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5 CHROMA TIMING KEY PATTERN KEY PROGRAM KEY QUIT OUT RGB REV CONFIG KEY RS232C DDC HDCP v

6 TIMING AUDIO RS232C RS232C A B C D E TIMING A1 PATTERN B1 CHARACTER C1 RMAL PEN FORM...D1... E1 vi

7 CHROMA 2329 (CRT&LCD&TV&HDTV) MONITOR 1.2 (1) MHz 165MHz 250KHz 1KHz (2) Analog RGB,SMPTE HDTV DVI, HDMI, TV, 2229 CRT, LCD, LCD TV Plasma TV (3) SIZE Resolution (4) PC RS232C (5) 32 Mbits VRAM Graphic Size 2048X2048X8 Planes 2048X X2048X8 Planes (6) Timing Pattern RGBReverse 16 bits TTL (7) Timing Pattern SMPTE XHatchColor 11

8 2329 Delay256 Color Windows (8) 1. FLASH 100 Timing/100 Pattern 2. NVRAM300 Timing/100 Pattern/100 Program 3. IC 2600 Timing/600 Pattern/899 Program 1.3 GRAPHIC DISPLAY SCAN MODE HORIZONTAL TIMING Total Pixels: Resolution: Sync Width: Resolution: Sync Position: VERTICAL TIMING Total Lines: Resolution: Sync Width: Resolution: Sync Position: ANALOG OPTPUT Color: Video: Level: Resolution: Sync on Green: Level: Resolution: White Level Level: Resolution: Black Level: Rise/fall time: Video & Sync Phase Shift: Separate sync: 2048X X2048 (optional) Noninterlace/Interlace & Video Sync pixels 1 pixel pixels 1 pixel Leading edge in blanking period lines (noninterlace) lines (interlace) 1 line lines (noninterlace) lines (interlace) 1 line Leading edge in blanking period 256 colors (1pixel resolution) RGB (75 ohms loading) 0 1.0V programmable 0.37mV On/Off Programmable 0 0.5V programmable 0.156mV 01.2V programmable 0.66mV 7.5/0 IRE programmable 1.6nS(typical), 2.0nS (maximum) 0 ns 8nS Hs, Vs, Xs (Xs can be Hs, Vs, Composite Sync) (TTL level) 12

9 DVI Output Pixel Rate Range: MHz (TMDS) MHz (Analog) DDC2B: Read, Write, Compare and Analyzer HDCP: HDCP (Highbandwidth Content Protection) 1.0 support Compliant: DVI 1.0 specification Video Signal Type: RGB or YCbCr Sampling Mdes: 4:4:4 or 4:2:2 HDMI Output Pixel Rate Range: EDID & Enhance EDID: HDCP: Compliant: Video Signal Type: Sampling Mdes: 4:4:4 / 4:2:2 Bits per Component: 8 / 10 / MHz (Single Port Mode) Read / Write / Compare / Edit / Analyzer Support HDCP1.1 HDMI 1.0 specification RGB or YCbCr Pixel Repeat: 1 or 2 Color Space: RGB / ITUR BT.601 / ITUR BT.709 HDMI Audio Number of Chart: 2 (L, R) Bits per Sample: 16 bits Logic Level: 3.3 / 5 V Sample Rate: 32.0, 44.1, 48 KHz Waveform: Sine Wave Amplitude: 90.3 to 0.0 dbfs Frequency Range: 10 to 20KHz Frequency Resolution: 10Hz / Step External Audio Input: OPTICAL and COAX ( S/PDIF ) Special Control Mode: Tone / Sweep / Mute / Repeat / Play Time Analog Audio Output Output Frequency Range 10Hz to 20KHz Output Frequency Resolution: 10Hz / Step Channel: 2 Channel (R / L) Output Level Range: 100mV to 2000mV (at 600 Ohms Load) Output Impedance: 600 Ohms Special Control Mode: Tone / Sweep / Mute / Repeat / Play Time TV Output Output Mode: Subcarrier Frequency: Subcarrier Stability: Line Period: Frame Rate: NTSC443, NTSCM/J, PALBDGHI, SECAM MHZ(NTSCM/J), MHZ(NTSC443, PALBDGHI) + 50 HZ 15734/63.5HZ/uSEC(NTSC443, NTSCM/J), 15625/64HZ/uSEC(PALBDGHI, SECAM) 29.97HZ (NTSC443, NTSCM/J), 13

