link Rate 1 62Gbps 2 7Gbps DisplayPort I F Lane count 1 2 4Lanes DP1 DP2 AUX CH support DPCD EDID DDC CI HDCP Connector DX10G1M 50SE maker Hirose Electric Control signal 8 lines Power out 4 lines Internal power 5V 3 3V External power input 1 2 Control signal Power out Power control signal...

Page 483: ...270 240 216 180 180 270 Dual 340 340 340 340 330 340 Split 660 660 660 660 660 660 2 Split2 1320 1320 1320 1320 1320 1320 Single 330 330 330 330 330 330 Dual 340 340 340 340 330 340 Split 660 660 660 660 660 660 2 7 Gbps 4 Split2 1320 1320 1320 1320 1320 1320 Single 81 72 64 8 54 54 81 Dual 162 144 129 6 108 108 162 Split 324 288 259 2 216 216 324 1 Split2 648 576 518 4 432 432 648 Single 162 144 ...

Page 484: ...en only one board is used 2 The VM 1824 DVI Dual Link is equipped does not support it 3 This has been supported starting with firmware version Ver 3 30 Horizontal timing restrictions Minimum horizontal blanking period 168 dots 384 dots in the 2 board mode Minimum horizontal display width 476 dots 996 dots in the 2 board mode VM 1824 VM 1824 A 画面分割に対する設定単位 H V H V Mode 0 2dot 2line 4dot 2line Mode ...

Page 485: ...tion With 8 bits 256 RGB YC colors With 10 bits 1024 RGB YC colors V by One HS1 V by One HS2 Level setting With 8 bits 256 steps With 10 bits 1024 steps VM 1825画面分割に対する設定単位 H V H V Mode 0 2dot 2line 4dot 2line Mode 1 4dot 1line 8dot 1line Mode 2 2dot 2line 4dot 2line Mode 3 4dot 1line 8dot 1line H V Mode 0 4dot 1line Mode 1 4dot 1line Mode 2 4dot 1line Mode 3 4dot 1line Mode 4 4dot 1line 8Lane 16L...

Page 486: ...080p 60 59 94 50 YCbCr 422 10bit 1920x1080p 30 29 97 25 24 23 98 1920x1080psf 30 29 97 25 24 23 98 Formats supported Dual Link 1920x1080i 60 59 94 50 YCbCr 422 12bit YCbCr 444 10bit YCbCr 444 12bit RGB 10bit RGB 12bit SMPTE 372M SDI1 SDI2 SDI3 SDI4 Audio output L PCM Number of channels 8 Sampling frequency 48 kHz Output frequency 100 to one half of sampling frequency Hz No of bits 16 20 or 24 bits...

Page 487: ...14 External control Dedicated remote controllers RB 1870 RB 1871 Serial control RS 232C LAN 10 100BASE T 11 1 15 General specifications Supply voltage AC100 to 240 V Power line frequency 50 60 Hz Power consumption 80 VA MAX Dimensions 430 W 88 H 370 D mm excluding protrusions Weight Approx 6 85 kg when 3 output units have been installed Operating temperature range 5 to 40 C Operating humidity rang...

Page 488: ...orted with pin 6 5 FG frame ground 6 Shorted with pin 4 7 I CTS clear to send 8 O RTS request to send 9 NC 11 2 2 Trigger Connector Pin no I O Signal 1 O TRIG_OUT3 2 O TRIG_OUT2 3 O TRIG_OUT1 4 GND 5 O TRIG_OUT0 6 GND 7 I RESEARVE 8 GND The output of trigger is an open collector output It is pulled up by 10 kΩ 5 V internally 1 5 6 9 ...

Page 489: ...7 44 96 59 94 74 176 1280 720 Prog P P HDTV720 YPbPr EIA1280 720p 59 94 xvYCC 8 color bars Color Bar xvYCC 8 1008 45 00 60 00 74 250 1280 720 Prog P P HDTV720 YPbPr EIA1280 720p 60 xvYCC 12 color bars Color Bar xvYCC 12 1009 33 72 59 94 74 176 1920 1080 Int P P HDTV1080 YPbPr EIA1920 1080i 59 94 100 100 color bars horizontal direction 2 Color Bar 100 100 H2 1010 33 75 60 00 74 250 1920 1080 Int P ...

Page 490: ... Scale H 4step 1032 15 75 60 11 54 054 2880 240 Prog N N ANALOG YPbPr EIA2880 240pW 60 Gray scale horizontal direction 8 steps Gray Scale H 8step 1033 15 73 59 83 54 000 2880 240 Prog N N ANALOG YPbPr EIA2880 240pW 59 94 Gray scale horizontal direction 16 steps Gray Scale H 16step 1034 15 75 59 89 54 054 2880 240 Prog N N ANALOG YPbPr EIA2880 240pW 60 Gray scale horizontal direction 32 steps Gray ...

Page 491: ...Ramp Linear HV 1048 15 63 49 92 27 000 1440 288 Prog N N ANALOG YPbPr EIA1440 288p 50 Ramp Linear H RGBW H 1049 15 63 49 76 27 000 1440 288 Prog N N ANALOG YPbPr EIA1440 288p 50 Ramp Linear V RGBW V 1050 15 63 50 08 27 000 1440 288 Prog N N ANALOG YPbPr EIA1440 288pW 50 Ramp Linear H RGBW V 1051 15 63 49 92 27 000 1440 288 Prog N N ANALOG YPbPr EIA1440 288pW 50 Turn ramp Ramp H 1Level dot 1052 15 ...

Page 492: ...r EIA2880 480p 59 94 1070 31 50 60 00 108 108 2880 480 Prog N N ANALOG YPbPr EIA2880 480p 60 1071 31 47 59 94 108 000 2880 480 Prog N N ANALOG YPbPr EIA2880 480pW 59 94 Linear ramp horizontal direction scroll Ramp Linear H Scroll 1072 31 50 60 00 108 108 2880 480 Prog N N ANALOG YPbPr EIA2880 480pW 60 Linear ramp vertical direction scroll Ramp Linear V Scroll 1073 31 25 50 00 108 000 2880 576 Prog...

