ASTRO VG-870, VG-870A, VG-870B, VG-871B, VG-873 Instruction Manual

VG series

Terminal Commands

Instruction Manual

Ver1.21

Supporting Models : VG-870/VG-871/VG-880/VG-870A/

VG-871A/VG-870B/VG-871B/VG-873/VG-874/

VG-876/VG-877/VG-881/VG-882(-A)/VG-884

VG series

Terminal Commands

Instruction Manual

2014.10
Ver1.21

Supporting Models : VG-870/VG-871/VG-880/VG-870A/

VG-871A/VG-870B/VG-871B/VG-873/VG-874/

VG-876/VG-877/VG-881/VG-882(-A)/VG-884

ASTRODESIGN，Inc

i

C

C

O

O

N

N

T

T

E

E

N

N

T

T

S

S

Concerning the configuration of this manual.................................................................................................................... x

Chapter 1 CONCERNING THE TERMINAL COMMANDS .................................................................................................. 1

1.1 Introduction ................................................................................................................................................................ 1

1.2 Communication specifications ................................................................................................................................... 1

1.2.1 RS-232C ............................................................................................................................................................. 1

1.2.2 LAN ..................................................................................................................................................................... 2

1.3 Connection configuration ........................................................................................................................................... 2

1.3.1 RS-232C ............................................................................................................................................................. 2

1.3.2 LAN ..................................................................................................................................................................... 2

1.4 Differences in commands from conventional VG series ............................................................................................ 3

1.5 Description of terms used .......................................................................................................................................... 4

1.6 Transmission control characters, data and error commands ..................................................................................... 4

1.7 Error statuses ............................................................................................................................................................ 5

1.8 Command formats ..................................................................................................................................................... 7

1.8.1 New commands .................................................................................................................................................. 7

1.8.2 Old commands .................................................................................................................................................... 7

1.9 Basic formats ................................................................................................................................ ............................. 8

1.9.1 When setting commands are sent ....................................................................................................................... 8

1.9.2 When the get command is sent ........................................................................................................................... 8

1.10 Communication protocol .......................................................................................................................................... 9

1.10.1 Type 1 ............................................................................................................................................................... 9

1.10.2 Type 2 ............................................................................................................................................................. 10

1.10.3 Type 3 ............................................................................................................................................................. 11

1.10.4 Type 4 ............................................................................................................................................................. 12

1.10.5 Type 5 ............................................................................................................................................................. 13

1.10.6 Type 6 ............................................................................................................................................................. 14

1.10.7 Type 7 ............................................................................................................................................................. 15

1.11 Precaution drawing command ............................................................................................................................... 15

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS ............................................................................ 17

2.1 SHT4 [20H 20H]: H timing data registration ............................................................................................................. 17

2.2 LHT4 [20H 21H]: H timing data readout ................................................................................................................... 18

2.3 SVT4 [20H 22H]: V timing data registration ............................................................................................................. 19

2.4 LVT4 [20H 23H]: V timing data readout ................................................................................................................... 21

2.5 SOT4 [20H 24H]: Output condition data registration................................................................................................ 23

2.6 LOT4 [20H 25H]: Output condition data readout ..................................................................................................... 27

2.7 SPAR4 [20H 26H]: Parallel data registration ........................................................................................................... 32

2.8 LPAR4 [20H 27H]: Parallel data readout ................................................................................................................. 34

2.9 SLVDS4 [20H 28H]: LVDS data registration ............................................................................................................ 36

2.10 LLVDS4 [20H 29H]: LVDS data readout ................................................................................................................ 37

2.11 SPTS4 [20H 2AH]: Pattern select data registration ................................................................................................ 38

2.12 LPTS4 [20H 2BH]: Pattern select data readout ..................................................................................................... 40

ii

2.13 SPT4 [20H 2CH]: Pattern data registration ............................................................................................................ 41

2.14 LPT4 [20H 2DH]: Pattern data readout .................................................................................................................. 51

2.15 SACT4 [20H 2EH]: Action data registration ........................................................................................................... 61

2.16 LACT4 [20H 2FH]: Action data readout ................................................................................................................. 64

2.17 SWLF4 [20H 30H]: Window level flicker data registration ..................................................................................... 67

2.18 LWFL4 [20H 31H]: Window level flicker data readout ............................................................................................ 68

2.19 SAAD4 [20H 32H]: Audio data registration (Analog) .............................................................................................. 69

2.20 LAAD4 [20H 33H]: Audio data readout (Analog) .................................................................................................... 70

2.21 SDAD4 [20H 34H]: Audio data registration (Digital) ............................................................................................... 71

2.22 LDAD4 [20H 35H]: Audio data readout (Digital) ..................................................................................................... 73

2.23 SHDMI4 [20H 36H]: HDMI data registration .......................................................................................................... 75

2.24 LHDMI4 [20H 37H]: HMDI data acquisition ........................................................................................................... 76

2.25 SIF4 [20H 38H]: InfoFrame data registration ......................................................................................................... 77

2.26 LIF4 [20H 39H]: InfoFrame data acquisition .......................................................................................................... 80

2.27 SACP4 [20H 3AH]: ACP data registration .............................................................................................................. 84

2.28 LACP4 [20H 3BH]: ACP data acquisition ............................................................................................................... 86

2.29 SSD4 [20H 3CH]: Scart data registration............................................................................................................... 88

2.30 LSD4 [20H 3DH]: Scart data readout .................................................................................................................... 89

2.31 SPD4 [20H 3EH]: Program data registration ......................................................................................................... 90

2.32 LPD4 [20H 3FH]: Program data readout................................................................................................................ 92

2.33 SMACROV4 [20H 40H]: Macrovision data registration .......................................................................................... 94

2.34 LMACROV4 [20H 41H]: Macrovision data acquisition ................................................................ ........................... 95

2.35 SAFD4 [20H 42H]: AFD data registration .............................................................................................................. 96

2.36 LAFD4 [20H 43H]: AFD data acquisition................................................................................................................ 97

2.37 SCAPTION4 [20H 44H]: ClosedCaption data registration ..................................................................................... 98

2.38 LCAPTION4 [20H 45H]: ClosedCaption data acquisition ...................................................................................... 99

2.39 SVCHIP4 [20H 46H]: V-Chip data registration ..................................................................................................... 100

2.40 LVCHIP4 [20H 47H]: V-Chip data acquisition ...................................................................................................... 101

2.41 STTEXT4 [20H 48H]: TeleText data registration .................................................................................................. 102

2.42 LTTEXT4 [20H 49H]: TeleText data acquisition ................................................................................................... 104

2.43 PNAMES4 [20H 4AH]: Program name registration .............................................................................................. 106

2.44 PNAMER4 [20H 4BH]: Program name readout ................................................................................................... 107

2.45 LPED4 [20H 4DH]: Program enable readout ....................................................................................................... 108

2.46 SAT4 [20H 50H]: Auto display data registration ................................................................................................... 109

2.47 LAT4 [20H 51H]: Auto display data readout ......................................................................................................... 110

2.48 SGROUP4 [20H 52H]: Group data registration .................................................................................................... 111

2.49 LGROUP4 [20H 53H]: Group data readout ......................................................................................................... 112

2.50 SCFG4 [20H 54H]: Config data registration ......................................................................................................... 113

2.51 LCFG4 [20H 55H]: Config data readout .............................................................................................................. 122

2.52 SINB4 [20H 56H]: Black insertion data registration ............................................................................................. 123

2.53 LINB4 [20H 57H]: Black insertion data readout ................................................................................................... 124

2.54 SCEC4 [20H 58H]: CEC data registration ........................................................................................................... 125

2.55 LCEC [20H 59H]: CEC data acquisition............................................................................................................... 127

2.56 LBED4 [20H 5AH]: Bitmap enable readout .......................................................................................................... 129

2.57 LOED4 [20H 5BH]: User option enable readout .................................................................................................. 130

CONTENTS

iii

2.58 LGED4 [20H 5CH]: Group enable readout .......................................................................................................... 131

2.59 SCCM4 [20H 5DH]: User subtitle data setting 1 .................................................................................................. 132

2.60 LCCM4 [20H 5EH]: User subtitle data acquisition 1 ............................................................................................ 133

2.61 SCCD4 [20H 5FH]: User subtitle data setting 2 ................................ ................................ ................................... 134

2.62 LCCD4 [20H 60H]: User subtitle data acquisition 2 ............................................................................................. 136

2.63 SGM4 [20H 61H]: GamutMeta data registration .................................................................................................. 138

2.64 LGM4 [20H 62H]: GamutMeta data acquisition ................................................................................................... 140

2.65 SLS4 [20H 63H]: LipSync data setting ................................................................................................................. 142

2.66 LLS4 [20H 64H]: LipSync data acquisition ........................................................................................................... 143

2.67 SHPS4 [20H 65H]: 0.5/0.25-pixel scroll data setting............................................................................................ 144

2.68 LHPS4 [20H 66H]: 0.5/0.25-pixel scroll data acquisition ...................................................................................... 145

2.69 SDDCCI4 [20H 67H]: DDC/CI data setting .......................................................................................................... 146

2.70 LDDCCI4 [20H 68H]: DDC/CI data acquisition .................................................................................................... 147

2.71 SEP4 [20H 69H]: EDID port data setting ............................................................................................................. 148

2.72 LEP4 [20H 6AH]: EDID port data acquisition ....................................................................................................... 149

2.73 SCGMS4 [20H 6BH]: CGMS data setting ............................................................................................................ 150

2.74 LCGMS4 [20H 6CH]: CGMS data acquisition ...................................................................................................... 151

2.75 SAP4 [20H 6DH]: Aspect ratio data setting .......................................................................................................... 152

2.76 LAP4 [20H 6EH]: Aspect ratio data acquisition .................................................................................................... 153

2.77 SWSS4 [20H 6FH]: WSS data setting ................................................................................................................. 154

2.78 LWSS4 [20H 70H]: WSS data acquisition ............................................................................................................ 155

2.79 SID14 [20H 71H]: ID1 data setting....................................................................................................................... 156

2.80 LID14 [20H 72H]: ID1 data acquisition ................................................................................................................. 157

2.81 SKEYL4 [20H 73H]: Key lock data registration .................................................................................................... 158

2.82 LKEYL4 [20H 74H]: Key lock data readout .......................................................................................................... 162

2.83 LPDF4 [20H 75H]: Program format readout ........................................................................................................ 163

2.84 SMB4 [20H 76H]: Motion Blur data setting .......................................................................................................... 164

2.85 LMB4 [20H 77H]: Motion Blur data acquisition .................................................................................................... 166

2.86 SDP4 [20H 78H]: DisplayPort data setting .......................................................................................................... 168

2.87 LDP4 [20H 79H]: DisplayPort data acquisition .................................................................................................... 170

2.88 SSS4 [20H 7AH]: Scroll Sequence data setting .................................................................................................. 172

2.89 LSS4 [20H 7BH]: Scroll Sequence data acquisition............................................................................................. 173

2.90 SDPLP4 [20H 7CH]: DP List Port data setting ..................................................................................................... 175

2.91 LDPLP4 [20H 7DH]: DP List Port data acquisition ............................................................................................... 176

2.92 SVIF4 [20H 7EH]: Vendor Specific InfoFrame data setting .................................................................................. 177

2.93 LVIF4 [20H 7FH]: Vendor Specific InfoFrame data acquisition ............................................................................ 179

2.94 SNIF4 [20H 80H]: NTSC VBI InfoFrame data setting .......................................................................................... 181

2.95 LNIF4 [20H 81H]: NTSC VBI InfoFrame data acquisition .................................................................................... 182

2.96 LTED4 [20H 82H] : Subtitle image enable readout. ............................................................................................. 183

2.97 LIDNO4 [20H 83H] : Serial No. readout. .............................................................................................................. 184

2.98 S9Marker4 [20H 8BH] : OPT 9 Marker data setting. ............................................................................................ 185

2.99 L9Marker4［20H 8CH］:OPT 9 Marker data acquisition .................................................................................... 187

2.100 STELOP4 [20H 91H] : Subtitle data setting. ...................................................................................................... 189

2.101 LTELOP4 [20H 92H] : Subtitle data acquisition. ................................................................................................ 190

2.102 SITMDS4 [20H 93H] : iTMDS data setting. ........................................................................................................ 191

iv

2.103 LITMDS4 [20H 94H] : iTMDS data acquisition. .................................................................................................. 193

2.104 SVBO4 [20H 97H] : VbyOne data setting........................................................................................................ 195

2.105 LVBO4 [20H 98H] : VbyOne data aquisition .................................................................................................... 197

2.106 SHDMISW4 [20H 99H ] : HDMI SW data setting ............................................................................................ 199

2.107 LHDMISW4［20H 9AH］： HDMI SW data aquisition ...................................................................................... 200

2.108 STPKEY4 [20H 9BH] : Key information of Timing and Pattern data registration ............................................. 201

2.109 LTPKEY4 [20H 9CH] : Key information of Timing and Pattern data readout ................................................... 202

2.110 SLGRP5 [20H 9FH] : Large group data registration ........................................................................................ 203

2.111 LLGRP5 [20H A0H] : Large group data readout .............................................................................................. 205

2.112 LLGED5 [20H A1H] : Large group enable readout .......................................................................................... 207

2.113 LGDEL5 [20H A2H] : Delete Large group data ................................................................................................ 208

2.114 SSDI4 [20H A3H] : SDI data setting ................................................................................................................ 209

2.115 LSDI4 [20H A4H] : SDI data aquisition ............................................................................................................ 211

2.116 SHAN4 [20H A5H] : N value data setting ........................................................................................................ 213

2.117 LHAN4 [20H A6H] : N value data aquisition .................................................................................................... 214

2.118 S3DPAT4［20H A9H］ :OPT 3D pattern data setting ..................................................................................... 215

2.119 L3DPAT4［20H AAH］ :OPT 3D pattern data aquisition ................................................................................ 218

2.120 SARC4 [20H ABH] :HDMI ARC pattern data setting ....................................................................................... 221

2.121 LARC4 [20H ACH] :HDMI ARC pattern data aquisition ................................................................................... 222

2.122 SHECA4 [20H ADH] :HDCP, EDID, CEC, HDMI ARC ON/OFF data setting ................................................... 223

2.123 LHECA4 [20H AEH] :HDCP, EDID, CEC, HDMI ARC ON/OFF data aquisition ............................................... 224

2.124 STM4 [20H AFH] :Transmission Mode data setting ........................................................................................ 225

2.125 LTM4 [20H B0H] :Transmission Mode data aquisition .................................................................................... 226

2.126 SHEC4 [20H B1H] : HDMI HEC data setting .................................................................................................. 227

2.127 LHEC4 [20H B2H] : HDMI HEC data aquisition .............................................................................................. 229

2.128 SSMD3D4［20H B3H］ :SMD 3D Pattern data setting ................................................................ .................. 232

2.129 LSMD3D4 [20H B4H] : SMD 3D pattern data aquisition ................................................................................. 233

2.130 S3DIMG4［20H B5H］ :3D Image pattern data setting .................................................................................. 234

2.131 L3DIMG4 [20H B5H] :3D Image pattern data aquisition .................................................................................. 236

2.132 SCON4 [20H BBH] : Output terminal setting ............................................................................................ 238

2.133 LCON4 [20H BCH] : Output terminal acquisition ............................................................................................... 241

2.134 SDIV4 [20H BDH] : DotClk Mode Data setting .................................................................................................. 242

2.135 LDIV4 [20H BEH] : DotClk Mode Data Acquisition ............................................................................................ 243

2.136 EXPDN4 [24H 20H]: Program data execution ................................................................................................. 244

2.137 INDC4 [24H 21H]: Program No. incrementing / decrementing .................................................................. 245

2.138 EXBN4 [24H 22H]: Buffer RAM program execution ................................................................................... 246

2.139 INIBUF 4 [24H 23H]: Work RAM data initialization .................................................................................... 247

2.140 SAVBUF 4 [24H 24H]: Work RAM data registration ................................................................................... 248

2.141 EXSYNC4 [24H 25H]: Separate sync ON/OFF ......................................................................................... 249

2.142 CURSOR4 [24H 26H]: Cursor pattern control ........................................................................................... 250

2.143 VLEVEL4 [24H 27H]: Video level change .................................................................................................. 252

2.144 HDCPON4 [24H 28H]: HDCP execution start/stop .................................................................................... 253

2.145 PBPRON4 [24H 29H]: RGB signal / color difference signal switching ....................................................... 254

2.146 SEDID4 [24H 2AH]: EDID write ................................................................................................................. 255

2.147 LEDID4 [24H 2BH]: EDID readout ............................................................................................................. 256

CONTENTS

v

2.148 QDISP4 [24H 2CH]: H/V Disp acquisition .................................................................................................. 257

2.149 EXCCN4 [24H 2DH]: User subtitle data execution .................................................................................... 258

2.150 LVGID4 [24H 2EH]: VG ID acquisition ....................................................................................................... 259

2.151 EXSGON4 [24H 2FH]: RGB output ON/OFF ............................................................................................. 260

2.152 EXPONOFF4 [24H 30H]: Pattern data output ON/OFF ............................................................................. 261

2.153 AAUDIO4 [24H 31H]: Analog audio change .............................................................................................. 263

2.154 SCROLL4 [24H 32H]: Pattern scroll execution .......................................................................................... 264

2.155 EXSYNCP4 [24H 33H]: Separate sync polarity switching ......................................................................... 267

2.156 LKSV4［24H 34H］： KSV data acquisition................................................................................................ 268

2.157 EXDPTP4 [24H 39H] : DP Training Pattern execution .................................................................................... 269

2.158 LERR4 [24H 3AH] : Error code acquisition. ............................................................................................... 270

2.159 EXGDN4 [24H 3BH] : Group data selection .................................................................................................... 273

2.160 EXGDN4 [24H 3CH] : Execution of the program data in a group ...................................................................... 274

2.161 LHDCP4 [24H 3DH] : HDCP operation start / stop acquisition. ................................................................. 275

2.162 MUTEON4 [24H 3EH] : MUTE operation ON/OFF .................................................................................... 276

2.163 LMUTE4[24H 3FH]: MUTE operation ON/OFF acquisition. ....................................................................... 277

2.164 EXHDMISW4[24H 40H] : HDMI SW control .................................................................................................... 278

2.165 LOBT4 [24H 41H] : output board acquisition ................................................................................................... 279

2.166 LOTT4 [24H 42H] : Output terminal type acquisition ....................................................................................... 280

2.167 EXEPIF4[24H 43H] : set slot No. and terminal No. to be executed or transmitted. ......................................... 281

2.168 EXEKEY4[24H 44H] : execution of timing keys and pattern keys ................................................................... 282

2.169 EXEIFONOFF4[24H 45H] : ON/OFF setting of terminal ................................................................................. 283

2.170 LCURPOS4 [24H 46H] : cursor coordinate aquisition ..................................................................................... 284

2.171 EXLGDN5 [24H 47H] : large group data selection .......................................................................................... 285

2.172 LERR5 [24H 48H] : Error code aquisition ........................................................................................................ 286

2.173 LHCE4 [24H 49H] : test result acquisition of HDCP, CEC and EDID .............................................................. 288

2.174 EXEUKB4 [24H 4AH] : designate User KEY Block ......................................................................................... 290

2.175 EXECON4 [24H 4CH] : Output Terminal Setting ................................................................................... 291

2.176 VG control command table ........................................................................................................................ 292

Chapter 3 INDIVIDUAL FORMATS FOR VG DRAWING COMMANDS .......................................................................... 297

3.1 CHACLR4 [28H 20H]: Character plane clear ......................................................................................................... 297

3.2 CHAPSET4 [28H 21H]: Character plane dot drawing ............................................................................................ 298

3.3 CHALINE4 [28H 22H]: Character plane straight line drawing ................................................................................ 299

3.4 CHASQRE4 [28H 23H]: Character plane square drawing ..................................................................................... 300

3.5 CHASQPA4 [28H 24H]: Character plane filled-in square drawing ......................................................................... 301

3.6 CHACIRC4 [28H 25H]: Character plane circle drawing ......................................................................................... 302

3.7 CHACIRCPA4 [28H 26H]: Character plane filled-in circle drawing ........................................................................ 303

3.8 CHAELPS4 [28H 27H]: Character plane ellipse drawing ....................................................................................... 304

3.9 CHAELPSPA4 [28H 28H]: Character plane filled-in ellipse drawing ...................................................................... 305

3.10 CHATRI4 [28H 29H]: Character plane triangle drawing ....................................................................................... 306

3.11 CHATRIPA4 [28H 2AH]: Character plane filled-in triangle drawing ...................................................................... 307

3.12 CHABITBLT4 [28H 2BH] : Character Plane copy .............................................................................................. 308

3.13 CHACOL4 [28H 2CH]: Character plane color setting ........................................................................................ 309

3.14 CHASTR4 [28H 2DH]: Character plane character string drawing .................................................................. 310

3.15 GRACLR4 [28H 40H]: Graphic Plane Clear ................................................................................................... 311

vi

3.16 GRAPSET4 [28H 41H]: Graphic Plane Dot Drawing ..................................................................................... 312

3.17 GRALINE4 [28H 42H]:GraphicPlane Straight Line Drawing ............................................................................. 313

3.18 GRASQRE4 [28H 43H]: Graphic Plane Square Drawing .............................................................................. 314

3.19 GRASQPA4 [28H 44H]: Graphic Plane Filled-in Square................................................................................ 315

3.20 GRACIRC4 [28H 45H]: Graphic Plane Circle Drawing .................................................................................. 316

3.21 GRACIRCPA4 [28H 46H]: Graphic Plane Filled-in Circle Drawing ................................................................ 317