Page 493: ... 54 000 720 480 Prog N N ANALOG YPbPr EIA720 480pW 119 88 1089 63 00 120 00 54 054 720 480 Prog N N ANALOG YPbPr EIA720 480pW 120 1090 31 47 119 88 54 000 1440 480 Int N N ANALOG YPbPr EIA1440 480i 119 88 1091 31 50 120 00 54 054 1440 480 Int N N ANALOG YPbPr EIA1440 480i 120 1092 31 47 119 88 54 000 1440 480 Int N N ANALOG YPbPr EIA1440 480iW 119 88 1093 31 50 120 00 54 054 1440 480 Int N N ANALO...

Page 494: ...480i 240 Sweep pattern Sweep 1104 62 94 239 76 108 000 1440 480 Int N N ANALOG YPbPr EIA1440 480iW 239 76 APDC pattern APDC 1105 63 00 240 00 108 108 1440 480 Int N N ANALOG YPbPr EIA1440 480iW 240 1106 1107 1108 1109 1110 1111 OPT38 SMPTE RP 133 SMPTE RP 133 1112 OPT39 SMPTE color version SMPTE RP 133 Color 1113 Monoscope Monoscope 1114 Philips pattern Philips 1115 Chinese monoscope China Monosco...

Page 495: ... name Pattern data Pattern data name 1121 White solid Raster White 1122 Red solid Raster Red 1123 Green solid Raster Green 1124 Blue solid Raster Blue 1125 Black solid Raster Black 1126 50 solid gray Raster 50 Gray 1127 Magenta solid Raster Magenta 1128 Cyan solid Raster Cyan 1129 Yellow solid Raster Yellow 1130 1131 1132 1133 1134 1135 1136 1137 1138 1139 1140 Internal program data No 1121 to 114...

Page 496: ...A1080i59 YCC 12 AFD pattern 4 3 Type 10 AFD 4 3 Type10 1153 44 96 59 94 74 176 1280 720 Prog P P HDTV720 YPbPr EIA720p59 YCC 12 AFD pattern 4 3 Type 11 AFD 4 3 Type11 1154 31 47 59 94 25 175 640 480 Prog N N ANALOG RGB EIA480p59 YCC 12 AFD pattern 4 3 Type 12 AFD 4 3 Type12 1155 67 43 59 94 148 352 1920 1080 Prog P P HDTV1080 YPbPr EIA1080p59 YCC 12 AFD pattern 16 9 Type 0 AFD 16 9 Type0 1156 15 7...

Page 497: ...6 AFD pattern 16 9 Type 11 AFD 16 9 Type11 1167 AFD pattern 16 9 Type 12 AFD 16 9 Type12 1168 1169 1170 1171 31 47 59 94 27 000 720 480 Prog N N ANALOG YPbPr EIA480p59 RGB 12 1172 33 72 59 94 74 176 1920 1080 Int P P HDTV1080 YPbPr EIA1080i59 RGB 12 1173 44 96 59 94 74 176 1280 720 Prog P P HDTV720 YPbPr EIA720p59 RGB 12 1174 31 47 59 94 25 175 640 480 Prog N N ANALOG RGB EIA480p59 RGB 12 1175 67 ...

Page 498: ...191 33 72 59 94 74 176 1920 1080 Int P P HDTV1080 YPbPr EIA1080i59 YCC 12 xv 1192 44 96 59 94 74 176 1280 720 Prog P P HDTV720 YPbPr EIA720p59 YCC 12 xv 1193 67 43 59 94 148 352 1920 1080 Prog P P HDTV1080 YPbPr EIA1080p59 YCC 12 xv 1194 27 00 24 00 74 250 1920 1080 Prog P P HDTV1080 YPbPr EIA1080p24 YCC 12 xv 1195 28 13 50 00 74 250 1920 1080 Int P P HDTV1080 YPbPr EIA1080i50 YCC 12 xv 1196 37 50...

Page 499: ...pixel checker SubPixel 1207 89 91 59 94 148 352 1280x1470 Prog P P ANALOG YPbPr 3D 720p60 FramePack 1208 75 00 50 00 148 500 1280x1470 Prog P P ANALOG YPbPr 3D 720p50 FramePack 1209 44 96 29 97 148 352 1280x1470 Prog P P ANALOG YPbPr 3D 720p30 FramePack 1210 35 96 23 98 118 681 1280x1470 Prog P P ANALOG YPbPr 3D 720p24 FramePack 1211 62 94 59 94 54 000 720x1005 Prog N N ANALOG YPbPr 3D 480p60 Fram...

Page 500: ...ANALOG YPbPr 3D 720p60 Side_half Corner center character H 16 16 32 32 Chara Cor Cen H16 16 1228 37 50 50 00 74 250 1280x720 Prog P P ANALOG YPbPr 3D 720p50 Side_half Chinese character BI 7 9 64 64 Chara all Chinese 1229 22 48 29 97 74 176 1280x720 Prog P P ANALOG YPbPr 3D 720p30 Side_half Character me 18 18 Chara all me 1230 17 98 23 98 59 341 1280x720 Prog P P ANALOG YPbPr 3D 720p24 Side_half Ch...

Page 501: ...50 00 74 250 1280x720 Prog P P ANALOG YPbPr 3D 720p50 Top Bot 1249 22 48 29 97 74 176 1280x720 Prog P P ANALOG YPbPr 3D 720p30 Top Bot 1250 17 98 23 98 59 341 1280x720 Prog P P ANALOG YPbPr 3D 720p24 Top Bot 1251 31 47 59 94 27 000 720x480 Prog N N ANALOG YPbPr 3D 480p60 Top Bot H 20 V 20 dot pattern Dot H 20 V 20 1252 15 73 59 94 27 000 1440x480 Int N N ANALOG YPbPr 3D 480i60 Top Bot H 60 V 60 do...

Page 502: ...60x720 Prog P P ANALOG YPbPr 3D 720p50 Side_full 1269 22 48 29 97 148 352 2560x720 Prog P P ANALOG YPbPr 3D 720p30 Side_full 1270 17 98 23 98 118 681 2560x720 Prog P P ANALOG YPbPr 3D 720p24 Side_full 1271 31 47 59 94 54 000 1440x480 Prog N N ANALOG YPbPr 3D 480p60 Side_full Circle Format 0 Circle Format0 1272 15 73 59 94 54 000 2880x480 Int N N ANALOG YPbPr 3D 480i60 Side_full Circle Format 1 Cir...

Page 503: ...or difference Timing data name Pattern data Pattern data name 1281 Burst L R Burst L R 1282 Burst L R Burst L R 1283 Burst L C R Burst L C R 1284 Burst L C R Burst L C R 1285 Burst T B Burst T B 1286 Burst T B Burst T B 1287 Burst T C B Burst T C B 1288 Burst T C B Burst T C B 1289 1290 1291 1292 1293 1294 1295 1296 1297 1298 1299 1300 Internal program data No 1281 to 1300 ...

Page 504: ...nt P P HDTV1080 YPbPr HD SDI 1080 59 94i Window scroll Right Window Scroll Right 1313 28 13 50 00 74 250 1920x1080 Int P P HDTV1080 YPbPr HD SDI 1080 50i Window scroll Up Window Scroll Up 1314 33 75 60 00 74 250 1920x1080 Int P P HDTV1080 YPbPr HD SDI 1080 30sf Window scroll Down Window Scroll Down 1315 33 72 59 94 74 176 1920x1080 Int P P HDTV1080 YPbPr HD SDI 1080 29 97sf Window scroll Top left ...

Page 505: ...Size 30 1329 40 window Window HV Size 40 1330 50 window Window HV Size 50 1331 67 50 60 00 148 500 1920x1080 Prog P P HDTV1080 YPbPr 3G A 60p YC422 10b 60 window Window HV Size 60 1332 67 43 59 94 148 352 1920x1080 Prog P P HDTV1080 YPbPr 3G A 59p YC422 10b 70 window Window HV Size 70 1333 33 75 60 00 74 250 1920x1080 Int P P HDTV1080 YPbPr 3G A 60i RGB 12b 80 window Window HV Size 80 1334 33 72 5...

Page 506: ... Int P P HDTV1080 YPbPr 3G B 60i YC422 12b 1348 33 72 59 94 74 176 1920x1080 Int P P HDTV1080 YPbPr 3G B 59i YC422 12b 1349 27 00 24 00 74 250 2048x1080 Prog P P ANALOG RGB 3G B DCI RGB 12b 1350 1351 67 50 60 00 148 500 1920x1080 Prog P P HDTV1080 YPbPr Dual 60p YC422 10b 1352 67 43 59 94 148 352 1920x1080 Prog P P HDTV1080 YPbPr Dual 59p YC422 10b 1353 33 75 60 00 74 250 1920x1080 Int P P HDTV108...

Page 507: ...data name Pattern data Pattern data name 1361 56 25 50 00 148 500 1920x1080 Prog P P HDTV1080 YPbPr 3G A 50p YC422 10b 1362 56 25 50 00 148 500 1920x1080 Prog P P HDTV1080 YPbPr 3G B 50p YC422 10b 1363 56 25 50 00 148 500 1920x1080 Prog P P HDTV1080 YPbPr Dual 50p YC422 10b 1364 1365 1366 1367 1368 1369 1370 1371 1372 1373 1374 1375 1376 1377 1378 1379 1380 Internal program data No 1361 to 1380 ...

Page 508: ...0x2160p60 s3 1385 270 00 120 00 1188 000 3840x2160 Prog P P HDTV1080 RGB 4K2K 3840x2160p120s0 1386 270 00 120 00 1188 000 3840x2160 Prog P P HDTV1080 RGB 4K2K 3840x2160p120s1 1387 270 00 120 00 1188 000 3840x2160 Prog P P HDTV1080 RGB 4K2K 3840x2160p120s2 1388 270 00 120 00 1188 000 3840x2160 Prog P P HDTV1080 RGB 4K2K 3840x2160p120s3 1389 67 43 29 97 296 703 3840x2160 Prog P P ANALOG YPbPr 4K2K 3...

Page 509: ...Prog P P HDTV1080 YPbPr 1920 1080 60p Color temperature Color Temperature 1408 44 96 59 94 74 176 1280 720 Prog P P HDTV720 YPbPr 1280 720 59 94p Pairing Pairing 1409 45 00 60 00 74 250 1280 720 Prog P P HDTV720 YPbPr 1280 720 60p Crosshatch circle gray Cross Circle Gray 1410 15 73 59 94 13 500 712 484 Int N N NTSC YPbPr NTSC J 4 3 Crosshatch circle color bar character Cross Circle Color H 1411 Ci...

Page 510: ...g P P HDTV1080 YPbPr 1920 1080 25p 256 color block color Color letters 256 Color Color 1431 33 72 59 94 74 176 1920 1080 Int P P HDTV1080 YPbPr 1920 1080 29 97sf Random 256 color color bar 256 Color Random 1432 33 75 60 00 74 250 1920 1080 Int P P HDTV1080 YPbPr 1920 1080 30sf 256 step gray scale 7 color bars 256 Gray 7 Color 1433 26 97 47 96 74 176 1920 1080 Int P P HDTV1080 YPbPr 1920 1080 23 98...

Page 511: ...45 1445 Limited ramp in horizontal direction 1446 Limited ramp in vertical direction 1447 1448 1449 1450 1451 33 72 59 94 74 176 1920 1035 Int P P HDTV1080 YPbPr 1920 1035 59 94i 1452 33 75 60 00 74 250 1920 1035 Int P P HDTV1080 YPbPr 1920 1035 60i 1453 31 25 50 00 74 250 1920 1080 Int N N HDTV1250 YPbPr SMPTE295Mi 1454 62 50 50 00 148 500 1920 1080 Prog N N HDTV1250 YPbPr SMPTE295Mp 1455 31 25 5...

Page 512: ...ur1 1482 Motion blur 2 Motion Blur2 1483 Motion blur 3 Motion Blur3 1484 Motion blur 4 Motion Blur4 1485 Motion blur 5 Motion Blur5 1486 Motion blur 6 Motion Blur6 1487 Motion blur 7 Motion Blur7 1488 Motion blur 8 Motion Blur8 1489 Motion blur 9 Motion Blur9 1490 Motion blur 10 Motion Blur10 1491 Motion blur 11 Motion Blur11 1492 Motion blur 12 Motion Blur12 1493 1494 1495 1496 1497 1498 1499 150...