3.22 GRAELPS4 [28H 47H]: Graphic Plane Ellipse drawing ................................................................................. 318

3.23 GRAELPSPA4 [28H 48H]: Graphic Plane Filled-in Ellipse Drawing............................................................... 319

3.24 GRATRI4 [28H 49H]: Graphic Plane triangle Drawing ................................................................................... 320

3.25 GRATRIPA4 [28H 4AH]: Graphic Plane Filled-in Triangle Drawing ................................................................ 321

3.26 GRATRIPA4 [28H 4BH] : Graphic Plane Copy .................................................................................................. 322

3.27 GRACOL4 [28H 4CH]: Graphic Plane Color Setting ...................................................................................... 323

3.28 GRALEV4 [28H 4DH]: Graphic Plane Level Edit ........................................................................................... 324

3.29 GRAPAL4 [28H 4EH] : Graphic Plane Palette Mode Setting ............................................................................ 325

3.30 GRAMPAL4 [28H 4FH] : multiple colors setting of the graphic plane ................................................................ 326

3.31 ALLCLR4 [28H 60H]: All planes clear ............................................................................................................ 329

3.32 WINDOW4 [28H 61H]: Window drawing ........................................................................................................ 330

3.33 WINCOL4 [28H 62H]: Window color setting .................................................................................................. 331

3.34 WINCLR4 [28H 63H]: Window plane clear .................................................................................................... 332

3.35 ALLSCOL4 [28H 70H] : RGB output ON/IFF and Color setting ........................................................................ 333

3.36 BCOL4 [28H 71H] : back ground color setting ................................................................................................ .. 335

3.37 CAP4 [28H 72H] : capture execution ................................................................................................................ 336

3.38 VG drawing command table ........................................................................................................................... 337

Chapter 4 INDIVIDUAL FORMATS FOR CONTROL COMMANDS ................................................................................ 339

4.1 SHT [48H]: H timing data registration .................................................................................................................... 339

4.2 LHT [42H]: H timing data readout .......................................................................................................................... 340

4.3 SVT [49H]: V timing data registration..................................................................................................................... 341

4.4 LVT [43H]: V timing data readout ........................................................................................................................... 342

4.5 SOT [4AH]: Output condition data registration ....................................................................................................... 343

4.6 LOT [44H]: Output condition data readout ............................................................................................................. 345

4.7 SPT [4BH]: Pattern data registration...................................................................................................................... 346

4.8 LPT [45H]: Pattern data readout ............................................................................................................................ 350

4.9 SPD [4DH]: Program data registration ................................................................................................................... 351

4.10 LPD [4CH]: Program data readout ....................................................................................................................... 353

4.11 SAT [46H]: Auto display data registration ............................................................................................................. 354

4.12 LAT [40H]: Auto display data readout .................................................................................................................. 355

4.13 SPTS [47H]: Pattern select data registration ....................................................................................................... 356

4.14 LPTS [41H]: Pattern select data readout ............................................................................................................. 357

4.15 SCH [4FH]: Character data registration ............................................................................................................... 358

4.16 LCH [4EH]: Character data readout ..................................................................................................................... 359

4.17 EXPPN [07H]: Timing data execution .................................................................................................................. 360

4.18 EXPBN [08H]: Program data setting/execution ................................................................................................... 361

4.19 EXPDN [09H]: Program data execution 2 (Registered program designation)...................................................... 362

4.20 EXPON [0EH]: Pattern data output ON setting .................................................................................................... 363

4.21 EXPOFF [0FH]: Pattern data output OFF setting ................................................................................................ 364

CONTENTS

vii

4.22 DISPHV [28H]: Display dot count readout ........................................................................................................... 365

4.23 INDC [29H]: Program no incrementing/decrementing.......................................................................................... 366

4.24 EXBN [0CH]: Current program execution ............................................................................................................ 367

4.25 EXSGON [0BH]: Output signal ON/OFF .............................................................................................................. 368

4.26 EXSYNC [51H]: Separate sync ON/OFF ............................................................................................................. 369

4.27 SGROUP [52H]: Group data registration ............................................................................................................. 370

4.28 LGROUP [53H]: Group data readout ................................................................................................................... 371

4.29 SPT3 [A2H]: Pattern data registration (Type 3) ................................................................................................... 372

4.30 LPT3 [A1H]: Pattern data readout (Type 3) ......................................................................................................... 377

4.31 SOT3 [A7H]: All output condition data registration (Type 3) ................................................................................. 378

4.32 LOT3 [A6H]: All output condition data readout (Type 3) ....................................................................................... 380

4.33 SPD3 [A4H]: Program data registration (Type 3) ................................................................................................. 381

4.34 LPD3 [A3H]: Program data readout (Type 3) ....................................................................................................... 382

4.35 EXPBN3 [A5H]: Program data setting/execution (Type 3) ................................................................................... 383

4.36 PNAMES3 [A8H]: Program name registration (Type 3) ....................................................................................... 384

4.37 PNAMER3 [A9H]: Program name readout (Type 3) ............................................................................................ 385

4.38 SGROUP3 [AAH]: Group number registration (Type 3) ....................................................................................... 386

4.39 LGROUP3 [ABH]: Group number readout (Type 3) ............................................................................................. 387

4.40 GNAMES3 [ACH]: Group name registration (Type 3) .......................................................................................... 388

4.41 GNAMER3 [ADH]: Group name readout (Type 3) ............................................................................................... 389

4.42 SCFG3 [7FH]: Config data registration (Type 3) .................................................................................................. 390

4.43 LCFG3 [7EH]: Config data readout (Type 3) ........................................................................................................ 391

4.44 SPbPrD [92H]: Color difference coefficient data registration ............................................................................... 392

4.45 LPbPrD [91H]: Color difference coefficient data readout ..................................................................................... 393

4.46 PbPrDNAMES3 [93H]: Color difference coefficient data name registration (Type 3) ........................................... 394

4.47 PbPrDNAMER3 [94H]: Color difference coefficient data name readout (Type 3) ................................................ 395

4.48 CROSS_CTRL [2EH]: Cursor pattern control ...................................................................................................... 396

4.49 SDC [61H]: D connector output condition registration ......................................................................................... 398

4.50 LDC [60H]: D connector output condition readout ............................................................................................... 399

4.51 SWP [63H]: Window pattern coordinate registration ............................................................................................ 400

4.52 LWP [62H]: Window pattern coordinate readout .................................................................................................. 401

4.53 SOM [65H]: Video output ON/OFF registration .................................................................................................... 402

4.54 LOM [64H]: Video output ON/OFF readout .......................................................................................................... 403

4.55 SAD [67H]: Audio output condition registration .................................................................................................... 404

4.56 LAD [66H]: Audio output condition readout .......................................................................................................... 405

4.57 SIPADR [F1H]: IP address registration ................................................................................................................ 406

4.58 LIPADR [F0H]: IP address readout ...................................................................................................................... 407

4.59 SPDS [69H]: Pulldown scroll setting data registration ......................................................................................... 408

4.60 LPDS [68H]: Pulldown scroll setting data readout ............................................................................................... 409

4.61 SSC [6BH]: S connector output condition registration ......................................................................................... 410

4.62 LSC [6AH]: S connector output condition readout ............................................................................................... 411

4.63 SDVIM [6DH]: DVI output mode registration ........................................................................................................ 412

4.64 LDVIM [6CH]: DVI output mode readout.............................................................................................................. 413

4.65 SGADR [F3H]: Gateway IP address registration ................................................................................................. 414

4.66 LGADR [F2H]: Gateway IP address readout ....................................................................................................... 415

viii

4.67 SHDCPEN [81H]: Program HDCP enable/disable setting ................................................................................... 416

4.68 LHDCPEN [80H]: Program HDCP enable/disable readout .................................................................................. 417

4.69 LOPTB [74H]: Optional board data acquisition .................................................................................................... 418

4.70 SOPTB [75H]: Optional board data setting .......................................................................................................... 419

4.71 LOPTB2 [79H]: Optional board data 2 acquisition ............................................................................................... 420

4.72 SOPTB2 [7AH]: Optional board data 2 setting ..................................................................................................... 421

Chapter 5 INDIVIDUAL DRAWING COMMAND FORMATS ................................................................ ........................... 423

5.1 GCIRC [18H]: Circle drawing / CCIRC [12H]: Circle clearing ................................................................................ 423

5.1.1 GCIRC [18H]: Circle drawing .......................................................................................................................... 423

5.1.2 CCIRC [12H]: Circle clearing .......................................................................................................................... 424

5.2 GCIRCPA [D4H]: Filled-in circle drawing / CCIRCPA [D5H]: Filled-in circle clearing ............................................. 425

5.2.1 GCIRCPA [D4H]: Filled-in circle drawing ......................................................................................................... 425

5.2.2 CCIRCPA [D5H]: Filled-in circle clearing ......................................................................................................... 426

5.3 GLINE [19H]: Straight line drawing / CLINE [13H]: Straight line clearing ............................................................... 427

5.3.1 GLINE [19H]: Straight line drawing ................................................................................................................. 427

5.3.2 CLINE [13H]: Straight line clearing .................................................................................................................. 428

5.4 GPSET [1BH]: Dot drawing / CPSET [14H]: Dot clearing ...................................................................................... 429

5.4.1 GPSET [1BH]: Dot drawing ............................................................................................................................. 429

5.4.2 CPSET [14H]: Dot clearing ............................................................................................................................. 430

5.5 ACLR [23H]: Drawing planes all clearing ............................................................................................................... 431

5.6 COCLR [24H]: Color clearing ................................................................................................................................ 432

5.7 GCLR [25H]: Graphic plane clearing ..................................................................................................................... 433

5.8 GCHAR [27H]: Character drawing ......................................................................................................................... 434

5.9 GSQRE [D0H]: Square drawing / CSQRE [D1H]: Square clearing ........................................................................ 435

5.9.1 GSQRE [D0H] Square drawing ....................................................................................................................... 435

5.9.2 CSQRE [D1H] Square clearing ....................................................................................................................... 436

5.10 GSQPA [31H]: Filled-in square drawing / CSQPA [32H]: Filled-in square clearing .............................................. 437

5.10.1 GSQPA [31H]: Filled-in square drawing ................................................................................................ ........ 437

5.10.2 CSQPA [32H]: Filled-in square clearing ........................................................................................................ 438

5.11 WINDW [3CH]: Window drawing / CWIND [2AH]: Window clearing .................................................................... 439

5.11.1 WINDW [3CH]: Window drawing ................................................................................................................... 439

5.11.2 CWIND [2AH]: Window clearing .................................................................................................................... 440

5.12 WINDCL [3DH]: Window color setting ................................................................................................................. 441

5.13 GRPHCL [3BH]: Graphic color setting ................................................................................................................. 442

5.14 GTRIPA [D2H]: Filled-in triangle drawing / CTRIPA [D3H]: Filled-in triangle clearing .......................................... 443

5.14.1 GTRIPA [D2H]: Filled-in triangle drawing ...................................................................................................... 443

5.14.2 CTRIPA [D3H]: Filled-in triangle clearing ...................................................................................................... 444

5.15 GELPS [D6H]: Ellipse drawing / CELPS [D7H]: Ellipse clearing .......................................................................... 445

5.15.1 GELPS [D6H]: Ellipse drawing ...................................................................................................................... 445

5.15.2 CELPS [D7H]: Ellipse clearing ...................................................................................................................... 446

5.16 GELPSPA [D8H]: Filled-in ellipse drawing / CELPSPA [D9H]: Filled-in ellipse clearing ....................................... 447

5.16.1 GELPSPA [D8H]: Filled-in ellipse drawing .................................................................................................... 447

5.16.2 CELPSPA [D9H]: Filled-in ellipse clearing ..................................................................................................... 448

5.17 G8CIRC [E0H]: Circle drawing (color designation) G8CIRCPA [E6H]: Filled-in circle drawing (color designation)449

5.17.1 G8CIRC [E0H]: Circle drawing (color designation) ....................................................................................... 449

CONTENTS

ix

5.17.2 G8CIRCPA [E6H]: Filled-in circle drawing (color designation)....................................................................... 450

5.18 G8LINE [E1H]: Straight line drawing (color designation) ..................................................................................... 451

5.19 G8PSET [E2H]: Dot drawing (color designation) ................................................................................................. 452

5.20 G8SQRE [E4H]: Square drawing (color designation) G8SQPA [E3H]: Filled-in square drawing (color

designation) ................................................................................................................................................................. 453

5.20.1 G8SQRE [E4H]: Square drawing (color designation) .................................................................................... 453

5.20.2 G8SQPA [E3H]: Filled-in square drawing (color designation)........................................................................ 454

5.21 G8TRIPA [E5H]: Filled-in triangle drawing (color designation) ............................................................................. 455

5.22 G8ELPS [E7H]: Ellipsis drawing (color designation) G8ELPSPA [E8H]: Filled-in ellipsis drawing (color

designation) ................................................................................................................................................................. 456

5.22.1 G8ELPS [E7H]: Ellipsis drawing (color designation) ..................................................................................... 456

5.22.2 G8ELPSPA [E8H]: Filled-in ellipsis drawing (color designation) .................................................................... 457

5.23 G8COLOR [EAH]: Color mode setting ................................................................................................................. 458

5.24 G8COLOR2 [ECH]: Palette setting ...................................................................................................................... 459

Chapter 6 EXAMPLES OF USAGE ................................................................................................................................ 461

6.1 Executing the internal timing data .......................................................................................................................... 461

6.1.1 Flow of commands used ................................................................................................................................. 461

6.1.2 Command settings .......................................................................................................................................... 461

6.2 Setting and executing the H and V timing data ...................................................................................................... 462

6.2.1 Flow of commands used ................................................................................................................................. 463

6.2.2 Settings established using H timing setting command .................................................................................... 464

6.2.3 Settings established using V timing setting command .................................................................................... 465

6.2.4 Settings established using program data execution command ....................................................................... 466

6.3 Setting and executing the pattern data ................................ .................................................................................. 467

6.3.1 Flow of commands used ................................................................................................................................. 468

6.3.2 Settings established using pattern select data setting command .................................................................... 469

6.3.3 Settings established using pattern data setting command .............................................................................. 470

6.3.4 Settings established using program data execution command ....................................................................... 471

6.3.5 Settings established using program data execution command (Buffer RAM) .................................................. 471

6.3.6 Settings established using pattern data output ON/OFF setting command ..................................................... 472

6.4 Setting and executing the drawing pattern data ..................................................................................................... 473

6.4.1 Flow of commands used ................................................................................................................................. 474

6.4.2 Settings established using pattern data output ON/OFF setting command ..................................................... 475

6.4.3 Settings established using window pattern clearing command ....................................................................... 476

6.4.4 Settings established using character plane color setting command ................................................................ 476

6.4.5 Settings established using window color setting command ............................................................................. 477

6.4.6 Settings established using square drawing command .................................................................................... 477

6.4.7 Settings established using filled-in triangle drawing command ....................................................................... 478

6.4.8 Settings established using circle drawing command ....................................................................................... 479

6.4.9 Settings established using window drawing command ................................................................................... 481

x

 Please read this first!

Chapter 1 CONCERNING THE TERMINAL COMMANDS

This chapter gives an outline of the terminal commands.

 VG-870 series terminal commands

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

This chapter describes the control commands of the VG-870 series.

Chapter 3 INDIVIDUAL FORMATS FOR VG DRAWING COMMANDS

This chapter describes the drawing commands of the VG-870 series.

 Previous VG Series

Chapter 4 INDIVIDUAL FORMATS FOR CONTROL COMMANDS

This chapter describes the control commands of the previous VG series.

Chapter 5 INDIVIDUAL DRAWING COMMAND FORMATS

This chapter describes the drawing commands of the previous VG series.

 Examples of how to use the commands

Chapter 6 EXAMPLES OF USAGE

This chapter gives example of how to use the terminal commands.

Concerning the configuration of this manual

This instruction manual contains the terminal commands used by the VG-870 series. It describes the setting
methods, precautions and other matters using the configuration shown below. Read through the manual
carefully to ensure that the operations are performed correctly and the settings are established correctly.

1

1

1

CONCERNING THE TERMINAL
COMMANDS

Communication system

Asynchronous system

Interface

RS-232C

Baud rate

9600/19200/38400/57600/115200 bps

Note) 115200 bps rate is not supported by VG-870 or VG-871.

Data length

8 bits, fixed

Stop bits

1 or 2

Parity

None, even or odd

Flow control

None

Computer end

VG-870 end

Pin No.

Signal

Pin No.

Signal

2

RXD (Received data)

2 TXD (Transmitted data)

3

TXD (Transmitted data)

3 RXD (Received data)

5

GND (Signal ground)

5 GND (Signal ground)

7

RTS (Request to send)

7 CTS (Clear to send)

8

CTS (Clear to send)

8 RTS (Request to send)

1.1 Introduction

The terminal mode is provided for controlling the VG generator from an external computer (such as
a personal computer). The commands and data are transmitted and received through the
RS-232C serial input/output port or through the LAN port.

By using the terminal mode, it is possible to register program data, execute programs, turn
patterns ON or OFF and perform other operations which are virtually identical to their
corresponding manual operations. In addition, functions for writing straight lines, circles, dots, etc.
are supported with graphic commands.

As in the past, the commands and data are transmitted and received through the RS-232C serial
input/output port or through the LAN port.

Although a different communication format is now used, the communication specifications,
connection configuration, error statuses and other specifications remain virtually unchanged from
before.

This manual describes the terminal commands which are supported by the VG-870, VG-871,
VG-873, VG-874, VG-880, VG-881 VG-882 and VG-883 generators.

Also the terminal commands of the VG-848 series (hereafter indicated as the “old VG models”) are
described.

1.2 Communication specifications

1.2.1 RS-232C

 Communication parameters

Fig. 1-2-1

 Connectors

Fig. 1-2-2

2

Host computer

VG-870

RS-232C straight

cable

Host computer

VG-870

Hub

1.2.2 LAN

 Communication parameters

10BASE-T, 100BASE-TX

 Connectors

RJ-45

1.3 Connection configuration

1.3.1 RS-232C

Fig. 1-3-1

1.3.2 LAN

Fig. 1-3-2

Chapter 1 CONCERNING THE TERMINAL COMMANDS

3

Command

Function

Remarks

SPbPrD [92H]

Color difference coefficient data registration

PbPrDNAMES3 [93H]

Color difference coefficient data name registration

COLOR [26H]

Color bar color setting

GBITBLT [DAH]

1-bit plane copying

G8BITBLT [E9H]

Color planes (8-bit planes) copy

Extended command

Extended function command

1.4 Differences in commands from conventional VG
series

The following commands used by the old VG models are not supported by the VG-870.

4

Term

Description

Auto display data

The length of the interval (in seconds) after the patterns have been output
until the next program is run as well as the sequence of the numbers of the
programs to be run when the VG generator is operated in the auto display
mode are set as parameters.
The sequence of program numbers can be set in a 3-block format. If, for
instance, program numbers 01, 02 and 03 are to be output first followed by
program numbers 07, 08 and 09 after which the programs are to be
repeated from 01, then 01-03 is set in the first block, 07-09 is set in the
second block, and 00-00 is set in the third block.

Pattern select data

This data is for selecting which pattern is to be output if programs are run
when the VG generator is operated in the direct display or auto display
mode. Bear in mind that “R, “, “G” and “B” must be entered in the data:
otherwise, the data will be registered without color.

Buffer RAM

The VG generator calls one of the programs registered on the Compact
Flash card (or internal flash memory) to its execution RAM first, and it then
executes the contents of the program. This RAM is called the buffer RAM.

1-program data

This is the increment of the data which is registered on the Compact Flash
card (or internal flash memory). The 1-program data consists of the H
timing data, V timing data, output condition data, pattern select data and
various pattern data.

User character

This refers to the characters which can be created and registered by the
user. The size of these characters is 64 by 64 dots.

Character plane

This is the plane on which 1-bit drawing with a single color is accomplished.

* It was referred to as the “graphic plane” in the previous terminal

commands.

Graphic plane

This is the plane on which drawings with 256 colors are displayed.

* It was referred to as the “color plane” in the previous terminal

commands.

Character

HEX code

Description

ENQ

05H

Request to start terminal mode

EOT

04H

Request to end terminal mode

ACK

06H

Positive acknowledge character

NAK

15H

Negative acknowledge character

STX

02H

Transmission text (command) start

ETB

17H

Transmission text (data) end

ETX

03H

Transmission text (command, data) end

TRDT

10H

When data is to be transmitted, this command is placed at the head of
the block before it is transmitted.

ESTS

11H

When an error status is to be transmitted, an error number is
transmitted with this command preceding it.

EXTCMD

FFH

Extended command identification code (* Added with old VG models)

VG4CMD

FDH

New command identification code

1.5 Description of terms used

Fig. 1-5

1.6 Transmission control characters, data and error
commands

Fig. 1-6

Chapter 1 CONCERNING THE TERMINAL COMMANDS

5

Error code

Description

“00”

This error occurs when an attempt has been made to write data when the memory
card was not installed.

“01”

This error occurs when the program which was input is disabled when direct display
or a program was executed.

“02”

This error occurs when the horizontal sync data is outside the 5.00 MHz ≤ Dot Clock

≤ 300.00 MHz range when direct display or a program was executed.

“03”

This error occurs when the horizontal sync data is outside the H Period ≥ Hsync +

Hbackp + Hdisp (dot) range when direct display or a program was executed.

“04”

This error occurs when the horizontal sync data is outside the H Period ≥ Hsync +

Hbackp + Hdisp (μs) range when direct display or a program was executed.

“05”

This error occurs when the horizontal sync data is outside the H Period ≥ HDstart +

HDwidth (dot) range when direct display or a program was executed.

“06”

This error occurs when the horizontal sync data is outside the H Period ≥ HDstart +

HDwidth (μs) range when direct display or a program was executed.

“16”

This error occurs when the correct data was not set in the output condition data.

“17”

This error occurs when the correct data was not set in the character pattern data.

“18”

This error occurs when the correct data was not set in the crosshatch pattern data.

“19”

This error occurs when the correct data was not set in the dot pattern data.

“20”

This error occurs when the correct data was not set in the circle pattern data.

“21”

This error occurs when the correct data was not set in the burst pattern data.

“22”

This error occurs when the correct data was not set in the window pattern data.

“23”

This error occurs when the correct data was not set in the color bar pattern data.

“24”

This error occurs when there is an error in a parameter.

“25”

This error occurs when there is an error in the data.

“26”

This error occurs when the sync signals have not been set.

“27”

There is an error in the video level and sync level data.

“30”

A timeout occurred during communication in the terminal mode.

“31”

An undefined command was received in the terminal mode.

“32”

A timeout occurred in vertical sync interrupt wait.

“33”

There is an error in the program number.

“34”

There is an error in the group number.

“35”

There is an error in the user character code.

“40”

The memory card has not been installed.

“43”

There is an error in the optional pattern number.

“44”

Trouble with FAT for optional patterns created by the user

“45”

Unregistered optional pattern created by the user

“46”

There is an error in the image data number.

“47”

Trouble with FAT for image data

“48”

The image data has not been registered.

“50”

The function cannot be used because the keys are locked.

“51”

The cursor pattern has not been selected.

“52”

Invalid EDID optional pattern

“56”

There is an error in the gray scale pattern data.

“57”

There is an error in the optional pattern data.

“59”

There is an error in the cursor pattern data.

“60”

There is an error in the program name data.

“61”

There is an error in the graphic color data.

“62”

There is an error in the action data.

“64”

Vtotal of the vertical timing data is outside the specified range.

“65”

Vdisp of the vertical timing data is outside the specified range.

“66”

Vsync of the vertical timing data is outside the specified range.

“67”

Vbackp of the vertical timing data is outside the specified range.

“68”

The front porch of the vertical timing data is outside the specified range. (Vtotal ≥
Vsync + Vbackp + Vdisp)

1.7 Error statuses

6

“69”

The blanking period of the vertical timing data is outside the specified range.

“70”

The vertical frequency of the vertical timing data is outside the specified range.

“71”

VDstart + VDline of the vertical timing data are outside the specified range. (Vtotal ≥
VDstart + VDline)

“72”

EQPfp of the vertical timing data is outside the specified range.

“73”

EQPbp of the vertical timing data is outside the specified range.

“74”

An error other than the ones above occurred in the vertical timing data.

“75”

A timeout occurred in DDC1.

“76”

An ACK error occurred in DDC1.

“78”

An ACK error occurred in DDC2.

“80”

An error occurred in Macrovision.

“81”

An error occurred in a simple moving image.

“82”

There is an error in the header information of the EDID data.

“83”

Check sum error in the EDID data.

“84”

There is an error in the header information and check sum of the EDID data.

“85”

There is an error in the YPbPr coefficients.

“86”

There is an error in the audio data number.

“87”

Trouble in FAT for the audio data

“88”

Unregistered audio data

“90”

The wrong EDID port is used for lip sync.

“91”

The delay time for lip sync was set longer than the ON (or OFF) time.

“92”

Invalid EDID latency for lip sync.

“93”

A setting other than Inter-PCM/DCD has been selected for Audio Source for lip sync
or it is set to Sweep.

Fig. 1-7

Chapter 1 CONCERNING THE TERMINAL COMMANDS

7

STX

VG4CMD

Command 1

Command 2

ETX

STX

VG4CMD

Command 1

Command 2

Parameters

ETX

STX

Command

ETX

STX

Command

Parameters

ETX

STX

EXTCMD

Model code

Command

ETX

STX

EXTCMD

Model code

Command

Parameters

ETX

1.8 Command formats

Two types of formats are used for the commands sent to the VG generator: the new commands
and old commands. There are two types of old commands: ones which are compatible with the VG
generators available in the past, and the extended commands which are used by the VG-848
series.

1.8.1 New commands

(1) Without parameters

(2) With parameters

VG4CMD: New command identification code (FDH)

1.8.2 Old commands

Compatible commands (Conventional commands)

or

Extended commands (* Used by the VG-848 series)

or

EXTCMD: Extended command identification code (FFH)
Model codes: VG generator model codes

(47H = VG-848, 48H = VG-835, 49H = VG-849/849A/849B, 4AH = VG-858,
4BH = VG-830, 4CH = VG-857, 4DH = VG-859/859A/859B, 4EH = VG-837,
4FH = VG-835-A, 50H = VG-849C, 51H = VG-859C, 52H = VG-835-B,
53H = VG-849C-A)

8

STX

VG4CMD

Command 1

Command 2

ETX

STX

VG4CMD

Command 1

Command 2

Parameters

ETX

ACK

STX

ESTS

Error code

ETX

STX

TRDT

Data

ETB

STX

TRDT

Data

ETX

ACK

STX

ESTS

Error code

ETX

STX

VG4CMD

Command 1

Command 2

ETX

STX

VG4CMD

Command 1

Command 2

Parameters

ETX

ACK

STX

ESTS

Error code

ETX

STX

TRDT

Data

ETB

STX

TRDT

Data

ETX

1.9 Basic formats

1.9.1 When setting commands are sent

Command transmission from computer to VG generator (PC → VG)

or

Return value from VG generator to computer after command transmission (PC ← VG)

or

When data is required, transmission is as shown below only when the commands were
sent and ACK was returned. (PC → VG)

or

Return value from VG generator to computer after data transmission (PC ← VG)

or

Fig. 1-9-1

1.9.2 When the get command is sent

Command transmission from computer to VG generator (PC → VG)

or

Return value from VG generator to computer after command transmission (PC ← VG)

or

Reception is as shown below only when ACK is returned. (PC ← VG)

or

Fig. 1-9-2

Chapter 1 CONCERNING THE TERMINAL COMMANDS

9

Flow

Command

Send/receive direction 1 ENQ

Send

2

ACK

Receive

1.10 Communication protocol

1.10.1 Type 1

This is the sequence when the terminal commands are started.

Fig. 1-10-1-1

Fig. 1-10-1-2

10

Flow

Command

Send/receive direction

1

STX

Command*

(Parameters)

ETX

Send

2a (Successful)

ACK

Receive

2b (Failed)

STX

ESTS

Error code

ETX

Receive

VG4CMD

Command 1

Command 2

1.10.2 Type 2

This is the sequence when commands consisting of only a command and parameters (if
required) only are transmitted.

Fig. 1-10-2-1

Fig. 1-10-2-2

* It is assumed here that the following three codes are entered in the command portion.

Chapter 1 CONCERNING THE TERMINAL COMMANDS

11

Flow

Command

Send/receive direction

1

STX

Command*1

(Parameters)

ETX

Send

2a (Successful)

ACK

Receive

2b (Failed)

STX

ESTS

Error code

ETX

Receive

3

STX

TRDT

Data

ETX

Receive

VG4CMD

Command 1

Command 2

1.10.3 Type 3

This is the sequence for receiving the VG data.

Fig. 1-10-3-1

Fig. 1-10-3-2

Note 1) It is assumed here that the following three codes are entered in the command portion.

Note 2) The flow is terminated at 2b if communication failed.

12

Flow

Command

Send/receive direction

1

STX

Command*1

(Parameters)

ETX

Send

2a (Successful)

ACK

Receive

2 b (Failed)

STX

ESTS

Error code

ETX

Receive

3

STX

TRDT

Data

ETX

Send

4a (Successful)

ACK

Receive

4b (Failed)

STX

ESTS

Error code

ETX

Receive

VG4CMD

Command 1

Command 2

1.10.4 Type 4

This is the sequence for sending the VG data.

Fig. 1-10-4-1

Fig. 1-10-4-2

Note1) It is assumed here that the following three codes are entered in the command

portion.

Note2) The flow is terminated at 2b if communication failed.

Chapter 1 CONCERNING THE TERMINAL COMMANDS

13

Flow

Command

Send/receive direction

1

STX

Command*1

(Parameters)

ETX

Send

2a (Successful)

ACK

Receive

2b (Failed)

STX

ESTS

Error code

ETX

Receive

3

STX

TRDT

Data

ETB

Receive

4

ACK

Send

3 and 4 are repeated for the desired number of times.

n-1

STX

TRDT

Data

ETX

Receive

n

ACK

Receive

VG4CMD

Command 1

Command 2

1.10.5 Type 5

This is the sequence for receiving the VG data. The data must be received for the
desired number of times.

Fig. 1-10-5-1

Fig. 1-10-5-2

Note1) It is assumed here that the following three codes are entered in the command portion.

Note 2) The flow is terminated at 2b if communication failed.

14

Flow

Command

Send/receive direction

1

STX

Command*1

(Parameters)

ETX

Send

2a (Successful)

ACK

Receive

2b (Failed)

STX

ESTS

Error code

ETX

Receive

3

STX

TRDT

Data

ETB

Send

4a (Successful)

ACK

Receive

4b (Failed)

STX

ESTS

Error code

ETX

Receive

3 and 4a or 4b are repeated for the desired number of times.

n-1

STX

TRDT

Data

ETX

Send

na (Successful)

ACK

Receive

nb (Failed)

STX

ESTS

Error code

ETX

Receive

VG4CMD

Command 1

Command 2

1.10.6 Type 6

This is the sequence for sending the VG data. The data must be sent for the desired
number of times.

Fig. 1-10-6-1

Fig. 1-10-6-2

Note1) It is assumed here that the following three codes are entered in the command portion.

Note2) The flow is terminated at 2b or 4b if communication failed.

Chapter 1 CONCERNING THE TERMINAL COMMANDS

15

Flow

Command

Send/receive direction

1

STX

Command*1

(Parameters)

ETX

Send

2a (Successful)

ACK

Receive

2b (Failed)

STX

ESTS

Error code

ETX

Receive

3

STX

Data

ETX

Receive

VG4CMD

Command 1

Command2

1.10.7 Type 7

This is the sequence for receiving the VG data. Unlike with type 3, “TRDT” is not

received.

Fig. 1-10-7-1

Fig. 1-10-7-2

Note1) It is assumed here that the following three codes are entered in the command portion.

Note2) The flow is terminated at 2b if communication failed.

1.11 Precaution drawing command

Drawing command for graphic plane (in previous terminal command, it was referred as
color plane) please remind about following issues.

1. Pattern cannot be displayed with other pattern
If you execute the graphic plane drawing command when you are displaying pattern by
VG’s front panel or remote controller, for example color bar, pattern will be abnormal.

2. Before executing the graphic plane drawing command, please execute the clear

command (GRACLR4 {28H 40H}: Graphic plain clear).

3. Color table for graphic plain drawing command, will be 0 to 255.

16

17

2

2

INDIVIDUAL FORMATS FOR VG
CONTROL COMMANDS

STX

1 byte

02H

VG4CMD

1 byte

FDH

SHT4

2 bytes

20H 20H

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

μs/dot

1 byte

“0” = μs, “1” = dot

,

1 byte

2CH (Delimiter)

Repetition

1 to 2 bytes

“1” to “10”

,

1 byte

2CH (Delimiter)

DOT CLOCK

1 to 9 bytes

“0” to “999999999” (in 1 Hz increments)

,

1 byte

2CH (Delimiter)

H-PERIOD

1 to 5 bytes

“0” to “65535” (0 to 655.35 with μs)

,

1 byte

2CH (Delimiter)

H-DISPLAY

1 to 5 bytes

“0” to “65535” (0 to 655.35 with μs)

,

1 byte

2CH (Delimiter)

H-SYNC

1 to 5 bytes

“0” to “65535” (0 to 655.35 with μs)

,

1 byte

2CH (Delimiter)

H-BACK-PORCH

1 to 5 bytes

“0” to “65535” (0 to 655.35 with μs)

,

1 byte

2CH (Delimiter)

HD-START

1 to 5 bytes

“0” to “65535” (0 to 655.35 with μs)

,

1 byte

2CH (Delimiter)

HD-WIDTH

1 to 5 bytes

“0” to “65535” (0 to 655.35 with μs)

ETX

1 byte

03H

2.1 SHT4 [20H 20H]: H timing data registration

Function: This command registers the H timing data of the program whose number

has been designated. When the program number is 0, it writes the data into
the buffer RAM. When it is 9999, it writes the data into the command work
RAM.

Sequence: Type 2

Command:

Fig. 2-1-1

18

STX

1 byte

02H

VG4CMD

1 byte

FDH

LHT4

2 bytes

20H 21H

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

μs/dot

1 byte

“0” = μs, “1” = dot

,

1 byte

2CH (Delimiter)

Repetition

1 to 2 bytes

“1” to “10”

,

1 byte

2CH (Delimiter)

DOT CLOCK

1 to 9 bytes

“0” to “999999999” (in 1 Hz increments)

,

1 byte

2CH (Delimiter)

H-PERIOD

1 to 5 bytes

“0” to “65535” (0 to 655.35 with μs)

,

1 byte

2CH (Delimiter)

H-DISPLAY

1 to 5 bytes

“0” to “65535” (0 to 655.35 with μs)

,

1 byte

2CH (Delimiter)

H-SYNC

1 to 5 bytes

“0” to “65535” (0 to 655.35 with μs)

,

1 byte

2CH (Delimiter)

H-BACK-PORCH

1 to 5 bytes

“0” to “65535” (0 to 655.35 with μs)

,

1 byte

2CH (Delimiter)

HD-START

1 to 5 bytes

“0” to “65535” (0 to 655.35 with μs)

,

1 byte

2CH (Delimiter)

HD-WIDTH

1 to 5 bytes

“0” to “65535” (0 to 655.35 with μs)

ETX

1 byte

03H

2.2 LHT4 [20H 21H]: H timing data readout

Function: This command reads the H timing data of the program whose number has

been designated. When the program number is 0, it reads out the data from
the buffer RAM. When the program has any number from 1001 to 2000, the
command reads out from the fixed data. When the program number is 9999,
the command reads the data from the command work RAM.

Sequence: Type 3

Command:

Fig. 2-2-1

Data:

Fig. 2-2-2

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

19

STX

1 byte

02H

VG4CMD

1 byte

FDH

SVT4

2 bytes

20H 22H

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

SCAN MODE

1 byte

“0” = NO INTER, “1” = INTER & sync,
“2” = INTER & VIDEO,
“3” = Progressive Segmented Frame

,

1 byte

2CH (Delimiter)

SERRATION

1 byte

“0” = OFF, “1” = 0.5H, “2” = 1H, “3” = EXOR

,

1 byte

2CH (Delimiter)

ENQ ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

V-TOTAL

1 to 5 bytes

“0” to “99995” (0 to 9999.5H)

,

1 byte

2CH (Delimiter)

V-SYNC

1 to 3 bytes

“0” to “995” (0 to 99.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

ENQ-FP

1 to 3 bytes

“0” to “995” (0 to 99.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

ENQ-BP

1 to 3 bytes

“0” to “995” (0 to 99.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

V-BACK-PORCH

1 to 5 bytes

“0” to “99995” (0 to 9999.5H)

,

1 byte

2CH (Delimiter)

V-DISPLAY

1 to 4 bytes

“0” to “9999” (0 to 9999H)

,

1 byte

2CH (Delimiter)

VD-START

1 to 5 bytes

“0” to “99995” (0 to 9999.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

VD-WIDTH

1 to 5 bytes

“0” to “99995” (0 to 9999.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

V-TOTAL2

1 to 5 bytes

“0” to “99995” (0 to 9999.5H)

,

1 byte

2CH (Delimiter)

V-SYNC2

1 to 3 bytes

“0” to “995” (0 to 99.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

ENQ-FP2

1 to 3 bytes

“0” to “995” (0 to 99.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

ENQ-BP2

1 to 3 bytes

“0” to “995” (0 to 99.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

V-BACK-PORCH2

1 to 5 bytes

“0” to “99995” (0 to 9999.5H)

,

1 byte

2CH (Delimiter)

V-DISPLAY2

1 to 4 bytes

“0” to “9999” (0 to 9999H)

,

1 byte

2CH (Delimiter)

VD-START2

1 to 5 bytes

“0” to “99995” (0 to 9999.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

VD-WIDTH2

1 to 5 bytes

“0” to “99995” (0 to 9999.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

2.3 SVT4 [20H 22H]: V timing data registration

Function: This command registers the V timing data of the program whose number

has been designated. When the program number is 0, it writes the data into
the buffer RAM. When it is 9999, it writes the data into the command work
RAM.

Sequence: Type 2

Command:

20

TV Mode

1 to 2 bytes

“0” = Other
“1” = NTSC
“2” = PAL
“3” = SECAM
“4” = HDTV1080
“5” = Reserved
“6” = NTSC-M
“7” = NTSC-443
“8” = PAL-M
“9” = PAL-60
“10” = PAL-N
“11” = PAL-Nc
“12” = HDTV1250AUS
“13” = HDTV1250
“14” = HDTV1152AUS
“15” = Reserved
“16” = Reserved
“17” = HDTV720

,

1 byte

2CH (Delimiter)

Reserved

32 bytes

Reserved (fixed to all 0)

ETX

1 byte

03H

Fig. 2-3-1

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

21

STX

1 byte

02H

VG4CMD

1 byte

FDH

LHT4

2 bytes

20H 23H

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

SCAN MODE

1 byte

“0” = NO INTER, “1” = INTER & sync,
“2” = INTER & VIDEO,
“3” = Progressive Segmented Frame

,

1 byte

2CH (Delimiter)

SERRATION

1 byte

“0” = OFF, “1” = 0.5H, “2” = 1H, “3” = EXOR

,

1 byte

2CH (Delimiter)

ENQ ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

V-TOTAL

1 to 5 bytes

“0” to “99995” (0 to 9999.5H)

,

1 byte

2CH (Delimiter)

V-SYNC

1 to 3 bytes

“0” to “995” (0 to 99.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

ENQ-FP

1 to 3 bytes

“0” to “995” (0 to 99.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

ENQ-BP

1 to 3 bytes

“0” to “995” (0 to 99.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

V-BACK-PORCH

1 to 5 bytes

“0” to “99995” (0 to 9999.5H)

,

1 byte

2CH (Delimiter)

V-DISPLAY

1 to 4 bytes

“0” to “9999” (0 to 9999H)

,

1 byte

2CH (Delimiter)

VD-START

1 to 5 bytes

“0” to “99995” (0 to 9999.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

VD-WIDTH

1 to 5 bytes

“0” to “99995” (0 to 9999.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

V-TOTAL2

1 to 5 bytes

“0” to “99995” (0 to 9999.5H)

,

1 byte

2CH (Delimiter)

V-SYNC2

1 to 3 bytes

“0” to “995” (0 to 99.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

ENQ-FP2

1 to 3 bytes

“0” to “995” (0 to 99.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

ENQ-BP2

1 to 3 bytes

“0” to “995” (0 to 99.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

V-BACK-PORCH2

1 to 5 bytes

“0” to “99995” (0 to 9999.5H)

,

1 byte

2CH (Delimiter)

V-DISPLAY2

1 to 4 bytes

“0” to “9999” (0 to 9999H)

2.4 LVT4 [20H 23H]: V timing data readout

Function: This command reads the V timing data of the program whose number has

been designated. When the program number is 0, it reads out the data from
the buffer RAM. When the program has any number from 1001 to 2000, the
command reads out from the fixed data. When the program number is 9999,
the command reads the data from the command work RAM.

Sequence: Type 3

Command:

Data:

Fig. 2-4-1

22

,

1 byte

2CH (Delimiter)

VD-START2

1 to 5 bytes

“0” to “99995” (0 to 9999.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

VD-WIDTH2

1 to 5 bytes

“0” to “99995” (0 to 9999.5H) * In 0.5H increments

,

1 byte

2CH (Delimiter)

TV Mode

1 or 2 bytes

“0” = Other
“1” = NTSC
“2” = PAL
“3” = SECAM
“4” = HDTV1080
“5” = Reserved
“6” = NTSC-M
“7” = NTSC-443
“8” = PAL-M
“9” = PAL-60
“10” = PAL-N
“11” = PAL-Nc
“12” = HDTV1250AUS
“13” = HDTV1250
“14” = HDTV1152AUS
“15” = Reserved
“16” = Reserved
“17” = HDTV720

,

1 byte

2CH (Delimiter)

Reserved

32 bytes

Reserved (All 0)

ETX

1 byte

03H

Fig. 2-4-2

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

23

STX

1 byte

02H

VG4CMD

1 byte

FDH

SOT4

2 bytes

20H 24H

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

YPbPr

1 byte

“0” = OFF (RGB), “1” = ON (YPbPr)

,

1 byte

2CH (Delimiter)

YPbPrNo

1 byte

“0” to “5”
0 to 3, 5: Fixed data is used.
4: The values in coefficient tables below are used.

,

1 byte

2CH (Delimiter)

Color difference
coefficient YR

1 to 5 bytes

“0” to “10000”
Total value of YG + YB must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient YG

1 to 5 bytes

“0” to “10000”
Total value of YR + YB must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient YB

1 to 5 bytes

“0” to “10000”
Total value of YR + YG must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient CbR

1 to 4 bytes

“0” to “5000”
Total value of CbG + CbB must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient CbG

1 to 4 bytes

“0” to “5000”
Total value of CbR + CbB must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient CbB

1 to 4 bytes

“0” to “5000”
Total value of CbR + CbG must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient CrR

1 to 4 bytes

“0” to “5000”
Total value of CrR + CrG must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient CrG

1 to 4 bytes

“0” to “5000”
Total value of CrR + CrB must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient CrB

1 to 4 bytes

“0” to “5000”
Total value of CrR + CrG must be set to under 10000.