Page 513: ...13 500 702 574 Int N N PAL YPbPr PAL 16 9 1506 15 63 50 00 13 500 702 574 Int N N PAL YPbPr PAL LB 1507 15 63 50 00 13 500 702 574 Int N N SECAM YPbPr SECAM 4 3 1508 15 63 50 00 13 500 702 574 Int N N SECAM YPbPr SECAM 16 9 1509 15 63 50 00 13 500 702 574 Int N N SECAM YPbPr SECAM LB 1510 15 73 59 94 13 500 712 484 Int N N NTSC M YPbPr NTSC M 1511 15 73 59 94 13 500 712 484 Int N N NTSC 443 YPbPr ...

Page 514: ...12 484 Int N N NTSC M YPbPr V Chip MPAA G 1526 15 73 59 94 13 500 712 484 Int N N NTSC M YPbPr V Chip MPAA X 1527 15 73 59 94 13 500 712 484 Int N N NTSC M YPbPr V Chip US TV Y 1528 15 73 59 94 13 500 712 484 Int N N NTSC M YPbPr V Chip US TV MA VSL 1529 1530 1531 15 63 50 00 13 500 702 574 Int N N PAL YPbPr PAL TELETEXT EDID pattern DVI 1 EDID DVI1 1532 EDID pattern DVI 1 HEX EDID DVI1 HEX 1533 E...

Page 515: ...GA HEX 1543 15 73 59 94 13 500 712 484 Int N N NTSC YPbPr Mac NTSC J DVD Type3 EDID pattern TV VGA EDID TV VGA 1544 15 63 50 00 13 500 702 574 Int N N PAL YPbPr Mac PAL DVD EDID pattern TV VGA HEX EDID TV VGA HEX 1545 1546 1547 1548 1549 1550 1551 15 63 50 00 13 500 702 574 Int N N PAL YPbPr SCART PAL VBS 4 3 1552 15 63 50 00 13 500 702 574 Int N N PAL YPbPr SCART PAL Y C 4 3 1553 15 63 50 00 13 5...

Page 516: ...DMI1 L 100 DDC CI HDMI1 L 100 1569 DDC CI pattern HDMI1 L 200 DDC CI HDMI1 L 200 1570 DDC CI pattern HDMI2 L 0 DDC CI HDMI2 L 0 1571 DDC CI pattern HDMI2 L 100 DDC CI HDMI2 L 100 1572 DDC CI pattern HDMI2 L 200 DDC CI HDMI2 L 200 1573 DDC CI pattern PC DVI L 0 DDC CI pcDVI L 0 1574 DDC CI pattern PC DVI L 100 DDC CI pcDVI L 100 1575 DDC CI pattern PC DVI L 200 DDC CI pcDVI L 200 1576 DDC CI patter...

Page 517: ...6 25 36 000 800 600 Prog P P ANALOG RGB VESA800 600 56 1609 37 88 60 32 40 000 800 600 Prog P P ANALOG RGB VESA800 600 60 1610 48 08 72 19 50 000 800 600 Prog P P ANALOG RGB VESA800 600 72 1611 46 88 75 00 49 500 800 600 Prog P P ANALOG RGB VESA800 600 75 1612 53 67 85 06 56 250 800 600 Prog P P ANALOG RGB VESA800 600 85 1613 76 30 119 97 73 250 800 600 Prog P N ANALOG RGB VESA800 600 120CVT 1614 ...

Page 518: ...DMI2 Set OSD Nm CEC HDMI2 Set OSD Nm 1627 49 31 59 91 71 000 1280 800 Prog P N ANALOG RGB VESA1280 800 60CVT 1628 49 70 59 81 83 500 1280 800 Prog N P ANALOG RGB VESA1280 800 60 1629 62 79 74 93 106 500 1280 800 Prog N P ANALOG RGB VESA1280 800 75 1630 71 55 84 88 122 500 1280 800 Prog N P ANALOG RGB VESA1280 800 85 1631 101 56 119 91 146 250 1280 800 Prog P N ANALOG RGB VESA1280 800 120CVT 1632 6...

Page 519: ...0 43 84 84 157 000 1440 900 Prog N P ANALOG RGB VESA1440 900 85 3D raster L100 R100 3D Level L100 R100 1650 114 22 119 85 182 750 1440 900 Prog P N ANALOG RGB VESA1440 900 120CVT 3D raster L100 R 75 3D Level L100 R 75 1651 75 00 60 00 162 000 1600 1200 Prog P P ANALOG RGB VESA1600 1200 60 3D raster L100 R 50 3D Level L100 R 50 1652 81 25 65 00 175 500 1600 1200 Prog P P ANALOG RGB VESA1600 1200 65...

Page 520: ... 3D Checker Block 1667 3D Slant Color Bar 3D Slant Color Bar 1668 74 04 59 95 154 000 1920 1200 Prog P N ANALOG RGB VESA1920 1200 60 3D Slant Gray Scale 3D Slant Gray Scale 1669 74 56 59 88 193 250 1920 1200 Prog N P ANALOG RGB VESA1920 1200 60 3D Monoscope 3D Monoscope 1670 94 04 74 93 245 250 1920 1200 Prog N P ANALOG RGB VESA1920 1200 75 3D Monoscope Offset 3D Monoscope Offset 1671 107 18 84 93...

Page 521: ... difference Timing data name Pattern data Pattern data name 1681 67 50 60 00 148 50 1920x1080 Prog P P ANALOG RGB VESA1920x1080 60 1682 72 00 60 00 162 00 2048x1152 Prog P P ANALOG RGB VESA2048x1152 60 1683 1684 1685 1686 1687 1688 1689 1690 1691 1692 1693 1694 1695 1696 1697 1698 1699 1700 Program numbers 1701 to 1800 are not registered Internal program data No 1681 to 1700 ...

Page 522: ...1470 Prog P P ANALOG YPbPr 3D 720p60 FramePack 1807 75 00 50 00 148 500 1280x1470 Prog P P ANALOG YPbPr 3D 720p50 FramePack 1808 62 94 59 94 54 000 720x1005 Prog N N ANALOG YPbPr 3D 480p60 FramePack 1809 62 50 50 00 54 000 720x1201 Prog N N ANALOG YPbPr 3D 576p50 FramePack 1810 31 47 29 97 54 000 1440x1028 Prog N N ANALOG YPbPr 3D 480i60 FramePack 1811 31 25 25 00 54 000 1440x1226 Prog N N ANALOG ...