,

1 byte

2CH (Delimiter)

HS ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

HS MODE

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

HS Sel

1 byte

“0” = HS, “1” = CS

,

1 byte

2CH (Delimiter)

VS ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

VS MODE

1 byte

“0” = Nega, “1” = Posi

2.5 SOT4 [20H 24H]: Output condition data registration

Function: This command registers the output condition data of the program whose

number has been designated. When the program number is 0, it writes the
data into the buffer RAM. When it is 9999, it writes the data into the
command work RAM.

Sequence: Type 2

Command:

24

,

1 byte

2CH (Delimiter)

CS ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

CS MODE

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

CS Sel

1 byte

“0” = CS, “1” = HS, “2” = VS

,

1 byte

2CH (Delimiter)

CV ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

CV MODE

1 byte

“1” = R, “2” = G, “3” = RG, “4” = B, “5” = RB, “6” = GB,
“7” = “RGB”

,

1 byte

2CH (Delimiter)

Analog Video Level

1 to 3 bytes

“0” to “120” (0.00 to 1.20 V)

,

1 byte

2CH (Delimiter)

Analog Setup Level

1 to 3 bytes

“0” to “25” (0.00 to 0.25 V)

,

1 byte

2CH (Delimiter)

Analog Sync Level

1 to 3 bytes

“0” to “60” (0.00 to 0.60 V)

,

1 byte

2CH (Delimiter)

Out Bit Len

1 or 2 bytes

“0” to “16”

* “0” to “12” in case of VG-882 and VG-883

0: Config setting is followed.

,

1 byte

2CH (Delimiter)

HDCP Disp Port

1 byte

“0” = Disable
“1” = DVI
“2” = PC (DVI)
“3” = HDMI1
“4” = HDMI2

"5" = TV-DVI
"6"=DisplayPort1
"7"=DisplayPort2
"8"=iTMDS1-1
"9"=iTMDS1-2
"10"=iTMDS2-1
"11"=iTMDS2-2
"12"=HDMI3 * VG-882,883, 876
"13"=HDMI4 * VG-882,883, 876

Below is for VG-876
"14"=HDMI5 "15"=HDMI6 "16"=HDMI7
"17"=HDMI8 "18"=HDMI9 "19"=HDMI10
"20"=HDMI11 "21"=HDMI12 "22"=HDMI13
"23"=HDMI14 "24"=HDMI15 "25"=HDMI16
"26"=DisplayPort3 "27"=DisplayPort4
"28"=DisplayPort5 "29"=DisplayPort6
"30"=DisplayPort7 "31"=DisplayPort8

,

1 byte

2CH (Delimiter)

D-Connector Line1

1 byte

“0” = 480, “1” = 720, “2” = 1080, "3" = Auto

,

1 byte

2CH (Delimiter)

D-Connector Line2

1 byte

“0” = Interlace, “1" = Progressive, "2" = Auto

,

1 byte

2CH (Delimiter)

D-Connector Line3

1 byte

“0” = 4:3, “1” = 4:3LB, “2” = 16:9, "3" = Auto

,

1 byte

2CH (Delimiter)

Reserved

1 byte

Fixed at “0”

,

1 byte

2CH (Delimiter)

PC-BNC ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

PC-DSub ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

DVI-A ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

DVI-D ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

VBS ON/OFF

1 byte

“0” = OFF, “1” = ON

, 2CH (Delimiter)

BNC ON/OFF

1 byte

“0” = OFF, “1” = ON

, 2CH (Delimiter)

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

25

S-Connector ON/OFF

1 byte

“0” = OFF, “1” = ON

, 2CH (Delimiter)

D-Connector ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

TV-DSUB ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

SCART1 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

SCART2 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

HDMI1 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

HDMI2 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

DVI-D1 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

DVI-D2 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

LVDS-D1 ON/OFF

1 byte

“0” = OFF, “1” = ON
* LVDS1 and LVDS2 are the same.

,

1 byte

2CH (Delimiter)

LVDS-D2 ON/OFF

1 byte

“0” = OFF, “1” = ON
* LVDS1 and LVDS2 are the same.

,

1 byte

2CH (Delimiter)

LVDS-D3 ON/OFF

1 byte

“0” = OFF, “1” = ON
* LVDS3 and LVDS4 are the same.

,

1 byte

2CH (Delimiter)

LVDS-D4 ON/OFF

1 byte

“0” = OFF, “1” = ON
* LVDS3 and LVDS4 are the same.

,

1 byte

2CH (Delimiter)

PARA1 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

PARA2 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

PARA3 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

PARA4 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

S-Connector

1 byte

“0” = Normal (4:3 normally output)
“1” = LetterBox
“2” = Sqeeze

"3" = Auto

,

1 byte

2CH (Delimiter)

DVI Dual Link Mode

1 byte

“0” = Single (Auto)
“1” = Dual (8 bits)
“2” = Single (8 bits)
“3” = Single (16 bits)

,

1 byte

2CH (Delimiter)

DVI Ctl0

1 byte

“0” = Low, “1” = High

,

1 byte

2CH (Delimiter)

DVI Ctl1

1 byte

“0” = Low, “1” = High

,

1 byte

2CH (Delimiter)

Aspect Mode

1 byte

“0” = 4:3
“1” = 16:9
“2” = Reso
“3” = User

"4" = 4:3 LB

,

1 byte

2CH (Delimiter)

Aspect H

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

Aspect V

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

HDCP Enable

1 byte

“0” = Disable, “1” = Enable

,

1 byte

2CH (Delimiter)

Level Mode1 (Reserved)

1 byte

Fixed at “0”

,

1 byte

2CH (Delimiter)

Level Mode2 (PC All)

1 byte

“0” = FULL, “1” = LIMITED

,

1 byte

2CH (Delimiter)

26

Level Mode3 (TV All)

1 byte

“0” = FULL, “1” = LIMITED

,

1 byte

2CH (Delimiter)

Level Mode4 (Reserved)

1 byte

Fixed at “0”

,

1 byte

2CH (Delimiter)

Level Mode5 (DVI)

1 byte

“0” = FULL, “1” = LIMITED

,

1 byte

2CH (Delimiter)

Level Mode6 (LVDS)

1 byte

“0” = FULL, “1” = LIMITED

,

1 byte

2CH (Delimiter)

Level Mode7 (Parallel)

1 byte

“0” = FULL, “1” = LIMITED

,

1 byte

2CH (Delimiter)

Level Mode8 (HDMI)

1 byte

“0” = FULL, “1” = LIMITED

,

1 byte

2CH (Delimiter)

Level Mode9 (Reserved)

1 byte

Fixed at “0”

,

1 byte

2CH (Delimiter)

Level Mode10
(Reserved)

1 byte

Fixed at “0”
,

1 byte

2CH (Delimiter)

Level Mode11
(DisplayPort)

1 byte

"0"=FULL "1"=LIMITTED

,

1 byte

2CH (Delimiter)

Level Mode12
(Reserved)

1 byte

Fixed at “0”
,

1 byte

2CH (Delimiter)

Level Mode13
(Reserved)

1 byte

Fixed at “0”
,

1 byte

2CH (Delimiter)

Level Mode14（iTMDS）

1 BYTE

"0"=FULL "1"=LIMITTED

,

1 BYTE

2CH（Delimiter）

Level Mode15
(Reserved)

1 byte

Fixed at “0”
,

1 byte

2CH (Delimiter)

Level Mode16
(Reserved)

1 byte

Fixed at “0”
,

1 byte

2CH (Delimiter)

Signal Name Disp On

1 byte

“0” = OFF, “1” = ON

,

1 BYTE

2CH (Delimiter)

DisplayPort1 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

DisplayPort2 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

TV-DVI Digital ON/OFF

1 BYTE

"0"=OFF "1"=ON

iTMDS1 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

iTMDS2 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

SDI 1&2 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

SDI 3&4 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

Digital Video Level

1 - 5 BYTE

"0" to "65535"

* In case of VG-882, 883, it is "0" to"4095"

,

1 BYTE

2CH (Delimiter)

Digital Video Level Bit
Mode

1 - 2 BYTE

"8" - "16"
* In case of VG-882, 883, it is "8" - "12"

,

1 BYTE

2CH (Delimiter)

HDMI3 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

HDMI4 ON/OFF

1 BYTE

"0"=OFF "1"=ON

ETX

1 byte

03H

Fig. 2-5-1

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

27

STX

1 byte

02H

VG4CMD

1 byte

FDH

LOT4

2 bytes

20H 25H

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

YPbPr

1 byte

“0” = OFF (RGB), “1” = ON (YPbPr)

,

1 byte

2CH (Delimiter)

YPbPrNo

1 byte

“0” to “5”
0 to 3, 5: Fixed data is used.
4: The values in coefficient tables below are used.

,

1 byte

2CH (Delimiter)

Color difference
coefficient YR

1 to 5 bytes

“0” to “10000”
Total value of YG + YB must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient YG

1 to 5 bytes

“0” to “10000”
Total value of YR + YB must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient YB

1 to 5 bytes

“0” to “10000”
Total value of YR + YG must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient CbR

1 to 4 bytes

“0” to “5000”
Total value of CbG + CbB must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient CbG

1 to 4 bytes

“0” to “5000”
Total value of CbR + CbB must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient CbB

1 to 4 bytes

“0” to “5000”
Total value of CbR + CbG must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient CrR

1 to 4 bytes

“0” to “5000”
Total value of CrR + CrG must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient CrG

1 to 4 bytes

“0” to “5000”
Total value of CrR + CrB must be set to under 10000.

,

1 byte

2CH (Delimiter)

Color difference
coefficient CrB

1 to 4 bytes

“0” to “5000”
Total value of CrR + CrG must be set to under 10000.

,

1 byte

2CH (Delimiter)

HS ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

HS MODE

1 byte

“0” = Nega, “1” = Posi

2.6 LOT4 [20H 25H]: Output condition data readout

Function: This command reads the output condition data of the designated program.

When the program number is 0, it reads out the data from the buffer RAM.
When the program has any number from 1001 to 2000, the command reads
out from the fixed data. When the program number is 9999, the command
reads the data from the command work RAM.

Sequence: Type 3

Command:

Data:

Fig. 2-6-1

28

,

1 byte

2CH (Delimiter)

HS Sel

1 byte

“0” = HS, “1” = CS

,

1 byte

2CH (Delimiter)

VS ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

VS MODE

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

CS ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

CS MODE

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

CS Sel

1 byte

“0” = CS, “1” = HS, “2” = VS

,

1 byte

2CH (Delimiter)

CV ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

CV MODE

1 byte

“1” = R, “2” = G, “3” = RG, “4” = B, “5” = RB, “6” = GB,
“7” = “RGB”

,

1 byte

2CH (Delimiter)

Analog Video Level

1 to 3 bytes

“0” to “120” (0.00 to 1.20 V)

,

1 byte

2CH (Delimiter)

Analog Setup Level

1 to 3 bytes

“0” to “25” (0.00 to 0.25 V)

,

1 byte

2CH (Delimiter)

Analog Sync Level

1 to 3 bytes

“0” to “60” (0.00 to 0.60 V)

,

1 byte

2CH (Delimiter)

Out Bit Len

1 or 2 bytes

“0” to “16”

* “0” to “12” in case of VG-882 and VG-883

0: Config setting is followed.

,

1 byte

2CH (Delimiter)

HDCP Disp Port

1 byte

“0” = Disable
“1” = DVI
“2” = PC (DVI)
“3” = HDMI1
“4” = HDMI2

"5" = TV-DVI
"6"=DisplayPort1
"7"=DisplayPort2
"8"=iTMDS1-1
"9"=iTMDS1-2
"10"=iTMDS2-1
"11"=iTMDS2-2
"12"=HDMI3 * VG-882,883,876
"13"=HDMI4 * VG-882,883,876

Below is for VG-876
"14"=HDMI5 "15"=HDMI6 "16"=HDMI7
"17"=HDMI8 "18"=HDMI9 "19"=HDMI10
"20"=HDMI11 "21"=HDMI12 "22"=HDMI13
"23"=HDMI14 "24"=HDMI15 "25"=HDMI16
"26"=DisplayPort3 "27"=DisplayPort4
"28"=DisplayPort5 "29"=DisplayPort6
"30"=DisplayPort7 "31"=DisplayPort8

,

1 byte

2CH (Delimiter)

D-Connector Line1

1 byte

“0” = 480, “1” = 720, “2” = 1080, "3" = Auto

,

1 byte

2CH (Delimiter)

D-Connector Line2

1 byte

“0” = Interlace, “1” = Progressive, "2" = Auto

,

1 byte

2CH (Delimiter)

D-Connector Line3

1 byte

“0” = 4:3, “1” = 4:3LB, “2” = 16:9, "3" = Auto

,

1 byte

2CH (Delimiter)

Reserved

1 byte

Fixed at “0”

,

1 byte

2CH (Delimiter)

PC-BNC ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

PC-DSub ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

DVI-A ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

29

DVI-D ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

VBS ON/OFF

1 byte

“0” = OFF, “1” = ON

, 2CH (Delimiter)

BNC ON/OFF

1 byte

“0” = OFF, “1” = ON

, 2CH (Delimiter)

S-Connector ON/OFF

1 byte

“0” = OFF, “1” = ON

, 2CH (Delimiter)

D-Connector ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

TV-DSUB ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

SCART1 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

SCART2 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

HDMI1 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

HDMI2 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

DVI-D1 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

DVI-D2 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

LVDS-D1 ON/OFF

1 byte

“0” = OFF, “1” = ON
* LVDS1 and LVDS2 are the same.

,

1 byte

2CH (Delimiter)

LVDS-D2 ON/OFF

1 byte

“0” = OFF, “1” = ON
* LVDS1 and LVDS2 are the same.

,

1 byte

2CH (Delimiter)

LVDS-D3 ON/OFF

1 byte

“0” = OFF, “1” = ON
* LVDS3 and LVDS4 are the same.

,

1 byte

2CH (Delimiter)

LVDS-D4 ON/OFF

1 byte

“0” = OFF, “1” = ON
* LVDS3 and LVDS4 are the same.

,

1 byte

2CH (Delimiter)

PARA1 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

PARA2 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

PARA3 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

PARA4 ON/OFF

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

S-Connector

1 byte

“0” = Normal (4:3 normally output)
“1” = LetterBox
“2” = Sqeeze

"3" = Auto

,

1 byte

2CH (Delimiter)

DVI Dual Link Mode

1 byte

“0” = Single (Auto)
“1” = Dual (8 bits)
“2” = Single (8 bits)
“3” = Single (16 bits)

,

1 byte

2CH (Delimiter)

DVI Ctl0

1 byte

“0” = Low, “1” = High

,

1 byte

2CH (Delimiter)

DVI Ctl1

1 byte

“0” = Low, “1” = High

,

1 byte

2CH (Delimiter)

Aspect Mode

1 byte

“0” = 4:3
“1” = 16:9
“2” = Reso
“3” = User

"4" = 4:3LB

,

1 byte

2CH (Delimiter)

Aspect H

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

Aspect V

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

30

HDCP Enable

1 byte

“0” = Disable, “1” = Enable

,

1 byte

2CH (Delimiter)

Level Mode1 (Reserved)

1 byte

Fixed at “0”

,

1 byte

2CH (Delimiter)

Level Mode2 (PC All)

1 byte

“0” = FULL, “1” = LIMITED

,

1 byte

2CH (Delimiter)

Level Mode3 (TV All)

1 byte

“0” = FULL, “1” = LIMITED

,

1 byte

2CH (Delimiter)

Level Mode4 (Reserved)

1 byte

Fixed at “0”

,

1 byte

2CH (Delimiter)

Level Mode5 (DVI)

1 byte

“0” = FULL, “1” = LIMITED

,

1 byte

2CH (Delimiter)

Level Mode6 (LVDS)

1 byte

“0” = FULL, “1” = LIMITED

,

1 byte

2CH (Delimiter)

Level Mode7 (Parallel)

1 byte

“0” = FULL, “1” = LIMITED

,

1 byte

2CH (Delimiter)

Level Mode8 (HDMI)

1 byte

“0” = FULL, “1” = LIMITED

,

1 byte

2CH (Delimiter)

Level Mode9 (Reserved)

1 byte

Fixed at “0”

,

1 byte

2CH (Delimiter)

Level Mode10
(Reserved)

1 byte

Fixed at “0”
,

1 byte

2CH (Delimiter)

Level Mode11
(Reserved)

1 byte

Fixed at “0”
,

1 byte

2CH (Delimiter)

Level Mode12
(Reserved)

1 byte

Fixed at “0”
,

1 byte

2CH (Delimiter)

Level Mode13
(Reserved)

1 byte

Fixed at “0”
,

1 byte

2CH (Delimiter)

Level Mode14（iTMDS）

1 BYTE

"0"=FULL "1"=LIMITTED

,

1 BYTE

2CH（Delimiter）

Level Mode14
(Reserved)

1 byte

Fixed at “0”
,

1 byte

2CH (Delimiter)

Level Mode15
(Reserved)

1 byte

Fixed at “0”
,

1 byte

2CH (Delimiter)

Level Mode16
(Reserved)

1 byte

Fixed at “0”
,

1 byte

2CH (Delimiter)

Signal Name Disp On

1 byte

“0” = OFF, “1” = ON

,

1 BYTE

2CH (Delimiter)

DisplayPort1 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

DisplayPort2 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

TV-DVI Digital ON/OFF

1 BYTE

"0"=OFF "1"=ON

iTMDS1 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

iTMDS2 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH(Delimiter)

SDI 1&2 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

SDI 3&4 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

Digital Video Level

1 - 5 BYTE

"0" - "65535"
* In case of VG-882, 883, it is "0" to"4095"

,

1 BYTE

2CH (Delimiter)

Digital Video Level Bit
Mode

1 - 2 BYTE

"8" - "16"
* In case of VG-882, 883, it is "8" to"12"

,

1 BYTE

2CH (Delimiter)

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

31

HDMI3 ON/OFF

1 BYTE

"0"=OFF "1"=ON

,

1 BYTE

2CH (Delimiter)

HDMI4 ON/OFF

1 BYTE

"0"=OFF "1"=ON

ETX

1 byte

03H

Fig. 2-6-2

32

STX

1 byte

02H

VG4CMD

1 byte

FDH

SPAR4

2 bytes

20H 26H

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

HD Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

VD Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

CS Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Clock Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Disp Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Dual Mode

1 byte

“0” = Single (Auto)
“1” = Dual (8 bits)
“2” = Single (8 bits)
“3” = Single (16 bits)

,

1 byte

2CH (Delimiter)

Ch1 Output Enable

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch1 Clock

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch1 Sync

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch1 Power

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch1 RGB Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Ch1 SW1

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch1 SW2

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch1 SW3

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch2 Output Enable

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch2 Clock

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch2 Sync

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch2 Power

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch2 RGB Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Ch2 SW1

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

2.7 SPAR4 [20H 26H]: Parallel data registration

Function: This command registers the parallel data of the designated program. When

the program number is 0, it writes the data into the buffer RAM. When it is
9999, it writes the data into the command work RAM.

Sequence: Type 2

Command:

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

33

Ch2 SW2

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch2 SW3

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch3 Output Enable

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch3 Clock

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch3 Sync

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch3 Power

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch3 RGB Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Ch3 SW1

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch3 SW2

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch3 SW3

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch4 Output Enable

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch4 Clock

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch4 Sync

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch4 Power

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch4 RGB Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Ch4 SW1

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch4 SW2

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch4 SW3

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

ETX

1 byte

03H

Fig. 2-7-1

34

STX

1 byte

02H

VG4CMD

1 byte

FDH

LPAR4

2 bytes

20H 27H

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

HD Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

VD Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

CS Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Clock Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Disp Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Dual Mode

1 byte

“0” = Single (Auto)
“1” = Dual (8 bits)
“2” = Single (8 bits)
“3” = Single (16 bits)

,

1 byte

2CH (Delimiter)

Ch1 Output Enable

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch1 Clock

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch1 Sync

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch1 Power

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch1 RGB Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Ch1 SW1

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch1 SW2

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch1 SW3

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch2 Output Enable

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch2 Clock

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

2.8 LPAR4 [20H 27H]: Parallel data readout

Function: This command reads the parallel data of the designated program. When the

program number is 0, it reads out the data from the buffer RAM. When the
program has any number from 1001 to 2000, the command reads out from
the fixed data. When the program number is 9999, the command reads the
data from the command work RAM.

Sequence: Type 3

Command:

Data:

Fig. 2-8-1

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

35

Ch2 Sync

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch2 Power

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch2 RGB Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Ch2 SW1

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch2 SW2

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch2 SW3

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch3 Output Enable

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch3 Clock

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch3 Sync

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch3 Power

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch3 RGB Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Ch3 SW1

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch3 SW2

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch3 SW3

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch4 Output Enable

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch4 Clock

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch4 Sync

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch4 Power

1 byte

“0” = Hi-Z, “1” = ON

,

1 byte

2CH (Delimiter)

Ch4 RGB Polarity

1 byte

“0” = Nega, “1” = Posi

,

1 byte

2CH (Delimiter)

Ch4 SW1

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch4 SW2

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

,

1 byte

2CH (Delimiter)

Ch4 SW3

1 byte

“0” = CS, “1” = VD, “2” = HD, “3” = Low, “4” = High

ETX

1 byte

03H

Fig. 2-8-2

36

STX

1 byte

02H

VG4CMD

1 byte

FDH

SLVDS4

2 bytes

20H 28H

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

Dual Mode

1 byte

“0” = Single (Auto)
“1” = Dual (Auto)
“2” = Quad (10 bits)
“3” = Single (10 bits)
“4” = Single (Mbits)
“5” = Dual (10 bits)
“6” = Dual (Mbits)

,

1 byte

2CH (Delimiter)

Split Mode

1 byte

“0” = None
“1” = Split into 2 (Valid at Dual or Quad setting)
“2” = Split into 4 (Valid at Quad setting)

,

1 byte

2CH (Delimiter)

Control 1

1 byte

“0” = LOW, “1” = HIGH

,

1 byte

2CH (Delimiter)

Control 2

1 byte

“0” = LOW, “1” = HIGH

,

1 byte

2CH (Delimiter)

Control 3

1 byte

“0” = LOW, “1” = HIGH

,

1 byte

2CH (Delimiter)

Control 4

1 byte

“0” = LOW, “1” = HIGH

LVDS Select

1 BYTE

"0"=DEF1(DISM)
"1"=DEF2(OpenLDI)
"2"=USER1
"3"=USER2
"4"=USER3
"5"=refer Program

,

1 byte

2CH (Delimiter)

Reserved1

1 byte

Fixed at “0”

,

1 byte

2CH (Delimiter)

Reserved2

1 byte

Fixed at “0”

,

1 byte

2CH (Delimiter)

Reserved3

1 byte

Fixed at “0”

ETX

1 byte

03H

2.9 SLVDS4 [20H 28H]: LVDS data registration

Function: This command registers the LVDS data of the designated program. When

the program number is 0, it writes the data into the buffer RAM. When it is
9999, it writes the data into the command work RAM.

Sequence: Type 2

Command:

Fig. 2-9-1

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

37

STX

1 byte

02H

VG4CMD

1 byte

FDH

LLVDS4

2 bytes

20H 29H

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

Dual Mode

1 byte

“0” = Single (Auto)
“1” = Dual (Auto)
“2” = Quad (10 bits)
“3” = Single (10 bits)
“4” = Single (Mbits)
“5” = Dual (10 bits)
“6” = Dual (Mbits)

,

1 byte

2CH (Delimiter)

Split Mode

1 byte

“0” = None
“1” = Split into 2 (Valid at Dual or Quad setting)
“2” = Split into 4 (Valid at Quad setting)

,

1 byte

2CH (Delimiter)

Control 1

1 byte

“0” = LOW, “1” = HIGH

,

1 byte

2CH (Delimiter)

Control 2

1 byte

“0” = LOW, “1” = HIGH

,

1 byte

2CH (Delimiter)

Control 3

1 byte

“0” = LOW, “1” = HIGH

,

1 byte

2CH (Delimiter)

Control 4

1 byte

“0” = LOW, “1” = HIGH

LVDS Select

1 BYTE

"0"=DEF1(DISM)
"1"=DEF2(OpenLDI)
"2"=USER1
"3"=USER2
"4"=USER3
"5"=refer Program

,

1 byte

2CH (Delimiter)

Reserved1

1 byte

Fixed at “0”

,

1 byte

2CH (Delimiter)

Reserved2

1 byte

Fixed at “0”

,

1 byte

2CH (Delimiter)

Reserved3

1 byte

Fixed at “0”

ETX

1 byte

03H

2.10 LLVDS4 [20H 29H]: LVDS data readout

Function: This command reads the LVDS data of the designated program. When the program

number is 0, it reads out the data from the buffer RAM. When the program has any
number from 1001 to 2000, the command reads out from the fixed data. When the
program number is 9999, the command reads the data from the command work
RAM.

Sequence: Type 3

Command:

Data:

Fig. 2-10-1

Fig. 2-10-2

38

STX

1 byte

02H

VG4CMD

1 byte

FDH

SPTS4

2 bytes

20H 2AH

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

Pattern select code #1

1 or 2 bytes

“0” to “99”

,

1 byte

2CH (Delimiter)

Pattern select code #2

1 or 2 bytes

“0” to “99”

,

1 byte

2CH (Delimiter)

,

1 byte

2CH (Delimiter)

Pattern select code #N

1 or 2 bytes

“0” to “99”

ETX

1 byte

03H

Code

Pattern

0 R 1 G 2 B 3

INV

6

Character Plane

7

OPT

8

Checker

9

Aspect

10

Raster

11

Moonscape

12

Sweep

13

Ramp

14

Gray Scale

15

ColorBar

17

Name

18

Cursor

19

Window

24

Burst

25

Circle

26



2.11 SPTS4 [20H 2AH]: Pattern select data registration

Function: This command registers the pattern select data of the designated program.

When the program number is 0, it writes the data into the buffer RAM. When
it is 9999, it writes the data into the command work RAM.

Sequence: Type 2

Command:

Concerning the pattern select codes

Fig. 2-11-1

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

39

27



28 29

DOTS

30

CROSS

31

CHARA

Fig. 2-11-2

40

STX

1 byte

02H

VG4CMD

1 byte

FDH

LPTS4

2 bytes

20H 2BH

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

Pattern select code #1

1 or 2 bytes

“0” to “99”

,

1 byte

2CH (Delimiter)

Pattern select code #2

1 or 2 bytes

“0” to “99”

,

1 byte

2CH (Delimiter)

, 1 byte

2CH (Delimiter)

Pattern select code #N

1 or 2 bytes

“0” to “99”

ETX

1 byte

03H

2.12 LPTS4 [20H 2BH]: Pattern select data readout

Function: This command reads the pattern select data of the designated program.

When the program number is 0, it reads out the data from the buffer RAM.
When the program has any number from 1001 to 2000, the command reads
out from the fixed data. When the program number is 9999, the command
reads the data from the command work RAM.

Sequence: Type 3

Command:

Fig. 2-12-1

Data:

Fig. 2-12-2

For details concerning the pattern select codes, refer to Fig. 2-11-2.

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

41

STX

1 byte

02H

VG4CMD

1 byte

FDH

SPT4

2 bytes

20H 2CH

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

Pattern block No.

1 or 2 bytes

“1” = Foreground color
“2” = Character
“3” = Crosshatch
“4” = Dot
“5” = Circle
“6” = Burst
“7” = Window
“8” = Cursor
“9” = Pattern name
“10” = Color bar
“11” = Gray scale
“12” = Ramp
“13” = Sweep
“14” = Monoscope
“15” = Raster
“16” = Checker
“17” = Optional pattern
“18” = Background color
“19” = Aspect ratio

,

1 byte

2CH (Delimiter)

Pattern data

? bytes

Refer to Figs. 2-13-2 to 16.

ETX

1 byte

03H

R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

B

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

2.13 SPT4 [20H 2CH]: Pattern data registration

Function: This command registers the pattern data of the designated program. It

selects the pattern block to be set as a parameter and sends the
corresponding data. When the program number is 0, it writes the data into
the buffer RAM. When it is 9999, it writes the data into the command work
RAM.

Sequence: Type 2

Command:

(1) Graphic color data

Fig. 2-13-1

Fig. 2-13-2

42

Character format

1 byte

“0” = Character List, “1” = All 1 Chara,
“2” = Corner & Center

,

1 byte

2CH (Delimiter)

Character font

1 byte

“0” = 5×7, “1” = 7×9, “2” = 16×16

,

1 byte

2CH (Delimiter)

Character code

2 bytes

“20” to “FF”

,

1 byte

2CH (Delimiter)

H cell size

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

V cell size

1 to 3 bytes

“1” to “255”

Mode

1 byte

“0” = No. of lines, “1” = dot

,

1 byte

2CH (Delimiter)

Format

1 byte

“0” = From the center, “1” = From the top left

,

1 byte

2CH (Delimiter)

H interval

1 to 4 bytes

“0” to “9999”

,

1 byte

2CH (Delimiter)

V interval

1 to 4 bytes

“0” to “9999”

,

1 byte

2CH (Delimiter)

H line width

1 or 2 bytes

“1” to “15”

,

1 byte

2CH (Delimiter)

V line width

1 or 2 bytes

“1” to “15”

Mode

1 byte

“0” = No. of lines, “1” = dot

,

1 byte

2CH (Delimiter)

Format

1 byte

“0” = From the center, “1” = From the top left

,

1 byte

2CH (Delimiter)

H interval

1 to 4 bytes

“0” to “9999”

,

1 byte

2CH (Delimiter)

V interval

1 to 4 bytes

“0” to “9999”

,

1 byte

2CH (Delimiter)

Size

1 or 2 bytes

“1” to “15”

,

1 byte

2CH (Delimiter)

Shape

1 byte

“0” = Round “1” = Square

Circle format

1 byte

“0” to “6”

Burst format

1 byte

“0” = L → R, “1” = L ← R, “2” = L ← C → R,
“3” = L → C ← R, “4” = T → B, “5” = T ← B,
“6” = T ← C → B, “7” = T → C ← B

,

1 byte

2CH (Delimiter)

Interval

1 or 2 bytes

“1” to “99”

,

1 byte

2CH (Delimiter)

Step

1 or 2 bytes

“1” to “99”

(2) Character data

Fig. 2-13-3

(3) Crosshatch data

(4) Dot data

(5) Circle data

(6) Burst data

Fig. 2-13-4

Fig. 2-13-5

Fig. 2-13-6

Fig. 2-13-7

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

43

Window mode

1 byte

“0” = %, “1” = dot

,

1 byte

2CH (Delimiter)

Format

1 or 2 bytes

“0” = 1Window, “1” = 4Window, “2” = 9Window,
“3” = 16Window, “4” = 25Window, “5” = 64Window,
“6” = V3Window, “7” = H3Window, “14” = UserPOS,
“17” = UserPOS2

,

1 byte

2CH (Delimiter)

H width

1 to 4 bytes

% = “1” to “1000” (0.1 to 100.0%), dot = “1” to “9999”

,

1 byte

2CH (Delimiter)

V width

1 to 4 bytes

% = “1” to “1000” (0.1 to 100.0%), dot = “1” to “9999”

,

1 byte

2CH (Delimiter)

R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

B

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

,

1 byte

2CH (Delimiter)

H-Pos 1

1 to 3 bytes

“0” to “100” (0 to 100%)

,

1 byte

2CH (Delimiter)

V-Pos 1

1 to 3 bytes

“0” to “100” (0 to 100%)

,

1 byte

2CH (Delimiter)

H-Pos 2

1 to 3 bytes

“0” to “100” (0 to 100%)

,

1 byte

2CH (Delimiter)

V-Pos 2

1 to 3 bytes

“0” to “100” (0 to 100%)

Shape

1 byte

“0” = 5×5, “1” = Full cross, “2” = Vertical line, "3"=dot

,

1 byte

2CH (Delimiter)

Flicker

1 byte

“0” = None, “1” = 1 V, “2” = 2 V, “3” = 4 V, “4” = 8 V,
“5” = 16 V, “6” = 32 V, “7” = 64 V

,

1 byte

2CH (Delimiter)

Coordinate display

1 byte

“0” = None “1” = Type 1, “2” = Type 2

,

1 byte

2CH (Delimiter)

Step amount

1 byte

“0” = 1 dot, “1” = 10 dots, “2” = 100 dots

,

1 byte

2CH (Delimiter)

R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

B

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Background R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Background G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Background B

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

,

1 byte

2CH (Delimiter)

Sub-pixel mode

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

Overlay setting

1 byte

“0” = OFF
(Background color provided on background)
“1” = ON
(Other selected pattern provided on background)

,

1 byte

2CH (Delimiter)

Cross point color

1 byte

“0” = Normal (Not set to black)
“1” = Space (Set to black)

,

1 byte

2CH（Delimiter）

Cursor 2Mode

1 byte

"0"=OFF "1"=ON

,

1 byte

2CH（Delimiter）

R Cursor 2Mode

1 to 5 byte

"0" to "65535"

(7) Window data

(8) Cursor data

Fig. 2-13-8

44

,

1 byte

2CH（Delimiter）

G Cursor 2Mode

1 to 5 byte

"0" to "65535"

,

1 BYTE

2CH（Delimiter）

B Cursor 2Mode

1 to 5 byte

"0" to "65535"

Type

1 byte

“0” = Name
“1” = TIM LIST
“2” = HDMI LIST
“3” = HDCP LIST
“4” = CEC
“5” = DDC_CI
“6” = EDID
“7” = EDID (HEX)

"8" = Image
"9" = OPT User
"10" = DP
"11" = DP (HEX)
"12"=SubTitle, “13”= HDMI-ARC

,

1 byte

2CH (Delimiter)

Position

1 byte

“0” = Center, “1” = L-T, “2” = L-B, “3” = R-T, “4” = R-B,
“5” = C-T, “6” = C-B

,

1 byte

2CH (Delimiter)

Font

1 byte

“0” = 5×7, “1” = 7×9, “2” = 16×16

,

1 byte

2CH (Delimiter)

Length

1 or 2 bytes

“1” to “20”

,

1 byte

2CH (Delimiter)

Format

1 byte

“0” = Program number + Program name
“1” = Program number + Pattern name
“2” = Program number + Program name

+ Pattern name

“3” = Program number + Program name + H/V period

+ Resolution + DotClock

,

1 byte

2CH (Delimiter)

String

20 bytes

* 20 ASCII characters (When the string contains

fewer than 20 characters, enter a space or spaces
after the characters to bring the number of
characters up to 20)

,

1 byte

2CH (Delimiter)

Over Scan H

1 or 2 bytes

“1” to “20” (%)

,

1 byte

2CH (Delimiter)

Over Scan V

1 or 2 bytes

“1” to “20” (%)

,

1 byte

2CH（Delimiter）

DP Block No

1 byte

"0" to "7"

TYPE

1 byte

“0” = Custom (Refer to the color bar parameters),
“1” = 100/100-H
“2” = 100/75-H
“3” = 75/75-H
“4” = SMPTE
“5” = RGBW-V
“6” = xvYCC (4%)
“7” = xvYCC (8%)
“8” = xvYCC (12%)

,

1 byte

2CH (Delimiter)

MODE

1 byte

“0” = %, “1” = dot

,

1 byte

2CH (Delimiter)

Number of lines repeated

1 or 2 bytes

“0” to “16”

,

1 byte

2CH (Delimiter)

H width

1 to 4 bytes

% = “0” to “1000” (0.0 to 100.0%), dot = “1” to “9999”

,

1 byte

2CH (Delimiter)

V width

1 to 4 bytes

% = “0” to “1000” (0.0 to 100.0%), dot = “1” to “9999”

Fig. 2-13-9

(9) Pattern name

(10) Color bar data

Fig. 2-13-10

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

45

,

1 byte

2CH (Delimiter)

Direction H/V

1 byte

“0” = Horizontal, “1” = Vertical,
“2” = Repeated horizontally, “3” = Repeated vertically

,

1 byte

2CH (Delimiter)

Color specification

1 byte × 16

“0” = None, “1” = R, “2” = G, “3” = RG, “4” = B,
“5” = RB, “6” = GB, “7” = RGB

,

1 byte

2CH (Delimiter)

Level 0

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 1

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 2

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 3

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 4

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 5

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 6

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 7

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 8

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 9

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 10

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 11

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 12

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 13

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 14

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 15

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

Fig. 2-13-11

46

Type

1 byte

“0” = Refer to the parameters
“1” = 8STEP-H
“2” = 16STEP-H
“3” = 32STEP-H
“4” = 8STEP-V
“5” = 16STEP-V
“6” = 32STEP-V

,

1 byte

2CH (Delimiter)

MODE

1 byte

“0” = %, “1” = dot

,

1 byte

2CH (Delimiter)

Valid number

1 or 2 bytes

“1” to “16”

,

1 byte

2CH (Delimiter)

H width

1 to 4 bytes

% = “0” to “1000” (0.0 to 100.0%), dot = “1” to “9999”

,

1 byte

2CH (Delimiter)

V width

1 to 4 bytes

% = “0” to “1000” (0.0 to 100.0%), dot = “1” to “9999”

,

1 byte

2CH (Delimiter)

Direction H/V

1 byte

“0” = Horizontal & V, “1” = Vertical & H”,
“2” = Horizontal, “3” = Vertical

,

1 byte

2CH (Delimiter)

Level 0

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 1

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 2

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 3

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 4

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 5

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 6

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 7

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 8

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 9

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 10

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 11

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 12

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 13

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 14

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 15

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

(11) Gray scale data

Fig. 2-13-12

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

47

Type

1 byte

“0” = Refer to the parameters
“1” = LINEAR-H
“2” = RGB1
“3” = TURN-H
“4” = LINEAR-V
“5” = RGB2
“6” = Invalid
“7” = LINEAR-256
“8” = RGB3
“9” = LINEAR-GR
“10” = LINEAR-BR
“11” = LINEAR-BG
“12” = LINEAR-RG
“13” = LINEAR-RB
“14” = LINEAR-GB
“15” = LINEAR-HV

"16" = Limited-H
"17" = Limited-V
"18"=H2-UpUp
"19"=H2-DownUp
"20"=H2-UpDown
"21"=H2-DownDown
"22"=V2-UpUp
"23"=V2-DownUp
"24"=V2-UpDown
"25"=V2-DownDown

,

1 byte

2CH (Delimiter)

Direction

1 byte

“0” = H, “1” = V

,

1 byte

2CH (Delimiter)

Number of gray scales

1 byte

“1” to “4”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

,

1 byte

2CH (Delimiter)

Start level of gray scale 1

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

End level of gray scale 1

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Number of line 1
gradations

1 to 4 bytes

“1” to “8192”
,

1 byte

2CH (Delimiter)

Start level of gray scale 2

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

End level of gray scale 2

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Number of line 2
gradations

1 to 4 bytes

“1” to “8192”
,

1 byte

2CH (Delimiter)

Start level of gray scale 3

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

End level of gray scale 3

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Number of line 3
gradations

1 to 4 bytes

“1” to “8192”
,

1 byte

2CH (Delimiter)

Start level of gray scale 4

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

End level of gray scale 4

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Number of line 4
gradations

1 to 4 bytes

“1” to “8192”

(12) Ramp data

Fig. 2-13-13

48

Type

1 byte

“1” = MBURST100
“2” = MBURST50
“3” = SWEEP

Type

1 byte

“1” = PR-133
“2” = PR-133COL
“3” = MONOSCOPE
“4” = PHILIPS
“5” = CHINA

"6" = APDC
“7” = SDI-CHK

,

1 byte

2CH (Delimiter)

APDC Type

1 BYTE

"1"=APDC1
"2"=APDC2

*Only when APDC is set by the type, it becomes
effective.

Type

1 byte

“0” = Refer to the parameters
“1” = White
“2” = Red
“3” = Green
“4” = Blue
“5” = Black
“6” = 50%Gray

,

1 byte

2CH (Delimiter)

R

1 to 3 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

G

1 to 3 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

B

1 to 3 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

(13) Sweep data

Fig. 2-13-14

(14) Monoscope data

Fig. 2-13-15

(15) Raster data

Fig. 2-13-16

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

49

Type

1 byte

“1” = DOT×DOT
“2” = BLK×BLK
“3” = SubPixel

,

1 byte

2CH (Delimiter)

Xsize of dot × dot

1 byte

“1” to “8”

,

1 byte

2CH (Delimiter)

Ysize of dot × dot

1 byte

“1” to “8”

,

1 byte

2CH (Delimiter)

Number of BLK × BLK
blocks in X direction

1 or 2 bytes

“2” to “16”
,

1 byte

2CH (Delimiter)

Number of BLK × BLK
blocks in Y direction

1 or 2 bytes

“2” to “16”
,

1 byte

2CH（Delimiter）

Checker color assignment

1 byte

"0"=OFF(Default color)
"1"=ON(Refer CHECKER color data)

,

1 byte

2CH（Delimiter）

SubPixelSize X

1 byte

"0" to "3"

,

1 byte

2CH（Delimiter）

SubPixelSize Y

1 byte

"0" to "3"

,

1 byte

2CH（Delimiter）

Reserve1

1 byte

"0" FIX

,

1 byte

2CH（Delimiter）

Reserve2

1 byte

"0"FIX

,

1 byte

2CH（Delimiter）

Color0 R

1 to 5 bytes

"0" to "65535"

,

1 BYTE

2CH（Delimiter）

Color0 G

1 to 5 bytes

"0" to "65535"

,

1 BYTE

2CH（Delimiter）

Color0 B

1 to 5 bytes

"0" to "65535"

,

1 BYTE

2CH（Delimiter）

Color1 R

1 to 5 bytes

"0" to "65535"

,

1 BYTE

2CH（Delimiter）

Color1 G

1 to 5 bytes

"0" to "65535"

,

1 BYTE

2CH（Delimiter）

Color1 B

1 to 5 bytes

"0" to "65535"

,

1 BYTE

2CH（Delimiter）

Edit Bit Mode

1 to 2 bytes

"8" to "16"

Internal optional pattern
code

1 to 3 bytes

“1” to “200”
,

1 byte

2CH (Delimiter)

User optional pattern
code

1 to 3 bytes

“1” to “200”
,

1 byte

2CH (Delimiter)

Image data code

1 to 3 bytes

“1” to “200”

,

1 byte

2CH (Delimiter)

Optional pattern type

1 byte

“0” = Internally fixed, “1” = Created by user,
“2” = Image data

,

1 byte

2CH（Delimiter）

Movie data code

1 to 3 bytes

"1" to "200"

(16) Checker data

(17) Optional pattern data

Fig. 2-13-17

Fig. 2-13-18

50

R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

B

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

Type

1 byte

“1” = OverScan, “2” = AFD

(18) Background color data

Fig. 2-13-19

(19) Aspect ratio

Fig. 2-13-20

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

51

STX

1 byte

02H

VG4CMD

1 byte

FDH

LPT4

2 bytes

20H 2DH

Program number

1 to 4 bytes

“0” to “2000”, “9999”

,

1 byte

2CH (Delimiter)

Pattern block No.