Page 523: ...3D 1080p60 Side_full CEC pattern HDMI2 Im View On CEC HDMI2 Im View On 1826 56 25 50 00 297 000 3840x1080 Prog P P ANALOG YPbPr 3D 1080p50 Side_full CEC pattern HDMI2 Set OSD Nm CEC HDMI2 Set OSD Nm 1827 26 97 23 98 148 352 3840x1080 Prog P P ANALOG YPbPr 3D 1080p24 Side_full 1828 33 72 59 94 148 352 3840x1080 Int P P ANALOG YPbPr 3D 1080i60 Side_full 1829 28 13 50 00 148 500 3840x1080 Int P P ANA...

Page 524: ...0 Prog P P ANALOG YPbPr 3D 720p60 Side_half 1843 37 50 50 00 74 250 1280x720 Prog P P ANALOG YPbPr 3D 720p50 Side_half 1844 31 47 59 94 27 000 720x480 Prog N N ANALOG YPbPr 3D 480p60 Side_half 1845 31 25 50 00 27 000 720x576 Prog N N ANALOG YPbPr 3D 576p50 Side_half 1846 15 73 59 94 27 000 1440x480 Int N N ANALOG YPbPr 3D 480i60 Side_half 1847 15 63 50 00 27 000 1440x576 Int N N ANALOG YPbPr 3D 57...

Page 525: ...768 Prog N N ANALOG RGB VESA768 70 1858 60 02 75 03 78 750 1024 768 Prog P P ANALOG RGB VESA768 75 1859 79 98 75 02 135 000 1280 1024 Prog P P ANALOG RGB VESA1024 75 1860 91 15 85 02 157 500 1280 1024 Prog P P ANALOG RGB VESA1024 85 1861 75 00 60 00 162 000 1600 1200 Prog P P ANALOG RGB VESA1200 60 1862 81 25 65 00 175 500 1600 1200 Prog P P ANALOG RGB VESA1200 65 1863 87 50 70 00 189 000 1600 120...

Page 526: ...B VGA TEXT400 70 1878 31 47 50 03 25 175 640 350 Prog N N ANALOG RGB VGA350 50 1879 31 47 59 94 25 175 640 350 Prog N N ANALOG RGB VGA350 60 1880 31 47 70 09 25 175 640 350 Prog N N ANALOG RGB VGA350 70 1881 31 47 50 03 25 175 640 400 Prog N N ANALOG RGB VGA400 50 1882 31 47 59 94 25 175 640 400 Prog N N ANALOG RGB VGA400 60 1883 31 47 70 09 25 175 640 400 Prog N N ANALOG RGB VGA400 70 1884 31 47 ...

Page 527: ...98 107 42 85 05 220 000 1600 1200 Prog N N ANALOG RGB UXGA1200 85A 1899 106 48 85 05 230 000 1600 1200 Prog N N ANALOG RGB UXGA1200 85B 1900 107 42 80 05 220 000 1600 1280 Prog N N ANALOG RGB UXGA1280 80A 1901 106 48 80 06 230 000 1600 1280 Prog N N ANALOG RGB UXGA1280 80B 1902 106 4 80 00 238 340 1600 1280 Prog N N ANALOG RGB UXGA1280 80C 1903 109 82 80 40 246 000 1600 1280 Prog N N ANALOG RGB UX...

Page 528: ... 78 430 1120 750 Prog N N ANALOG RGB NEC 768 60A 1919 56 48 70 07 75 000 1024 768 Prog N N ANALOG RGB NEC 768 70 1920 64 6 59 93 107 500 1280 1024 Prog N N ANALOG RGB NEC 1024 60 1921 74 88 69 85 127 000 1280 1024 Prog N N ANALOG RGB NEC 1024 70 1922 78 86 74 11 135 000 1280 1024 Prog N N ANALOG RGB NEC 1024 75 1923 48 36 60 08 65 000 1024 768 Prog N N ANALOG RGB NEC 768 60B 1924 61 8 65 95 92 940...

Page 529: ... 66 1938 60 05 75 06 78 780 1024 768 Prog N N ANALOG RGB Fujitsu FMV 1024 75 1939 80 66 100 83 108 410 1024 768 Prog N N ANALOG RGB Fujitsu FMV 1024 100 1940 79 7 74 83 134 370 1280 1024 Prog N N ANALOG RGB Fujitsu FMV5166 1941 80 38 75 12 135 040 1280 1024 Prog N N ANALOG RGB Fujitsu FMV5133 1942 63 74 60 02 108 100 1280 1024 Prog N N ANALOG RGB Fujitsu SIGMA 1943 78 16 71 64 135 060 1280 1024 Pr...

Page 530: ... MEDICAL 1N 1958 30 69 60 00 36 830 947 946 Int N N ANALOG RGB MEDICAL 2I 1959 30 69 60 06 36 830 947 473 Prog N N ANALOG RGB MEDICAL 2N 1960 37 93 85 04 35 500 720 400 Prog N P ANALOG RGB VESA400 88 1961 112 5 90 00 243 000 1600 1200 Prog N N ANALOG RGB 1200 90 1962 31 47 59 94 25 175 640 480 Prog N N ANALOG RGB VGA480 60 1963 63 98 60 02 108 000 1280 1024 Prog P P ANALOG RGB VESA1024 60 1964 15 ...

Page 531: ... 720P 1978 31 47 59 94 27 000 720 483 Prog N N ANALOG YPbPr 483P 1979 31 25 50 00 27 000 720 576 Prog N N ANALOG YPbPr PAL 2 1980 83 64 60 00 204 750 1792 1344 Prog N P ANALOG RGB VESA1344 60 1981 83 64 60 00 204 750 1792 1344 Prog N P ANALOG RGB VESA1344 60 1982 86 33 60 00 218 250 1856 1392 Prog N P ANALOG RGB VESA1392 60 1983 86 33 60 00 218 250 1856 1392 Prog N P ANALOG RGB VESA1392 60 1984 90...

Page 532: ...rog N N ANALOG RGB VGA480 60 1993 31 47 59 94 25 175 640 480 Prog N N ANALOG RGB VGA480 60 1994 15 73 59 94 13 500 712 484 Int N N NTSC M YPbPr NTSC M 1995 31 47 59 94 25 175 640 480 Prog N N ANALOG RGB VGA480 60 1996 31 47 59 94 25 175 640 480 Prog N N ANALOG RGB VGA480 60 1997 48 08 72 19 50 000 800 600 Prog P P ANALOG RGB VESA600 72 1998 56 48 70 07 75 000 1024 768 Prog N N ANALOG RGB VESA768 7...