1 or 2 bytes

“1” = Foreground color
“2” = Character
“3” = Crosshatch
“4” = Dot
“5” = Circle
“6” = Burst
“7” = Window
“8” = Cursor
“9” = Pattern name
“10” = Color bar
“11” = Gray scale
“12” = Ramp
“13” = Sweep
“14” = Monoscope
“15” = Raster
“16” = Checker
“17” = Optional pattern
“18” = Background color
“19” = Aspect ratio

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

B

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

2.14 LPT4 [20H 2DH]: Pattern data readout

Function: This command reads the pattern data of the designated program. It selects the

pattern block to be set as a parameter and receives the corresponding data. When
the program number is 0, it reads out the data from the buffer RAM. When the
program has any number from 1001 to 2000, the command reads out from the fixed
data. When the program number is 9999, the command reads the data from the
command work RAM.

Sequence: Type 3

Command:

Data:
(1) Graphic color data

Fig. 2-14-1

Fig. 2-14-2

52

STX

1 byte

02H

TRDT

1 byte

10H

Character format

1 byte

“0” = Character List, “1” = All 1 Chara,
“2” = Corner & Center

,

1 byte

2CH (Delimiter)

Character font

1 byte

“0” = 5×7, “1” = 7×9, “2” = 16×16

,

1 byte

2CH (Delimiter)

Character code

2 bytes

“20” to “FF”

,

1 byte

2CH (Delimiter)

H cell size

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

V cell size

1 to 3 bytes

“1” to “255”

STX

1 byte

02H

TRDT

1 byte

10H

Mode

1 byte

“0” = No. of lines, “1” = dot

,

1 byte

2CH (Delimiter)

Format

1 byte

“0” = From the center, “1” = From the top left

,

1 byte

2CH (Delimiter)

H interval

1 to 4 bytes

“0” to “9999”

,

1 byte

2CH (Delimiter)

V interval

1 to 4 bytes

“0” to “9999”

,

1 byte

2CH (Delimiter)

H line width

1 or 2 bytes

“1” to “15”

,

1 byte

2CH (Delimiter)

V line width

1 or 2 bytes

“1” to “15”

STX

1 byte

02H

TRDT

1 byte

10H

Mode

1 byte

“0” = No. of lines, “1” = dot

,

1 byte

2CH (Delimiter)

Format

1 byte

“0” = From the center, “1” = From the top left

,

1 byte

2CH (Delimiter)

H interval

1 to 4 bytes

“0” to “9999”

,

1 byte

2CH (Delimiter)

V interval

1 to 4 bytes

“0” to “9999”

,

1 byte

2CH (Delimiter)

Size

1 or 2 bytes

“1” to “15”

,

1 byte

2CH (Delimiter)

Shape

1 byte

“0” = Round, “1” = Square

STX

1 byte

02H

TRDT

1 byte

10H

Circle format

1 byte

“0” to “6”

(2) Character data

Fig. 2-14-3

(3) Crosshatch data

(4) Dot data

(5) Circle data

Fig. 2-14-4

Fig. 2-14-5

Fig. 2-14-6

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

53

STX

1 byte

02H

TRDT

1 byte

10H

Burst format

1 byte

“0” = L → R, “1” = L ← R, “2” = L ← C → R
“3” = L → C ← R, “4” = T → B, “5” = T ← B
“6” = T ← C → B, “7” = T → C ← B

,

1 byte

2CH (Delimiter)

Interval

1 or 2 bytes

“01” to “99”

,

1 byte

2CH (Delimiter)

Step

1 or 2 bytes

“01” to “99”

STX

1 byte

02H

TRDT

1 byte

10H

Window mode

1 byte

“0” = %, “1” = dot

,

1 byte

2CH (Delimiter)

Format

1 or 2 bytes

“0” = 1Window, “1” = 4Window, “2” = 9Window,
“3” = 16Window, “4” = 25Window, “5” = 64Window,
“6” = V3Window, “7” = H3Window, “14” = UserPOS,
“17” = 1 window + size, variable in any way

,

1 byte

2CH (Delimiter)

H width

1 to 4 bytes

% = “1” to “1000” (0.1 to 100.0%), dot = “1” to “9999”

,

1 byte

2CH (Delimiter)

V width

1 to 4 bytes

% = “1” to “1000” (0.1 to 100.0%), dot = “1” to “9999”

,

1 byte

2CH (Delimiter)

R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

B

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

,

1 byte

2CH (Delimiter)

H-Pos 1

1 to 3 bytes

“0” to “100” (0 to 100%)

,

1 byte

2CH (Delimiter)

V-Pos 1

1 to 3 bytes

“0” to “100” (0 to 100%)

,

1 byte

2CH (Delimiter)

H-Pos 2

1 to 3 bytes

“0” to “100” (0 to 100%)

,

1 byte

2CH (Delimiter)

V-Pos 2

1 to 3 bytes

“0” to “100” (0 to 100%)

(6) Burst data

Fig. 2-14-7

(7) Window data

Fig. 2-14-8

54

STX

1 byte

02H

TRDT

1 byte

10H

Shape

1 byte

“0” = 5×5, “1” = Full cross, “2” = Vertical line
“3” = dot

,

1 byte

2CH (Delimiter)

Flicker

1 byte

“0” = None, “1” = 1 V, “2” = 2 V, “3” = 4 V, “4” = 8 V,
“5” = 16 V, “6” = 32 V, “7” = 64 V

,

1 byte

2CH (Delimiter)

Coordinate display

1 byte

“0” = None, “1” = Type 1, “2” = Type 2

,

1 byte

2CH (Delimiter)

Step amount

1 byte

“0” = 1 dot, “1” = 10 dots, “2” = 100 dots

,

1 byte

2CH (Delimiter)

R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

B

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Background R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Background G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Background B

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

,

1 byte

2CH (Delimiter)

Sub-pixel mode

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

Overlay setting

1 byte

“0” = OFF

(Background color provided on background)

“1” = ON

(Other selected pattern provided on background)

,

1 byte

2CH (Delimiter)

Cross point color

1 byte

“0” = Normal (Not set to black)
“1” = Space (Set to black)

,

1 byte

2CH (Delimiter)

Cursor 2Mode

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

R Cursor 2Mode

1-5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

G Cursor 2Mode

1-5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

B Cursor 2Mode

1-5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

(8) Cursor data

Fig. 2-14-9

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

55

STX

1 byte

02H

TRDT

1 byte

10H

Type

1 byte

“0” = Name
“1” = TIM LIST
“2” = HDMI LIST
“3” = HDCP LIST
“4” = CEC
“5” = DDC_CI
“6” = EDID
“7” = EDID (HEX)

"8" = Image
"9" = OPT User
"10" = DP
"11" = DP (HEX)
"12"=SubTitle
“13”= HDMI-ARC

,

1 byte

2CH (Delimiter)

Position

1 byte

“0” = Center, “1” = L-T, “2” = L-B, “3” = R-T, “4” = R-B,
“5” = C-T, “6” = C-B

,

1 byte

2CH (Delimiter)

Font

1 byte

“0” = 5×7, “1” = 7×9, “2” = 16×16

,

1 byte

2CH (Delimiter)

Length

1 or 2 bytes

“1” to “20”

,

1 byte

2CH (Delimiter)

Format

1 byte

“0” = Program number + Program name
“1” = Program number + Pattern name
“2” = Program number + Program name

+ Pattern name

“3” = Program number + Program name + H/V period

+ Resolution + DotClock

,

1 byte

2CH (Delimiter)

String

20 bytes

* 20 ASCII characters (When the string contains

fewer than 20 characters, enter a space or spaces
after the characters to bring the number of
characters up to 20)

,

1 byte

2CH (Delimiter)

Over Scan H

1 or 2 bytes

“1” to “20” (%)

,

1 byte

2CH (Delimiter)

Over Scan V

1 or 2 bytes

“1” to “20” (%)

,

1 byte

2CH（Delimiter）

DP Block No

1 byte

"0" to "7"

STX

1 byte

02H

TRDT

1 byte

10H

TYPE

1 byte

“0” = Custom (Refer to the color bar parameters)
“1” = 100/100-H
“2” = 100/75-H
“3” = 75/75-H
“4” = SMPTE
“5” = RGBW-V
“6” = xvYCC (4%)
“7” = xvYCC (8%)
“8” = xvYCC (12%)

,

1 byte

2CH (Delimiter)

MODE

1 byte

“0” = %, “1” = dot

,

1 byte

2CH (Delimiter)

Number of lines repeated

1 or 2 bytes

“0” to “16”

,

1 byte

2CH (Delimiter)

H width

1 to 4 bytes

% = “0” to “1000” (0.0 to 100.0%), dot = “1” to “9999”

,

1 byte

2CH (Delimiter)

V width

1 to 4 bytes

% = “0” to “1000” (0.0 to 100.0%), dot = “1” to “9999”

,

1 byte

2CH (Delimiter)

Direction H/V

1 byte

“0” = Horizontal, “1” = Vertical,
“2” = Repeated horizontally, “3” = Repeated vertically

(9) Pattern name

(10) Color bar data

Fig. 2-14-10

56

,

1 byte

2CH (Delimiter)

Color specification

1 byte × 16

“0” = None, “1” = R, “2” = G, “3” = RG, “4” = B,
“5” = RB, “6” = GB, “7” = RGB

,

1 byte

2CH (Delimiter)

Level 0

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 1

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 2

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 3

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 4

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 5

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 6

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 7

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 8

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 9

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 10

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 11

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 12

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 13

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 14

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

,

1 byte

2CH (Delimiter)

Level 15

1 to 4 bytes

“0” to “1000” (0.0 to 100.0%)

STX

1 byte

02H

TRDT

1 byte

10H

Type

1 byte

“0” = Refer to the parameters
“1” = 8STEP-H
“2” = 16STEP-H
“3” = 32STEP-H
“4” = 8STEP-V
“5” = 16STEP-V
“6” = 32STEP-V

,

1 byte

2CH (Delimiter)

MODE

1 byte

“0” = %, “1” = dot

,

1 byte

2CH (Delimiter)

Valid number

1 or 2 bytes

“1” to “16”

,

1 byte

2CH (Delimiter)

H width

1 to 4 bytes

% = “0” to “1000” (0.0 to 100.0%), dot = “1” to “9999”

,

1 byte

2CH (Delimiter)

V width

1 to 4 bytes

% = “0” to “1000” (0.0 to 100.0%), dot = “1” to “9999”

,

1 byte

2CH (Delimiter)

Direction H/V

1 byte

“0” = Horizontal & V, “1” = Vertical & H”,
“2” = Horizontal, “3” = Vertical

,

1 byte

2CH (Delimiter)

Level 0

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 1

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 2

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 3

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

(11) Gray scale data

Fig. 2-14-11

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

57

Level 4

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 5

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 6

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 7

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 8

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 9

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 10

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 11

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 12

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 13

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 14

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level 15

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

Type

1 byte

“0” = Refer to the parameters
“1” = LINEAR-H
“2” = RGB1
“3” = TURN-H
“4” = LINEAR-V
“5” = RGB2
“6” = Invalid
“7” = LINEAR-256
“8” = RGB3
“9” = LINEAR-GR
“10” = LINEAR-BR
“11” = LINEAR-BG
“12” = LINEAR-RG
“13” = LINEAR-RB
“14” = LINEAR-GB
“15” = LINEAR-HV

"16" = Limited-H
"17" = Limited-V
"18"=H2-UpUp
"19"=H2-DownUp
"20"=H2-UpDown
"21"=H2-DownDown
"22"=V2-UpUp
"23"=V2-DownUp
"24"=V2-UpDown
"25"=V2-DownDown

,

1 byte

2CH (Delimiter)

Direction

1 byte

“0” = H, “1” = V

,

1 byte

2CH (Delimiter)

Number of gray scales

1 byte

“1” to “4”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

,

1 byte

2CH (Delimiter)

Start level of gray scale 1

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

End level of gray scale 1

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Number of line 1
gradations

1 to 4 bytes

“1” to “8192”
,

1 byte

2CH (Delimiter)

Fig. 2-14-12

(12) Ramp data

58

Start level of gray scale 2

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

End level of gray scale 2

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Number of line 2
gradations

1 to 4 bytes

“1” to “8192”
,

1 byte

2CH (Delimiter)

Start level of gray scale 3

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

End level of gray scale 3

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Number of line 3
gradations

1 to 4 bytes

“1” to “8192”
,

1 byte

2CH (Delimiter)

Start level of gray scale 4

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

End level of gray scale 4

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Number of line 4
gradations

1 to 4 bytes

“1” to “8192”
STX

1 byte

02H

TRDT

1 byte

10H

Type

1 byte

“1” = MBURST100
“2” = MBURST50,
“3” = SWEEP

STX

1 byte

02H

TRDT

1 byte

10H

Type

1 byte

“1” = PR-133
“2” = PR-133COL,
“3” = MONOSCOPE
“4” = PHILIPS,
“5” = CHINA

"6" = APDC,
“7” =SDI-CHK

,

1 byte

2CH (Delimiter)

APDC Type

1 BYTE

"1"=APDC1
"2"=APDC2
"3"=APDC3
"4"=APDC4
"5"=APDC5

,

1 byte

2CH (Delimiter)

Rev

1 byte

“0” – “1”

Fig. 2-14-13

(13) Sweep data

(14) Monoscope data

Fig. 2-14-14

Fig. 2-14-15

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

59

STX

1 byte

02H

TRDT

1 byte

10H

Type

1 byte

“0” = Refer to the parameters
“1” = White
“2” = Red
“3” = Green
“4” = Blue
“5” = Black
“6” = 50%Gray

,

1 byte

2CH (Delimiter)

R

1 to 3 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

G

1 to 3 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

B

1 to 3 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

STX

1 byte

02H

TRDT

1 byte

10H

Type

1 byte

“1” = DOT×DOT
“2” = BLK×BLK
“3” = SubPixel

,

1 byte

2CH (Delimiter)

Xsize of dot × dot

1 byte

“1” to “8”

,

1 byte

2CH (Delimiter)

Ysize of dot × dot

1 byte

“1” to “8”

,

1 byte

2CH (Delimiter)

Number of BLK × BLK
blocks in X direction

1 or 2 bytes

“2” to “16”
,

1 byte

2CH (Delimiter)

Number of BLK × BLK
blocks in Y direction

1 or 2 bytes

“2” to “16”
,

1 byte

2CH（Delimiter）

Checker color assign

1 byte

"0"=OFF(default color)
"1"=ON(Refer the CHECKER color data)

,

1 byte

2CH（Delimiter）

SubPixelSize X

1 byte

"0" to "3"

,

1 byte

2CH（Delimiter）

SubPixelSize Y

1 byte

"0" to "3"

,

1 byte

2CH（Delimiter）

Reserved1

1 byte

"0"Fix

,

1 byte

2CH（Delimiter）

Reserved2

1 byte

"0"Fix

,

1 byte

2CH（Delimiter）

Color0 R

1 to 5 bytes

"0" to "65535"

,

1 byte

2CH（Delimiter）

Color0 G

1 to 5 bytes

"0" to "65535"

,

1 byte

2CH（Delimiter）

Color0 B

1 to 5 bytes

"0" to "65535"

,

1 byte

2CH（Delimiter）

Color1 R

1 to 5 bytes

"0" to "65535"

,

1 byte

2CH（Delimiter）

Color1 G

1 to 5 bytes

"0" to "65535"

,

1 byte

2CH（Delimiter）

Color1 B

1 to 5 bytes

"0" to "65535"

,

1 byte

2CH（Delimiter）

Edit Bit Mode

1 to 2 bytes

"8" to "16"

(15) Raster data

Fig. 2-14-16

(16) Checker data

Fig. 2-14-17

60

STX

1 byte

02H

TRDT

1 byte

10H

Internal optional pattern
code

1 to 3 bytes

“1” to “200”
,

1 byte

2CH (Delimiter)

User optional pattern
code

1 to 3 bytes

“1” to “200”
,

1 byte

2CH (Delimiter)

Image data code

1 to 3 bytes

“1” to “200”

,

1 byte

2CH (Delimiter)

Optional pattern type

1 byte

“0” = Internally fixed, “1” = Created by user,
“2” = Image data

,

1 byte

2CH（Delimiter）

Moving data code

1 to 3 bytes

"1" to "200"

STX

1 byte

02H

TRDT

1 byte

10H

R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

B

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Edit Bit Mode

1 or 2 bytes

“8” to “16”

STX

1 byte

02H

TRDT

1 byte

10H

Type

1 byte

“1” = OverScan, “2” = AFD

(17) Optional pattern data

Fig. 2-14-18

(18) Background color data

Fig. 2-14-19

(19) Aspect ratio

Fig. 2-14-20

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

61

STX

1 byte

02H

VG4CMD

1 byte

FDH

SACT4

2 bytes

20H 2EH

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

Window level

1 byte

“0” = Not provided, “1” = Provided

,

1 byte

2CH (Delimiter)

Window flicker

1 byte

“0” = Not provided, “1” = Provided

,

1 byte

2CH (Delimiter)

Character scroll

1 byte

“0” = Not provided, “1” = Provided

,

1 byte

2CH (Delimiter)

Graphic scroll

1 byte

“0” = Not provided, “1” = Provided

,

1 byte

2CH (Delimiter)

Window scroll

1 byte

“0” = Not provided, “1” = Provided

,

1 byte

2CH (Delimiter)

Character scroll mode

1 byte

“0” = Left, “1” = Right, “2” = Up, “3” = Down,
“4” = Top left, “5” = Bottom left, “6” = Top right,
“7” = Bottom right

,

1 byte

2CH (Delimiter)

Graphic scroll mode

1 byte

“0” = Left, “1” = Right, “2” = Up, “3” = Down,
“4” = Top left, “5” = Bottom left, “6” = Top right,
“7” = Bottom right, “8” = Move display position

,

1 byte

2CH (Delimiter)

Character pattern interval 1

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

Character pattern interval 2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern interval 3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern interval 4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern step H1

1 to 4 bytes

“1” to “4095”

,

1 byte

2CH (Delimiter)

Character pattern step H2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern step H3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern step H4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern step V1

1 to 4 bytes

“1” to “4095”

,

1 byte

2CH (Delimiter)

Character pattern step V2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern step V3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern step V4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern interval 1

1 to 3 bytes

“1” to “255”

2.15 SACT4 [20H 2EH]: Action data registration

Function: This command registers the action data of the designated program. When

the program number is 0, it writes the data into the buffer RAM. When it is
9999, it writes the data into the command work RAM.

Sequence: Type 2

Command:

62

,

1 byte

2CH (Delimiter)

Group pattern interval 2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern interval 3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern interval 4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern step H1

1 to 4 bytes

“1” to “4095”

,

1 byte

2CH (Delimiter)

Group pattern step H2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern step H3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern step H4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern step V1

1 to 4 bytes

“1” to “4095”

,

1 byte

2CH (Delimiter)

Group pattern step V2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern step V3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern step V4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Number of group pattern
repetitions H

1 or 2 bytes

“1” to “15”
,

1 byte

2CH (Delimiter)

Number of group pattern
repetitions V

1 or 2 bytes

“1” to “15”
,

1 byte

2CH (Delimiter)

Window scroll mode

1 or 2 bytes

“0” = Left, “1” = Right, “2” = Up, “3” = Down,
“4” = Top left, “5” = Bottom left, “6” = Top right,
“7” = Bottom right, “8” = LR, “9” = UD, “10” = Random

,

1 byte

2CH (Delimiter)

Window interval 1

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

Window interval 2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window interval 3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window interval 4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step H1

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step H2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step H3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step H4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step V1

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step V2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step V3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step V4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window level change
direction

1 byte

“0” = Low → High, “1” = High → Low
,

1 byte

2CH (Delimiter)

Window level change
interval

1 to 3 bytes

“1” to “255”
,

1 byte

2CH (Delimiter)

Window level change
step

1 to 3 bytes

“1” to “255”
,

1 byte

2CH (Delimiter)

Character pull-down
mode

1 byte

“0” = User, “1” = 60i → 60i, “2” = 24p → 60i,
“3” = 25p → 50i, “4” = 30p → 60i

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

63

,

1 byte

2CH (Delimiter)

Group pull-down mode

1 byte

“0” = User, “1” = 60i → 60i, “2” = 24p → 60i,
“3” = 25p → 50i, “4” = 30p → 60i

,

1 byte

2CH (Delimiter)

Window pull-down mode

1 byte

“0” = User, “1” = 60i → 60i, “2” = 24p → 60i,
“3” = 25p → 50i, “4” = 30p → 60i

,

1 byte

2CH (Delimiter)

Window flicker interval

1 to 3 bytes

“1” to “255”

,

1 byte

2CH（Delimiter）

Subtitle scroll

1 byte

"0"=OFF "1"=ON

,

1 byte

2CH（Delimiter）

Subtitle scroll mode

1 byte

"0"=Left "1"=Right "2"=Up "3"=Down
"4"=Top left "5"=Bottom left "6"=Top right "7"=Bottom
right

,

1 byte

2CH（Delimiter）

Subtitle pattern interval1

1 to 3 bytes

“1” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern interval2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern interval3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern interval4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern step H1

1 to 4 bytes

"1" to "4095"

,

1 byte

2CH（Delimiter）

Subtitle pattern step H2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern step H3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern step H4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern step V1

1 to 4 bytes

"1" to "4095"

,

1 byte

2CH（Delimiter）

Subtitle pattern step V2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern stepV3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern stepV4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pulldown mode

1 byte

"0=User "1=60i->60i "2=24p->60i
"3=25p->50i "4=30p->60i

ETX

1 byte

03H

Fig. 2-15-1

64

STX

1 byte

02H

VG4CMD

1 byte

FDH

LACT4

2 bytes

20H 2FH

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

Window level

1 byte

“0” = Not provided, “1” = Provided

,

1 byte

2CH (Delimiter)

Window flicker

1 byte

“0” = Not provided, “1” = Provided

,

1 byte

2CH (Delimiter)

Character scroll

1 byte

“0” = Not provided, “1” = Provided

,

1 byte

2CH (Delimiter)

Graphic scroll

1 byte

“0” = Not provided, “1” = Provided

,

1 byte

2CH (Delimiter)

Window scroll

1 byte

“0” = Not provided, “1” = Provided

,

1 byte

2CH (Delimiter)

Character scroll mode

1 byte

“0” = Left, “1” = Right, “2” = Up, “3” = Down,
“4” = Top left, “5” = Bottom left, “6” = Top right,
“7” = Bottom right

,

1 byte

2CH (Delimiter)

Graphic scroll mode

1 byte

“0” = Left, “1” = Right, “2” = Up, “3” = Down,
“4” = Top left, “5” = Bottom left, “6” = Top right,
“7” = Bottom right, “8” = Move display position

,

1 byte

2CH (Delimiter)

Character pattern interval 1

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

Character pattern interval 2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern interval 3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern interval 4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern step H1

1 to 4 bytes

“1” to “4095”

,

1 byte

2CH (Delimiter)

Character pattern step H2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern step H3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern step H4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern step V1

1 to 4 bytes

“1” to “4095”

2.16 LACT4 [20H 2FH]: Action data readout

Function: This command reads the action data of the designated program. When the

program number is 0, it reads out the data from the buffer RAM. When the
program has any number from 1001 to 2000, the command reads out from
the fixed data. When the program number is 9999, the command reads the
data from the command work RAM.