Page 533: ...ray 5 Gray Cross Hatch 6 Color Cross Hatch 7 Color Temperature 8 Pairing 9 Cross Circle Gray 10 Cross Circle Color H 11 Circle Line 12 H Character Line 13 O Character Line 14 Cross Talk W 90 15 16 NTSC Color 17 Sign Wave Scroll 18 Multi Burst 100 19 1 10 MHz 10step 20 Gamma Ramp wγ 2 5 21 Gamma Ramp γ 2 0 22 Gamma Ramp γ 0 5 23 SMPTE Color 24 SMPTE RP 27 1 25 ITC 9 Window 26 ITC Cross Marker 27 IT...

Page 534: ...rker 1 43 256 Color Color 44 Linear Ramp H 45 Linear Ramp V 46 256 Color Random 47 48 256 Gray 7 Color 49 Corner Center Window 50 32 Gray H2 51 3gray Window 52 Cross Marker 2 53 Circle Cross Hatch 54 1dotChecker Window 55 32 Gray V 56 64 Gray V 57 Linear Ramp H 58 Linear Ramp V 59 Linear Ramp HV 60 ANSI Setup 61 ANSI Contrast 62 ANSI 9 point 63 ANSI H Resolution 64 ANSI V Resolution ...

Page 535: ... 77 SMPTE Color CVBS 2 78 SMPTE Color COMP 3 101 3D Pattern 1 1 This pattern requires the license To purchase it contact ASTRODESIGN sales 2 This is a minus level compatible pattern used exclusively for analog CVBS outputs It cannot be displayed at the correct level from other outputs 3 This is a minus level compatible pattern used exclusively for analog component outputs It cannot be displayed at...

Page 536: ... me 1 18 18 p 519 F1 Letters me 2 VESA specifications 18 18 p 519 F2 Chinese character AI 64 64 p 520 F3 Chinese character BI 64 64 p 520 F4 Chinese character TAKA 32 32 p 521 F5 Chinese character KIRI 32 32 p 521 F6 Chinese character KEN 32 32 p 522 F7 Burst 64 64 p 522 F8 F9 FA FB FC FD FE FF ...

Page 537: ...Chapter 11 SPECIFICATIONS 519 F0H letters me 1 F1H letters me 2 VESA specifications ...

Page 538: ...520 F2H Chinese character AI F3H Chinese character BI ...

Page 539: ...Chapter 11 SPECIFICATIONS 521 F4H Chinese character TAKA F5H Chinese character KIRI ...

Page 540: ...522 F6H Chinese character KEN F7H Burst ...

Page 541: ...Chapter 11 SPECIFICATIONS 523 11 3 4 Character pattern data 5 7 character pattern table 1 of 2 ...

Page 542: ...524 5 7 character pattern table 2 of 2 ...

Page 543: ...Chapter 11 SPECIFICATIONS 525 7 9 character pattern table 1 of 2 ...

Page 544: ...526 7 9 character pattern table 2 of 2 8 9 dots are used for 80H to 8FH ...

Page 545: ...Chapter 11 SPECIFICATIONS 527 16 16 character pattern table 1 of 4 ...

Page 546: ...528 16 16 character pattern table 2 of 4 ...

Page 547: ...Chapter 11 SPECIFICATIONS 529 16 16 character pattern table 3 of 4 ...

Page 548: ...530 16 16 character pattern table 4 of 4 ...

Page 549: ...4 858 525 60 1 001 Interlaced 4 43361875 4 3 714 286 Yes PAL 60 PAL 712 484 858 525 60 1 001 Interlaced 4 43361875 4 3 700 300 No PAL M PAL 712 484 858 525 60 1 001 Interlaced 3 57561189 4 3 714 286 Yes Brazil PAL B D G H I K PAL BT 470 6 702 574 864 625 50 Interlaced 4 43361875 4 3 700 300 No U K Germany PAL N PAL 718 574 864 625 50 Interlaced 4 43361875 4 3 714 286 Yes Uruguay PAL Nc PAL 702 574...

Page 550: ... 1980 750 50 3300 750 30 3300 750 30 1 001 3960 750 25 4125 750 24 720p SMPTE296M 1280 720 4125 750 24 1 001 Progressive 16 9 700 300 60 1035i BTA S 001A 1920 1035 2200 1125 60 1 001 Interlaced 16 9 700 300 2200 1125 60 2200 1125 60 1 001 1080i SMPTE274M 1920 1080 2640 1125 50 Interlaced 16 9 700 300 2200 1125 60 2200 1125 60 1 001 2640 1125 50 2200 1125 30 2200 1125 30 1 001 2640 1125 25 2750 112...

Page 551: ...Chapter 11 SPECIFICATIONS 533 Table of TV standard signal timing waveforms 1 of 3 Signal Sync signal waveform Active line T 1 dot width Vertical blanking ...

Page 552: ... Signal Sync signal waveform Active line T 1 dot width Vertical blanking Note There are no video signals in line 40 for 1920 1035i Note The figures in parentheses are the 1280 720p line numbers Note The figures in parentheses are the 1920 1035i line numbers ...

Page 553: ...Chapter 11 SPECIFICATIONS 535 Table of TV standard signal timing waveforms 3 of 3 Signal Sync signal waveform Active line T 1 dot width Vertical blanking China Only analog outputs supported ...

Page 554: ...536 ...

Page 555: ...25 Not supported Not supported Supported Supported 4K2K iTMDS VM 1824 Not supported Not supported Supported Supported 4K2K iTMDS QUAD VM 1824 A Not supported Not supported Supported Supported HDMI300MHz Not supported Not supported Not supported Supported If you want to upgrade VG 870 871 870A 871A to VG 870B 871B contact ASTRODESIGN sales representative 12 2 Relationships between pattern drawing b...

Page 556: ... Video Width 10Bit Color Depth Video Width の場合 データが切り捨てられています Color Depth Video Width の場合 データ 0 が付加されています 25M 25M 25M 25M 240M 240M 25M 165M 165M 240M 165M 140M 120M 240M 240M VM 1823 VG 873 VG 874 のみ対応 340MHz 300MHz 250MHz 200MHz 100MHz 0 1MHz 8Bit 9 10Bit 11 12Bit 13 14Bit 15 16Bit Color Depth Video Width 12Bit Color Depth Video Width の場合 データが切り捨てられています Color Depth Video Width の場合 データ 0 が付加されていま...