Sequence: Type 3

Command:

Data:

Fig. 2-16-1

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

65

,

1 byte

2CH (Delimiter)

Character pattern step V2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern step V3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Character pattern step V4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern interval 1

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

Group pattern interval 2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern interval 3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern interval 4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern step H1

1 to 4 bytes

“1” to “4095”

,

1 byte

2CH (Delimiter)

Group pattern step H2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern step H3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern step H4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern step V1

1 to 4 bytes

“1” to “4095”

,

1 byte

2CH (Delimiter)

Group pattern step V2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern step V3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Group pattern step V4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Number of group pattern
repetitions H

1 or 2 bytes

“1” to “15”
,

1 byte

2CH (Delimiter)

Number of group pattern
repetitions V

1 or 2 bytes

“1” to “15”
,

1 byte

2CH (Delimiter)

Window scroll mode

1 or 2 bytes

“0” = Left, “1” = Right, “2” = Up, “3” = Down,
“4” = Top left, “5” = Bottom left, “6” = Top right,
“7” = Bottom right, “8” = LR, “9” = UD, “10” = Random

,

1 byte

2CH (Delimiter)

Window interval 1

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

Window interval 2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window interval 3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window interval 4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step 1

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step 2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step 3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step 4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step V1

1 to 3 bytes

“1” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step V2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step V3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window scroll step V4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

Window level change
direction

1 byte

“0” = Low → High, “1” = High → Low
,

1 byte

2CH (Delimiter)

66

Window level change
interval

1 to 3 bytes

“1” to “255”
,

1 byte

2CH (Delimiter)

Window level change
step

1 to 3 bytes

“1” to “255”
,

1 byte

2CH (Delimiter)

Character pull-down
mode

1 byte

“0” = User, “1” = 60i → 60i, “2” = 24p → 60i,
“3” = 25p → 50i, “4” = 30p → 60i

,

1 byte

2CH (Delimiter)

Group pull-down mode

1 byte

“0” = User, “1” = 60i → 60i, “2” = 24p → 60i,
“3” = 25p → 50i, “4” = 30p → 60i

,

1 byte

2CH (Delimiter)

Window pull-down mode

1 byte

“0” = User, “1” = 60i → 60i, “2” = 24p → 60i,
“3” = 25p → 50i, “4” = 30p → 60i

,

1 byte

2CH (Delimiter)

Window flicker interval

1 to 3 bytes

“1” to “255”

,

1 byte

2CH（Delimiter）

Subtitle scroll

1 byte

"0"=OFF "1"=ON

,

1 byte

2CH（Delimiter）

Subtitle scroll mode

1 byte

"0"=Left "1"=Right "2"=Up "3"=Down
"4"=Upper left "5"=Bottom left "6"=Upper right
"7"=Bottom right

,

1 byte

2CH（Delimiter）

Subtitle pattern interval 1

1 to 3 bytes

“1” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern interval 2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern interval3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern interval4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern step H1

1 to 4 bytes

"1" to "4095"

,

1 byte

2CH（Delimiter）

Subtitle pattern stepH2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern step H3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern step H4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern step V1

1 to 4 bytes

"1" to "4095"

,

1 byte

2CH（Delimiter）

Subtitle pattern stepV2

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern step V3

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pattern stepV4

1 to 3 bytes

“0” to “255”

,

1 byte

2CH（Delimiter）

Subtitle pull down mode

1 byte

"0=User "1=60i->60i "2=24p->60i
"3=25p->50i "4=30p->60i

ETX

1 byte

03H

Fig. 2-16-2

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

67

STX

1 byte

02H

VG4CMD

1 byte

FDH

SWLF4

2 bytes

20H 30H

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

Window level flicker

1 byte

“0” = Not provided, “1” = Provided

,

1 byte

2CH (Delimiter)

Number of data N

1 to 3 bytes

“1” to “16”

,

1 byte

2CH (Delimiter)

Bit mode

1 or 2 bytes

“8” to “16”

,

1 byte

2CH (Delimiter)

#1

Time

1 to 4 bytes

“1” to “9999” (“0” = Not registered)

,

1 byte

2CH (Delimiter)

Level-R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level-G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level-B

1 to 5 bytes

“0” to “65535”

, 1 byte

2CH (Delimiter)

#N

Time

1 to 3 bytes

“1” to “9999” (“0” = Not registered)

,

1 byte

2CH (Delimiter)

Level-R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level-G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level-B

1 to 5 bytes

“0” to “65535”

ETX

1 byte

03H

2.17 SWLF4 [20H 30H]: Window level flicker data
registration

Function: This command registers the window level flicker data of the designated

program. When the program number is 0, it writes the data into the buffer
RAM. When it is 9999, it writes the data into the command work RAM.

Sequence: Type 2

Command:

Fig. 2-17-1

68

STX

1 byte

02H

VG4CMD

1 byte

FDH

LWLF4

2 bytes

20H 31H

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

Window level flicker

1 byte

“0” = Not provided, “1” = Provided

,

1 byte

2CH (Delimiter)

Number of data N

1 to 3 bytes

“1” to “16”

,

1 byte

2CH (Delimiter)

Bit mode

1 or 2 bytes

“8” to “16”

,

1 byte

2CH (Delimiter)

#1

Time

1 to 4 bytes

“1” to “9999” (“0” = Not registered)

,

1 byte

2CH (Delimiter)

Level-R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level-G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level-B

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

#N

Time

1 to 3 bytes

“1” to “255” (“0” = Not registered)

,

1 byte

2CH (Delimiter)

Level-R

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level-G

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

Level-B

1 to 5 bytes

“0” to “65535”

ETX

1 byte

03H

2.18 LWFL4 [20H 31H]: Window level flicker data
readout

Function: This command reads the window level flicker data of the designated

program. When the program number is 0, it reads out the data from the
buffer RAM. When the program has any number from 1001 to 2000, the
command reads out from the fixed data. When the program number is 9999,
the command reads the data from the command work RAM.

Sequence: Type 3

Command:

Data:

Fig. 2-18-1

Fig. 2-18-2

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

69

STX

1 byte

02H

VG4CMD

1 byte

FDH

SAAD4

2 bytes

20H 32H

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

Freq L (Hz)

2 to 5 bytes

“20” to “20000” = 20 Hz to 20000 Hz
* In case of VG-882
“100” to “20000” = 100 Hz to 20000 Hz

,

1 byte

2CH (Delimiter)

Freq R (Hz)

2 to 5 bytes

“20” to “20000” = 20 Hz to 20000 Hz
* In case of VG-882
“100” to “20000” = 100 Hz to 20000 Hz

,

1 byte

2CH (Delimiter)

Level L (mV)

1 to 4 bytes

“0” to “4000” = 0 mV to 4000 mV (in 50 mV
increments)

,

1 byte

2CH (Delimiter)

Level R (mV)

1 to 4 bytes

“0” to “4000” = 0 mV to 4000 mV (in 50 mV
increments)

,

1 byte

2CH (Delimiter)

Mode

1 byte

“0” = OFF, “1” = Internal sine wave, “2” = WAV

,

1 byte

2CH (Delimiter)

Sweep Mode

1 byte

“0” = OFF, “1” = Frequency

,

1 byte

2CH (Delimiter)

2 to 3 bytes

“40” to “340” msec (in 20 ms increments)

Reserved

* To be left as is. To be modified later.

,

1 byte

2CH (Delimiter)

Sweep Time

1 or 2 bytes

“0” to “15”

,

1 byte

2CH (Delimiter)

Sweep Frequency Min

3 to 5 bytes

“200” to “20000” Hz (in 100 Hz increments)

,

1 byte

2CH (Delimiter)

Sweep Frequency Max

3 to 5 bytes

“200” to “20000” Hz (in 100 Hz increments)

,

1 byte

2CH (Delimiter)

3 to 5 bytes

“200” to “19800” Hz (in 100 Hz increments)

Reserved

* To be left as is. To be modified later.

ETX

1 byte

03H

2.19 SAAD4 [20H 32H]: Audio data registration (Analog)

Function: This command registers the audio data of the designated program No.

When the program number is 0, it writes the data into the buffer RAM. When
it is 9999, it writes the data into the command work RAM.

Sequence: Type 2

Command:

Fig. 2-19-1

70

STX

1 byte

02H

VG4CMD

1 byte

FDH

LAAD4

2 bytes

20H 33H

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

Freq L (Hz)

2 to 5 bytes

“20” to “20000” = 20 Hz to 20000 Hz
* In case of VG-882
“100” to “20000” = 100 Hz to 20000 Hz

,

1 byte

2CH (Delimiter)

Freq R (Hz)

2 to 5 bytes

“20” to “20000” = 20 Hz to 20000 Hz
* In case of VG-882
“100” to “20000” = 100 Hz to 20000 Hz

,

1 byte

2CH (Delimiter)

Level L (mV)

1 to 4 bytes

“0” to “4000” = 0 mV to 4000 mV (in 50 mV
increments)

,

1 byte

2CH (Delimiter)

Level R (mV)

1 to 4 bytes

“0” to “4000” = 0 mV to 4000 mV (in 50 mV
increments)

,

1 byte

2CH (Delimiter)

Mode

1 byte

“0” = OFF, “1” = ON

,

1 byte

2CH (Delimiter)

Sweep Mode

1 byte

“0” = OFF, “1” = Frequency

,

1 byte

2CH (Delimiter)

2 or 3 bytes

“40” to “340” msec (in 20 ms increments)

Reserved

* To be left as is. To be modified later.

,

1 byte

2CH (Delimiter)

Sweep Time

1 or 2 bytes

“0” to “15”

,

1 byte

2CH (Delimiter)

Sweep Frequency Min

3 to 5 bytes

“200” to “20000” Hz (in 100 Hz increments)

,

1 byte

2CH (Delimiter)

Sweep Frequency Max

3 to 5 bytes

“200” to “20000” Hz (in 100 Hz increments)

,

1 byte

2CH (Delimiter)

3 to 5 bytes

“200” to “19800” Hz (in 100 Hz increments)

Reserved

* To be left as is. To be modified later.

ETX

1 byte

03H

2.20 LAAD4 [20H 33H]: Audio data readout (Analog)

Function: This command reads the audio data of the designated program number.

When the program number is 0, it reads out the data from the buffer RAM.
When the program has any number from 1001 to 2000, the command reads
out from the fixed data. When the program number is 9999, the command
reads the data from the command work RAM.

Sequence: Type 3

Command:

Data:

Fig. 2-20-1

Fig. 2-20-2

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

71

STX

1 byte

02H

VG4CMD

1 byte

FDH

SDAD4

2 bytes

20H 34H

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

Audio Sample

1 byte

“0” = 48 KHz
“1” = 44.1 KHz
“2” = 32 KHz
“3” = 88.2 KHz
“4” = 96 KHz
“5” = 176.4 KHz
“6” = 192 KHz
“7” = 352.8 KHz
“8” = 384 KHz
“9” = 705.6 KHz
“10” = 768 KHz

* In case of VG-882
"0"=48KHz
"1"=44.1KHz
"2"=32KHz

,

1 byte

2CH (Delimiter)

Audio Source

1 byte

“0” = OFF
“1” = Ext.OPTICAL
“2” = Ext.COAXIAL
“3” = Ext.Analog PCM
“4” = Internal PCM
“5” = Ext.Analog DSD
“6” = Internal DSD
“7” = Internal IEC
“8” = Ext.I2S Non L-PCM

"9" = Ext.I2S L-PCM
"10"=Int.L-PCM(Flash)

* In case of VG-882
"0"=OFF
"4"=Int.L-PCM

,

1 byte

2CH (Delimiter)

Audio Width

1 byte

“0” = 16 bits, “1” = 20 bits, “2” = 24 bits

,

1 byte

2CH (Delimiter)

Output level input mode

1 byte

“0” = dB, “1” = Bit

,

1 byte

2CH (Delimiter)

Audio Internal Level 1

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 2

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 3

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 4

1 to 7 bytes

“0” to “8388607”

2.21 SDAD4 [20H 34H]: Audio data registration (Digital)

Function: This command registers the audio data of the designated program number.

When the program number is 0, it writes the data into the buffer RAM. When
it is 9999, it writes the data into the command work RAM.

Sequence: Type 2

Command:

72

,

1 byte

2CH (Delimiter)

Audio Internal Level 5

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 6

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 7

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 8

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Freq 1

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882,
100 Hz to “1/2 of frequency set by Audio Sample”
For 1,3, 5, 7 ch.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 2

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882,
100 Hz to “1/2 of frequency set by Audio Sample”
For 2, 4, 6, 8 ch.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 3

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882, no setting.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 4

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882, no setting.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 5

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882, no setting.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 6

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882, no setting.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 7

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882, no setting.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 8

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882, no setting.

,

1 byte

2CH (Delimiter)

Audio Data No 1

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 2

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 3

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 4

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 5

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 6

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 7

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 8

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio LPCM

1 byte × 8

“0” = OFF, “1” = ON (1CH to 8CH)

ETX

1 byte

03H

Fig. 2-21-1

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

73

STX

1 byte

02H

VG4CMD

1 byte

FDH

LAAD4

2 bytes

20H 35H

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

Audio Sample

1 byte

“0” = 48 KHz
“1” = 44.1 KHz
“2” = 32 KHz
“3” = 88.2 KHz
“4” = 96 KHz
“5” = 176.4 KHz
“6” = 192 KHz
“7” = 352.8 KHz
“8” = 384 KHz
“9” = 705.6 KHz
“10” = 768 KHz

* In case of VG-882
"0"=48KHz
"1"=44.1KHz
"2"=32KHz

,

1 byte

2CH (Delimiter)

Audio Source

1 byte

“0” = OFF
“1” = Ext.OPTICAL
“2” = Ext.COAXIAL
“3” = Ext.Analog PCM
“4” = Internal PCM
“5” = Ext.Analog DSD
“6” = Internal DSD
“7” = Internal IEC
“8” = Ext.I2S Non L-PCM

"9" = Ext.I2S L-PCM
"10"=Int.L-PCM(Flash)

* In case of VG-882
"0"=OFF
"4"=Int.L-PCM

,

1 byte

2CH (Delimiter)

Audio Width

1 byte

“0” = 16 bits, “1” = 20 bits, “2” = 24 bits

,

1 byte

2CH (Delimiter)

Output level input mode

1 byte

“0” = dB, “1” = Bit

,

1 byte

2CH (Delimiter)

2.22 LDAD4 [20H 35H]: Audio data readout (Digital)

Function: This command reads the audio data of the designated program number. When the

program number is 0, it reads out the data from the buffer RAM. When the program
has any number from 1001 to 2000, the command reads out from the fixed data.
When the program number is 9999, the command reads the data from the command
work RAM.

Sequence: Type 3

Command:

Data:

Fig. 2-22-1

74

Audio Internal Level 1

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 2

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 3

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 4

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 5

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 6

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 7

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Level 8

1 to 7 bytes

“0” to “8388607”

,

1 byte

2CH (Delimiter)

Audio Internal Freq 1

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882,
100 Hz to “1/2 of frequency set by Audio Sample”
For 1,3, 5, 7 ch.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 2

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882,
100 Hz to “1/2 of frequency set by Audio Sample”
For 2, 4, 6, 8 ch.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 3

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882, no setting.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 4

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882, no setting.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 5

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882, no setting.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 6

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882, no setting.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 7

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882, no setting.

,

1 byte

2CH (Delimiter)

Audio Internal Freq 8

2 to 5 bytes

20 Hz to “1/2 of frequency set by Audio Sample”
* In case of VG-882, no setting.

,

1 byte

2CH (Delimiter)

Audio Data No 1

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 2

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 3

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 4

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 5

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 6

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 7

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio Data No 8

1 or 2 bytes

“1” to “99” audio data No.

,

1 byte

2CH (Delimiter)

Audio LPCM

1 byte × 8

“0” = OFF, “1” = ON (1CH to 8CH)

ETX

1 byte

03H

Fig. 2-22-2

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

75

STX

1 byte

02H

VG4CMD

1 byte

FDH

SHDMI4

2 bytes

20H 36H

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

HDMI Mode

1 byte

“1” = HDMI, “2” = DVI, “4” = Auto

,

1 byte

2CH (Delimiter)

Video Format

1 byte

“0” = RGB, “1” = YCbCr444, “2” = YCbCr422
“3”=YCbCr420

,

1 byte

2CH (Delimiter)

Audio Out

1 byte

“0” = OFF, “1” = ON (All channels ON/OFF)

,

1 byte

2CH (Delimiter)

Video Width

1 byte

“0” = Single (Auto)
“1” = Single (8 bits)
“2” = Single (10 bits)
“3” = Single (12 bits)

,

1 byte

2CH (Delimiter)

Scramble *2

1 byte

“0”=ON (3.4G over), “1”=OFF

ETX

1 byte

03H

Video Format

Setting range

RGB

“0” to “255”

YCbCr444

“0” to “255”

YCbCr422 (16 bits)

“0” to “255”

YCbCr422 (20 bits)

“0” to “1023”

YCbCr422 (24 bits)

“0” to “4095”

2.23 SHDMI4 [20H 36H]: HDMI data registration

Function: This command registers the HDMI data of the designated program number.

When the program number is 0, it writes the data into the buffer RAM. When
it is 9999, it writes the data into the command work RAM.

Sequence: Type 2

Command:

*1: The ranges of the settings are as listed below by video format.

*2 Available only for VG-876

Fig. 2-23-1

76

STX

1 byte

02H

VG4CMD

1 byte

FDH

LHDMI4

2 bytes

20H 37H

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

HDMI Mode

1 byte

“1” = HDMI, “2” = DVI, “4” = Auto

,

1 byte

2CH (Delimiter)

Video Format

1 byte

“0” = RGB, “1” = YCbCr444, “2” = YCbCr422
“3”=YCbCr420

,

1 byte

2CH (Delimiter)

Audio Out

1 byte

“0” = OFF, “1” = ON (All channels ON/OFF)

,

1 byte

2CH (Delimiter)

Video Width

1 byte

“0” = Single (Auto)
“1” = Single (8 bits)
“2” = Single (10 bits)
“3” = Single (12 bits)

,

1 byte

2CH (Delimiter)

Scramble *2

1 byte

“0”=ON (3.4G over), “1”=OFF

ETX

1 byte

03H

Video Format

Setting range

RGB

“0” to “255”

YCbCr444

“0” to “255”

YCbCr422 (16 bits)

“0” to “255”

YCbCr422 (20 bits)

“0” to “1023”

YCbCr422 (24 bits)

“0” to “4095”

2.24 LHDMI4 [20H 37H]: HMDI data acquisition

Function: This command gets the HDMI data of the designated program number.

When the program number is 0, it reads out the data from the buffer RAM.
When the program has any number from 1001 to 2000, the command reads
out the data from the fixed data. When the program number is 9999, the
command reads the data from the command work RAM.

Sequence: Type 3

Command:

Fig. 2-24-1

Data:

Fig. 2-24-2

*1: The ranges of the settings are as listed below by video format.

*2 Available only for VG-876

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

77

STX

1 byte

02H

VG4CMD

1 byte

FDH

SIF4

2 bytes

20H 38H

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

AVI On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

SPD On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

Audio On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

MPEG On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

AVI Type

1 byte

“2” = 2

,

1 byte

2CH (Delimiter)

AVI Ver

1 byte

“1” = 1, “2” = 2, “3”=3

,

1 byte

2CH (Delimiter)

AVI Scan Info

1 byte

“0” = No Data, “1” = Over, “2” = Under

,

1 byte

2CH (Delimiter)

AVI Bar Info

1 byte

“0” = Not valid, “1” = Vert, “2” = Horiz, “3” = Vert&Horiz

,

1 byte

2CH (Delimiter)

AVI Active Format Info

1 byte

“0” = No Data, “1” = Valid

,

1 byte

2CH (Delimiter)

AVI RGB or YCbCr

1 byte

“0” = RGB, “1” = YCbCr422, “2” = YCbCr444
“3”=YCbCr420, “4”=Reserved1, “5”=Reserved2
“6”=Reserved3, “7”=IDO-Defined

,

1 byte

2CH (Delimiter)

AVI Active Frame Aspect

1 byte

“0” = Picture, “1” to “9”

,

1 byte

2CH (Delimiter)

AVI Picture Aspect

1 byte

“0” = No Data, “1” = 4:3, “2” = 16:9

,

1 byte

2CH (Delimiter)

AVI Colorimetry

1 byte

“0” = No Data
“1” = SMPTE
“2” = ITU709

"3" = Extend

,

1 byte

2CH (Delimiter)

AVI Video Code

1 or 2 bytes

“0” to “107”

,

1 byte

2CH (Delimiter)

AVI Repetition

1 or 2 bytes

“1” to “10”

,

1 byte

2CH (Delimiter)

AVI TopBar

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

AVI BottomBar

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

AVI LBar

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

AVI RBar

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

2.25 SIF4 [20H 38H]: InfoFrame data registration

Function: This command registers the InfoFrame data of the designated program

number. When the program number is 0, it writes the data into the buffer
RAM. When it is 9999, it writes the data into the command work RAM.

Sequence: Type 2

Command:

78

AVI Scaling

1 byte

“0” = Unknown, “1” = Horiz, “2” = Vert,
“3” = Horiz&Vert

,

1 byte

2CH (Delimiter)

AVI QuantRange

1 byte

“0” = Default, “1” = Limited, “2” = Full

,

1 byte

2CH (Delimiter)

AVI ExtColor

1 byte

"0"=xvYCC601
"1"=xvYCC709
"2"=sYCC601
"3"=AdobeYCC601
"4"=AdobeRGB

“5”=ITU-R BT.2020 Y’cC’bcC’rc
“6”=ITU-R BT.2020 R’ G’ B’ or Y’ C’bCr

,

1 byte

2CH (Delimiter)

AVI ITContent

1 byte

“0” = No Data, “1” = IT Content

,

1 byte

2CH (Delimiter)

SPD Type

1 byte

“3” = 3

,

1 byte

2CH (Delimiter)

SPD Ver

1 byte

“1” = 1, “2” = 2

,

1 byte

2CH (Delimiter)

SPD Vendor Name

8 bytes

* 8 ASCII characters (When the string contains fewer

than 8 characters, enter a space or spaces after
the characters to bring the number of characters up
to 8)

,

1 byte

2CH (Delimiter)

SPD Product

16 bytes

* 16 ASCII characters (When the string contains

fewer than 16 characters, enter a space or spaces
after the characters to bring the number of
characters up to 16)

,

1 byte

2CH (Delimiter)

SPD Source Device

1 byte

"0"=unknown
"1"=DigiSTB
"2"=DVD
"3"=DVHS
"4"=HDD
"5"=DVC
"6"=DSC
"7"=CD
"8"=Game
"9"=PC
"10"=Blu-Ray(BD)
"11"=Super Audio CD
"12"=HD DVD
"13"=PMP

,

1 byte

2CH (Delimiter)

Audio Type

1 byte

“4” = 4

,

1 byte

2CH (Delimiter)

Audio Ver

1 byte

“1” = 1

,

1 byte

2CH (Delimiter)

Audio Channel Count

1 byte

“0” = Refer, “1” = 2ch, “2” = 3ch, “3” = 4ch, “4” = 5ch,
“5” = 6ch, “6” = 7ch, “7” = 8ch

,

1 byte

2CH (Delimiter)

Audio Coding Type

1 byte

"0"=Refer
"1"=IEC60958
"2"=AC3
"3"=MPEG1
"4"=MP3
"5"=MPEG2
"6"=AAC
"7"=DTS
"8"=ATRAC
"9"=DSD ISO/IEC 14496-3
"10"=E-AC-3 ATSC A/52B
"11"=DTS-HD DVD Forum DTSHD
"12"=MLP DVD Forum MLP
"13"=DST ISO/IEC 14496-3
"14"=WMA Pro WMA Pro Decoder
"15"=Refer to Audio Coding Extension Type

,

1 byte

2CH (Delimiter)

Audio Sample Size

1 byte

“0” = Refer, “1” = 16 bits, “2” = 20 bits, “3” = 24 bits

,

1 byte

2CH (Delimiter)

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

79

Audio Sample Freq

1 byte

“0” = Refer, “1” = 32 kHz, “2” = 44.1 kHz, “3” = 48 kHz,
“4” = 88.2 kHz, “5” = 96 kHz, “6” = 176.4 kHz,
“7” = 192 kHz

,

1 byte

2CH (Delimiter)

Audio Channel Alloc

1 or 2 bytes

“0” to “31”

,

1 byte

2CH (Delimiter)

Audio Level Shift

1 or 2 bytes

“0” to “15” dB

,

1 byte

2CH (Delimiter)

Audio Down-mix

1 byte

“0” = Permitted, “1” = Prohibited

,

1 byte

2CH (Delimiter)

MPEG Type

1 byte

“5” = 5

,

1 byte

2CH (Delimiter)

MPEG Ver

1 byte

“1” = 1

,

1 byte

2CH (Delimiter)

MPEG Frame

1 byte

“0” = Unknown, “1” = I Pic, “2” = B Pic, “3” = P Pic

,

1 byte

2CH (Delimiter)

MPEG Field Repeat

1 byte

“0” = New, “1” = Repeated

,

1 byte

2CH (Delimiter)

MPEG Bit Rate

1 to 10 bytes

“0” to “4294967295” Hz

,

1 byte

2CH (Delimiter)

AVI IT Content Type

1 byte

"0"=Graphics
"1"=Photo
"2"=Cinema
"3"=Game

,

1 byte

2CH (Delimiter)

AVI YCC Quantization
Range

1 byte

"0"=Limited Range
"1"=Full Range

,

1 byte

2CH (Delimiter)

Audio LFE playback level

1 byte

"0"=unknown
"1"=0dB playback
"2"=+10dB playback

,

1 byte

2CH (Delimiter)

Audio Coding Type
Extension

1 byte

"1"=HE-AAC
"2"=HE-AACv2
"3"=Mpeg Surround

"4"=MPEG-4 HE AAC
"5"=MPEG-4 HE AAC v2
"6"=MPEG-4 AAC LC
"7"=DRA
"8"=MPEG-4 HE AAC + MPEG Surround
"9"=Reserve
"10"=MPEG-4 AAC LC + MPEG Surround

,

1 BYTE

2CH (Delimiter)

Chk Sum Mode

1 BYTE

"0"=auto, "1"=Manual

,

1 BYTE

2CH (Delimiter)

Chk Sum

1 - 2 BYTE

"0" - "FF"
* Effective when ChkSumMode=auto

,

1 BYTE

2CH (Delimiter)

Info Len

1 - 2 BYTE

"0" - "15"

,

1 BYTE

2CH (Delimiter)

Data Byte 14

1 - 2 BYTE

"0" - "FF"

,

1 BYTE

2CH (Delimiter)

Data Byte 15

1 - 2 BYTE

"0" - "FF"

HDMI or DP

1 BYTE

"0" = HDMI, "1"= DisplayPort

ETX

1 byte

03H

Fig. 2-25-1

80

STX

1 byte

02H

VG4CMD

1 byte

FDH

LIF4

2 bytes

20H 39H

Program number

1 to 4 bytes

“0” to “2000”, “9999”

,

1 byte

2CH (Delimiter)

HDMI or DP

1 BYTE

"0" = HDMI, "1"= DisplayPort

ETX

1 byte

03H

STX

1 byte

02H

VG4CMD

1 byte

FDH

LIF4

2 bytes

20H 39H

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

AVI On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

SPD On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

Audio On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

MPEG On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

AVI Type

1 byte

“2” = 2

,

1 byte

2CH (Delimiter)

AVI Ver

1 byte

“1” = 1, “2” = 2, “3”=3

,

1 byte

2CH (Delimiter)

AVI Scan Info

1 byte

“0” = No Data, “1” = Over, “2” = Under

,

1 byte

2CH (Delimiter)

AVI Bar Info

1 byte

“0” = Not valid, “1” = Vert, “2” = Horiz, “3” = Vert&Horiz

,

1 byte

2CH (Delimiter)

AVI Active Format Info

1 byte

“0” = No Data, “1” = Valid

,

1 byte

2CH (Delimiter)

AVI RGB or YCbCr

1 byte

“0” = RGB, “1” = YCbCr422, “2” = YCbCr444
“3”=YCbCr420, “4”=Reserved1, “5”=Reserved2
“6”=Reserved3, “7”=IDO-Defined

,

1 byte

2CH (Delimiter)

AVI Active Frame Aspect

1 byte

“0” = Picture “1” to “9”

,

1 byte

2CH (Delimiter)

2.26 LIF4 [20H 39H]: InfoFrame data acquisition

Function: This command gets the InfoFrame data of the designated program number.

When the program number is 0, it reads out the data from the buffer RAM.
When the program has any number from 1001 to 2000, the command reads
out the data from the fixed data. When the program number is 9999, the
command reads the data from the command work RAM.

Sequence: Type 3

Command:

Fig. 2-26-1

As shown below, if you skip setting of HDMI or DP, HDMI InfoFrame data is received.

Fig. 2-26-2

Data:

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

81

AVI Picture Aspect

1 byte

“0” = No Data, “1” = 4:3, “2” = 16:9

,

1 byte

2CH (Delimiter)

AVI Colorimetry

1 byte

“0” = No Data
“1” = SMPTE
“2” = ITU709

"3" = Extend

,

1 byte

2CH (Delimiter)

AVI Video Code

1 or 2 bytes

“0” to “107”

,

1 byte

2CH (Delimiter)

AVI Repetition

1 or 2 bytes

“1” to “10”

,

1 byte

2CH (Delimiter)

AVI TopBar

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

AVI BottomBar

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

AVI LBar

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

AVI RBar

1 to 5 bytes

“0” to “65535”

,

1 byte

2CH (Delimiter)

AVI Scaling

1 byte

“0” = Unknown, “1” = Horiz, “2” = Vert,
“3” = Horiz&Vert

,

1 byte

2CH (Delimiter)

AVI QuantRange

1 byte

“0” = Default, “1” = Limited, “2” = Full

,

1 byte

2CH (Delimiter)

AVI ExtColor

1 byte

"0"=xvYCC601
"1"=xvYCC709
"2"=sYCC601
"3"=AdobeYCC601
"4"=AdobeRGB

“5”=ITU-R BT.2020 Y’cC’bcC’rc
“6”=ITU-R BT.2020 R’ G’ B’ or Y’ C’bCr

,

1 byte

2CH (Delimiter)

AVI ITContent

1 byte

“0” = No Data, “1” = IT Content

,

1 byte

2CH (Delimiter)

SPD Type

1 byte

“3” = 3

,

1 byte

2CH (Delimiter)

SPD Ver

1 byte

“1” = 1, “2” = 2

,

1 byte

2CH (Delimiter)

SPD Vendor Name

8 bytes

* 8 ASCII characters (When the string contains fewer

than 8 characters, enter a space or spaces after
the characters to bring the number of characters up
to 8)

,

1 byte

2CH (Delimiter)

SPD Product

16 bytes

* 16 ASCII characters (When the string contains

fewer than 16 characters, enter a space or spaces
after the characters to bring the number of
characters up to 16)

,

1 byte

2CH (Delimiter)

SPD Source Device

1 byte

"0"=unknown
"1"=DigiSTB
"2"=DVD
"3"=DVHS
"4"=HDD
"5"=DVC
"6"=DSC
"7"=CD
"8"=Game
"9"=PC
"10"=Blu-Ray(BD)
"11"=Super Audio CD
"12"=HD DVD
"13"=PMP

,

1 byte

2CH (Delimiter)

Audio Type

1 byte

“4” = 4

,

1 byte

2CH (Delimiter)

Audio Ver

1 byte

“1” = 1

,

1 byte

2CH (Delimiter)

Audio Channel Count

1 byte

“0” = Refer, “1” = 2ch, “2” = 3ch, “3” = 4ch, “4” = 5ch,
“5” = 6ch, “6” = 7ch, “7” = 8ch

82

,

1 byte

2CH (Delimiter)

Audio Coding Type

1 byte

"0"=Refer
"1"=IEC60958
"2"=AC3
"3"=MPEG1
"4"=MP3
"5"=MPEG2
"6"=AAC
"7"=DTS
"8"=ATRAC
"9"=DSD ISO/IEC 14496-3
"10"=E-AC-3 ATSC A/52B
"11"=DTS-HD DVD Forum DTSHD
"12"=MLP DVD Forum MLP
"13"=DST ISO/IEC 14496-3
"14"=WMA Pro WMA Pro Decoder
"15"=Refer to Audio Coding Extension Type

,

1 byte

2CH (Delimiter)

Audio Sample Size

1 byte

“0” = Refer, “1” = 16 bits, “2” = 20 bits, “3” = 24 bits

,

1 byte

2CH (Delimiter)

Audio Sample Freq

1 byte

“0” = Refer, “1” = 32 kHz, “2” = 44.1 kHz, “3” = 48 kHz,
“4” = 88.2 kHz, “5” = 96 kHz, “6” = 176.4 kHz,
“7” = 192 kHz

,

1 byte

2CH (Delimiter)

Audio Channel Alloc

1 or 2 bytes

“0” to “31”

,

1 byte

2CH (Delimiter)

Audio Level Shift

1 or 2 bytes

“0” to “15” dB

,

1 byte

2CH (Delimiter)

Audio Down-mix

1 byte

“0” = Permitted, “1” = Prohibited

,

1 byte

2CH (Delimiter)

MPEG Type

1 byte

“5” = 5

,

1 byte

2CH (Delimiter)

MPEG Ver

1 byte

“1” = 1

,

1 byte

2CH (Delimiter)

MPEG Frame

1 byte

“0” = Unknown, “1” = I Pic, “2” = B Pic, “3” = P Pic

,

1 byte

2CH (Delimiter)

MPEG Field Repeat

1 byte

“0” = New, “1” = Repeated

,

1 byte

2CH (Delimiter)

MPEG Bit Rate

1 to 10 bytes

“0” to “4294967295” Hz

,

1 byte

2CH (Delimiter)

AVI IT Content Type

1 byte

"0"=Graphics
"1"=Photo
"2"=Cinema
"3"=Game

,

1 byte

2CH (Delimiter)

AVI YCC Quantization
Range

1 byte

"0"=Limited Range
"1"=Full Range

,

1 byte

2CH (Delimiter)

Audio LFE playback level

1 byte

"0"=unknown
"1"=0dB playback
"2"=+10dB playback

,

1 byte

2CH (Delimiter)

Audio Coding Type
Extension

1 byte

"1"=HE-AAC,
"2"=HE-AACv2,
"3"=Mpeg Surround

"4"=MPEG-4 HE AAC
"5"=MPEG-4 HE AAC v2
"6"=MPEG-4 AAC LC
"7"=DRA
"8"=MPEG-4 HE AAC + MPEG Surround
"9"=Reserve
"10"=MPEG-4 AAC LC + MPEG Surround

,

1 BYTE

2CH (Delimiter)

Chk Sum Mode

1 BYTE

"0"=auto, "1"=Manual

,

1 BYTE

2CH (Delimiter)

Chk Sum

1 - 2 BYTE

"0" - "FF"
* Effective when ChkSumMode=auto.

,

1 BYTE

2CH (Delimiter)

Info Len

1 - 2 BYTE

"0" - "15"

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

83

,

1 BYTE

2CH (Delimiter)

Data Byte 14

1 - 2 BYTE

"0" - "FF"

,

1 BYTE

2CH (Delimiter)

Data Byte 15

1 - 2 BYTE

"0" - "FF"

,

1 BYTE

2CH (Delimiter)

ETX

1 byte

03H

Fig. 2-26-3

84

STX

1 byte

02H

VG4CMD

1 byte

FDH

SACP4

2 bytes

20H 3AH

Program number

1 to 4 bytes

“0” to “1000”, “9999”

,

1 byte

2CH (Delimiter)

ACP On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

ISRC1 On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

ISRC2 On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

ACP Type

1 byte

“0” to “3”

,

1 byte

2CH (Delimiter)

DVD-Audio Type

1 byte

“0” to “1”

,

1 byte

2CH (Delimiter)

Copy Permission

1 byte

“0” to “3”

,

1 byte

2CH (Delimiter)

Copy Number

1 byte

“0” to “7”

,

1 byte

2CH (Delimiter)

Quality

1 byte

“0” to “3”

,

1 byte

2CH (Delimiter)

Transaction

1 byte

“0” or “1”

,

1 byte

2CH (Delimiter)

ISRC1 Cont

1 byte

“0” or “1”

,

1 byte

2CH (Delimiter)

ISRC1 Valid

1 byte

“0” or “1”

,

1 byte

2CH (Delimiter)

ISRC1 Status

1 byte

“0” to “2”

,

1 byte

2CH (Delimiter)

ISRC1 Validity Info.

1 byte

“0” to “3”

,

1 byte

2CH (Delimiter)

ISRC1 Catalogue code

13 bytes

“0000000000000” to “9999999999999”

,

1 byte

2CH (Delimiter)

ISRC1 Country code

2 bytes

“00” to “ZZ”

,

1 byte

2CH (Delimiter)

ISRC1 First owner code

3 bytes

“000” to “ZZZ”

,

1 byte

2CH (Delimiter)

Year of recording code

2 bytes

“00” to “99”

,

1 byte

2CH (Delimiter)

Recording (item) code

5 bytes

“00000” to “99999”

,

1 byte

2CH (Delimiter)

SACD Count_A

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

SACD Count_S

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

SACD Count_U

1 to 3 bytes

“0” to “255”

,

1 byte

2CH (Delimiter)

2.27 SACP4 [20H 3AH]: ACP data registration

Function: This command registers the ACP data of the designated program number.

When the program number is 0, it writes the data into the buffer RAM. When
it is 9999, it writes the data into the command work RAM.

Sequence: Type 2

Command:

Chapter 2 INDIVIDUAL FORMATS FOR VG CONTROL COMMANDS

85

SACD A

1 byte

“0” or “1”

,

1 byte

2CH (Delimiter)

SACD S

1 byte

“0” or “1”

,

1 byte

2CH (Delimiter)

SACD U

1 byte

“0” or “1”

,

1 byte

2CH (Delimiter)

SACD Move_A

1 byte

“0” or “1”

,

1 byte

2CH (Delimiter)

SACD Move_S

1 byte

“0” or “1”

,

1 byte

2CH (Delimiter)

SACD Move_U

1 byte

“0” or “1”

ETX

1 byte

03H

Fig. 2-27-1

86

STX

1 byte

02H

VG4CMD

1 byte

FDH

LACP4

2 bytes

20H 39H

Program number

1 to 4 bytes

“0” to “2000”, “9999”

ETX

1 byte

03H

STX

1 byte

02H

TRDT

1 byte

10H

ACP On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

ISRC1 On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

ISRC2 On

1 byte

“0” = Off, “1” = On

,

1 byte

2CH (Delimiter)

ACP Type

1 byte

“0” to “3”

,

1 byte

2CH (Delimiter)

DVD-Audio Type

1 byte

“0” or “1”

,

1 byte

2CH (Delimiter)

Copy Permission

1 byte

“0” to “3”

,

1 byte

2CH (Delimiter)

Copy Number

1 byte

“0” to “7”

,

1 byte

2CH (Delimiter)

Quality

1 byte

“0” to “3”

,

1 byte

2CH (Delimiter)

Transaction

1 byte

“0” or “1”

,

1 byte

2CH (Delimiter)

ISRC1 Cont

1 byte

“0” or “1”

,

1 byte

2CH (Delimiter)

ISRC1 Valid

1 byte

“0” or “1”

,

1 byte

2CH (Delimiter)

ISRC1 Status

1 byte

“0” to “2”

,

1 byte

2CH (Delimiter)

ISRC1 Validity Info.

1 byte

“0” to “3”

,

1 byte

2CH (Delimiter)

ISRC1 Catalogue code

13 bytes

“0000000000000” to “9999999999999”

,

1 byte

2CH (Delimiter)

ISRC1 Country code

2 bytes

“00” to “ZZ”

,

1 byte

2CH (Delimiter)

ISRC1 First owner code

3 bytes

“000” to “ZZZ”

,

1 byte

2CH (Delimiter)

Year of recording code

2 bytes

“00” to “99”

,

1 byte

2CH (Delimiter)

2.28 LACP4 [20H 3BH]: ACP data acquisition

Function: This command gets the ACP data of the program whose number has been

designated. When the program number is 0, it reads out the data from the
buffer RAM. When the program has any number from 1001 to 2000, the
command reads out the data from the fixed data. When the program
number is 9999, the command reads the data from the command work
RAM.

Sequence: Type 3

Command:

Data:

Fig. 2-28-1