Page 557: ...deo Width refer to 4 2 2 HDMI setting procedure 340MHz 300MHz 250MHz 200MHz 100MHz 0 1MHz 8Bit 9 10Bit 11 12Bit 13 14Bit 15 16Bit Color Depth Video Width 16Bit Color Depth Video Width の場合 データが切り捨てられています Color Depth Video Width の場合 データ 0 が付加されています 25M 25M 25M 25M 25M 150M 150M 150M 150M 150M VM 1823 VG 873 VG 874 のみ対応 Only VG 873 874 support it When Color Depth Video Width the data is rounded off W...

Page 558: ... 5M 148 5M Restrictions on dot clock frequency for D5 YPbPr データが切り捨てられています 8Bit 9 10Bit 11 12Bit 13 14Bit 15 16Bit Color Depth D A Converter 250MHz 0 1MHz 340MHz 200MHz 100MHz 300MHz 8Bit DotCLK 13 5M 13 5M 13 5M 13 5M 13 5M Restrictions on dot clock frequency for COMPOSITE Y C S connector SCART 8Bit 9 10Bit 11 12Bit 13 14Bit 15 16Bit Color Depth 250MHz 0 1MHz 340MHz 200MHz 100MHz 300MHz 165M 150M...

Page 559: ...50MHz 0 1MHz 340MHz 200MHz 100MHz 300MHz 5M 300M 10Bit DotCLK 300M 300M 280M 240M 5M 5M 5M 5M Restrictions on dot clock frequency for RGB Dsub15 DVI analog Color Depth Mode の場合 データが切り捨てられています Color Depth Mode の場合 データ 0 が付加されています 8Bit 9 10Bit 11 12Bit 13 14Bit 15 16Bit Color Depth Mode 250MHz 0 1MHz 340MHz 200MHz 100MHz 300MHz 165M 25M 25M 25M 165M 設定なし Single 8Bit DotCLK 25M 25M 165M 165M 165M データ...

Page 560: ...frequency for DVI Single Link データが切り捨てられています Color Depth Mode の場合 データが切り捨てられています Color Depth Mode の場合 データ 0 が付加されています 8Bit 9 10Bit 11 12Bit 13 14Bit 15 16Bit Color Depth Mode 250MHz 0 1MHz 340MHz 200MHz 100MHz 300MHz 50M 50M 330M Dual 8Bit DotCLK 330M 330M 280M 240M 50M 50M 50M Restrictions on dot clock frequency for DVI Dual Link For details on the pattern drawing bit length Color Depth refer to ...

Page 561: ...340MHz 200MHz 100MHz 300MHz 40M 40M 270M Dual 10Bit 16Bit DotCLK 40M 40M 40M 270M 270M 270M 240M Restrictions on dot clock frequency for LVDS Dual Link Color Depth Mode の場合 データが切り捨 てられています Color Depth Mode の場合 データ 0 が付加 されています 8Bit 9 10Bit 11 12Bit 13 14Bit 15 16Bit Co lor Depth Mode 250MHz 0 1MHz 340MHz 200MHz 100MHz 300MHz 80M 80M 340M Quad 10Bit DotCLK 80M 80M 80M 340M 330M 280M 240M データが切り捨 てら...

Page 562: ...ngle Link dot clock frequency Color Depth Mode の場合 データが切り捨てられています Color Depth Mode の場合 データ 0 が付加されています データが切り捨てられています 8Bit 9 10Bit 11 12Bit 13 14Bit 15 16Bit Color Depth Mode 250MHz 0 1MHz 340MHz 200MHz 100MHz 300MHz 0 2M 0 2M 200M Dual 8Bit DotCLK 200M 0 2M 0 2M 0 2M 200M 200M 200M Restriction on parallel Dual Link dot clock frequency For details on the pattern drawing bit length Color Depth refe...

Page 563: ...ctions on dot clock frequency for DP1 DP2 Dual Split mode The maximum dot clock also depends on the DisplayPort Link Rate and other settings For details refer to 11 1 8 DP unit For details on the pattern drawing bit length Color Depth refer to 4 1 5 Setting the bit length gray scale for pattern drawing For details on the output video bit length Video Width refer to 4 12 2 DisplayPort setting proce...

Page 564: ...120CVT 1451 1920x1035 59 94i 1666 VESA1856x1392 75 1452 1920x1035 60i 1671 VESA1920x1200 85 1453 SMPTE295Mi 1672 VESA1920x1200 120CVT 1454 SMPTE295Mp 1674 VESA1920x1440 75 1455 AUS 1152i 1677 VESA1366x768 60 1501 NTSC J 4 3 1868 MDA 1502 NTSC J 16 9 1869 CGA 1503 NTSC J LB 1870 EGA 1504 PAL 4 3 1904 IBM 8514A 1505 PAL 16 9 1905 IBM 5080 1506 PAL LB 1906 IBM 5550 1507 SECAM 4 3 1908 NAVIGATION 1508...

Page 565: ... 9 1543 Mac NTSC J DVD Type3 1503 NTSC J LB 1544 Mac PAL DVD 1504 PAL 4 3 1551 SCART PAL VBS 4 3 1505 PAL 16 9 1552 SCART PAL Y C 4 3 1506 PAL LB 1553 SCART PAL RGB 4 3 1507 SECAM 4 3 1554 SCART PAL VBS 16 9 1508 SECAM 16 9 1555 SCART PAL TELETEXT 1509 SECAM LB 1869 CGA 1510 NTSC M 1908 NAVIGATION 1511 NTSC 443 1944 Panasonic M550 1512 PAL M 1950 NTSC 1513 PAL 60 1956 MEDICAL 1I 1514 PAL N 1964 SE...

Page 566: ...pth Color Depth 8 10 12bit 32M 32M 340M 330M 280M 240M 32M 32M Color Depth Video Widthの場合 データが切り捨てられています Color Depth Video Widthの場合 データ 0 が付加されていま す データが切り捨てられます Restrictions on Dot Clock Frequency forDP1 DP2 Dual Mode 700MHz 600MHz 400MHz 200MHz 0 1MHz 8 10bit 11 12bit 13 14bit 15 16bit Video Depth Color Depth 8 10 12bit 64M 64M 660M 660M 560M 480M 64M 64M データが切り捨てられます Color Depth Video Widthの場合 ...

Page 567: ...n not be output by VM 1826 Program No Timing data name Program No Timing data name 1410 NTSC J 4 3 1526 V Chip MPAA X 1422 PAL 4 3 1527 V Chip US TV Y 1451 1920x1035 59 94i 1528 V Chip US TV MA VSL 1452 1920x1035 60i 1531 PAL TELETEXT 1455 AUS 1152i 1541 Mac NTSC J DVD Type1 1501 NTSC J 4 3 1542 Mac NTSC J DVD Type2 1502 NTSC J 16 9 1543 Mac NTSC J DVD Type3 1503 NTSC J LB 1544 Mac PAL DVD 1504 PA...

Page 568: ... 50M 50M 50M 50M 50M Color Depth Video Depth Dual 8Bit 16Bit Color Depth Video Widthの場合 データが切り捨てられています Color Depth Video Widthの場合 データ 0 が付加されています 330M 330M 330M 280M 240M Restrictions on dot clock frequency for4K2K iTMDS DVI_MODE Dual Link 680MHz 600MHz 500MHz 400MHz 200MHz 0 1MHz 8Bit 9 10Bit 11 12Bit 13 14Bit 15 16Bit 296M 296M 296M 296M 296M Color Depth Video Depth Quad 8Bit Color Depth Video W...

Page 569: ...epth Video Depth Octal 8Bit Color Depth Video Width の場合 データが切り捨てられています Color Depth Video Width の場合 データ 0 が付加されています 1320M 1320M 1320M 1120M 960M データが切り捨てられています Restrictions on dot clock frequency for4K2K iTMDS DVI_MODE Octal Link The data in is rounded off When Color Depth Video Width the data is rounded off When Color Depth Video Width data 0 is added ...

Page 570: ...MHz 400MHz 200MHz 0 1MHz 8Bit 9 10Bit 11 12Bit 15 16Bit 296M 296M 296M 296M Color Depth Video Depth Quad iTMDS Color Depth Video Widthの場合 データが切り捨てられています Color Depth Video Widthの場合 データ 0 が付加されています 600M 660M 660M 450M 仕様外のためサポートせず データが切り捨てられています Restrictions on dot clock frequency for iTMDS iTMDS_MODE Quad Link When Color Depth Video Width the data is rounded off When Color Depth Video Width data 0 ...

Page 571: ...てられています Restrictions on dot clock frequency for iTMDS iTMDS_MODE Octal Link For details on the pattern drawing bit length Color Depth refer to 4 1 5 Setting the bit length gray scale for pattern drawing For details on the output image bit length Mode refer to 4 4 2 iTMDS 4K 2K unit setting procedure The data in is rounded off When Color Depth Video Width the data is rounded off When Color Depth Vi...

Page 572: ...0M 20M データが切り捨てられます Color Depth Video Widthの場合 データが切り捨てられています Color Depth Video Widthの場合 データ 0 が付加されていま す 20M 20M 150M 150M 150M 150M Restrictions on dot clock frequency for V by One HS1 2 2Lane Mode 350MHz 300MHz 200MHz 100MHz 0 1MHz 8 10bit 11 12bit 13 14bit 15 16bit Video Depth Color Depth 8 10bit 20M 20M データが切り捨てられます Color Depth Video Widthの場合 データが切り捨てられています Color Depth Video Widthの場合 データ 0 が付...

Page 573: ...00MHz 800MHz 400MHz 0 1MHz 8 10bit 11 12bit 13 14bit 15 16bit Video Depth Color Depth 8 10bit 80M 80M データが切り捨てられます Color Depth Video Widthの場合 データが切り捨てられています Color Depth Video Widthの場合 データ 0 が付加されていま す 80M 80M 1200M 1200M 1200M 1200M Restrictions on dot clock frequency for V by One HS1 2 16Lane Mode When Color Depth Video Width the data is rounded off When Color Depth Video Width data 0 is added Wh...

Page 574: ...total for all channels 1 The DDC supply voltage is output as shown in the figure below DDC power supply output circuit 2 The supply voltage differs depending on the output connector HDMI output Fixed at 5 V DVI output Fixed at 5 V LVDS output Can be switched between 5 V and 3 3 V using a rear panel switch Parallel output Can be switched between 5 V 3 3 V 2 5 V and 1 8 V using a rear panel switch T...

Page 575: ...a is outside the setting range 305 H Timing HD Over Limit HDstart HDwidth in the horizontal timing data is outside the setting range 307 H Timing Period Over Limit Period in the horizontal timing data is outside the setting range 308 H Timing Disp Over Limit Disp in the horizontal timing data is outside the setting range 309 H Timing Sync Over Limit Sync in the horizontal timing data is outside th...

Page 576: ...istered 333 CURSOR Not Selected The cursor pattern has not been selected when SP 8870 Cursor Tool is used 334 EDID Read Port Not Found The EDID read port is not found The unit has not been installed 338 Gray Scale Data Error Error in the gray scale pattern data 339 OPT Image Data Error Error in the optional pattern or image pattern data 33B Cursor Data Error Error in the cursor pattern data 33C Pr...

Page 577: ... the connection destination when Mode EDID has been selected with LipSync 35F Lip Sync EDID Port Error The HDMI unit is not installed when Mode EDID has been selected with LipSync 360 Image License Error The image data license has not been supplied 361 Data File Not Found The data other than the optional pattern and image data cannot be found 362 Copy Condition Error The copy source data and copy ...

Page 578: ...dentified as 1 1 as a result of HDCP version 1 1 or HDCP version EDID check 415 HDCP Ri NG The values of Ri and Ri do not match 416 HDCP FIFO Ready Time out FIFO Ready fails to occur within restricted time limit 417 HDCP DEPTH Error The depth number has exceeded 7 418 HDCP DEVICE_COUNT Error The count number has exceeded 127 419 HDCP List Error V V The values of V and V do not match 13 4 User gene...

Page 579: ...without written permission The contents of this manual are subject to change without prior notice due to improvements The manufacturer will not be liable for any effects caused by incorrect operation All inquiries concerning this product should be addressed to your dealer or to the manufacturer at the contact numbers given below The products and product names mentioned in this manual are the trade...

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