10 HZ (PALBDGHI, SECAM) Field Rate: 59.94HZ (NTSC443, NTSCM/J), 50HZ (PALBDGHI, SECAM) Scan Line: 525line (NTSC443, NTSCM/J), 625line (PALBDGHI, SECAM) Video Output: 1 Vpp Output Impedance: 75Ω Luminance Amplitude Accuracy: +2% Chrominance Amplitude Accuracy: +3% (NTSC, PAL) Output Format: VBS (Composite Video) Signal Output, BNC Connector Output Y/C (Luminance / Chrominance) Signal Output, SVideo Connector Output Burst ON/OFF (NTSC, PAL) Contrast Programmable Brightness Programmable Satuation Programmable Hue Programmable Closed Caption Support C1 ~ C4, T1 ~ T4, VCHIP (NTSC) Teletext Support Teletext System B Level 1, 1.5 (PAL) COMPOSITE SYNC Programmable Mode: DATA STORAGE DEVICE Flash memory (Read only): NVRAM (R/W): Memory Card(R/W): Disk on PC(R/W): USER INTERFACE AC INPUT TEMPERATURE Operation: Storage: H+V, H Exclusive OR V, RS343A Waveform with Equalization & Serration Pulse 100 timing patterns 300 timing patterns programs Unlimited data storage Unlimited data storage LCD, Keypad, Remote Keypad (optional), 16 output bits, RS232C 90132V / V, 4763HZ auto range C C HUMIDITY 20 90% DIMENSION (W x H x D) WEIGHT 320(D) 318(W) 100(H) mm/12.6(d) 12.5(W) 3.9(H) inch 4.5KG/9.92 lbs 14

11 1.4 <A> <B> 1. Analog5 BNC 15Pin Dtype Connector VGA Monitor Pin (Centronic) 9Pin Dtype Connector EGA MONITOR BNC BNC 75Ω 4. 9 Pin 9 Pin 9 Pin 25 Pin RS232C Cable 5. Memory Card Key Remote Keypad 7. PCBased Control Software 8. DVI 1 9. HDMI HDMI 15

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13 Monitor / KEY 2.4 Output Enable Disable ErrorMessage CONFIG SEARCH 2.1 VIDEO HORIZONTAL SYNC VERTICAL SYNC AB <A> VIDEO H.SYNC <B> VIDEO V.SYNC us ms PIXEL PIXEL 21

14 2329 Htotal Hdisplay Hbporch H back porch Hdisplay Hsync Width Hborder Hfporch H front porch Hdisplay HSync Vtotal Field Vdisplay Vbporch V back porch Vdisplay Vsync Width Vborder Vfporch V front porch Vdisplay VSync 12 Hfporch Vfporch HfporchHtotal Hsync width Hb porch Hdisplay VfporchVtotal Vsync width Vbporch Vdisplay PIXEL (1) FpPIXEL FREQUENCY 100MHz tp1/fp1/100mhz10ns (2) Htotal10uS 22

15 (i) H.Freq1/10uS100Khz (ii) 10uS tp1000pixels Htotal1000pixels Hdisplay8uS 8uS tp 800pixels Hdisplay 800pixels Hsync widthhbporchhborder (3) Htotal10uS Vtotal16mS (i) V.Freq1/16mS66.667Hz (ii) 16mS 10uSHtotal 1600 lines Vtotal1600pixels Vdisplay12mS 12mS 10uS 1200 lines Vdisplay1200pixels Vsync widthvbporchvborder 23

16 LCD (Memory Card Slot) (1) ANALOG VIDEO/SYNC (BNC) (2) HDMI (3) DVI 24

17 (4) D5 (5) 16BIT O/P, REMOTE KEYPAD (36 PINS) (6) RS232C (9PINS) (7) (8) (9) Analog Audio Output L channel (10) Analog Audio Output R channel (11) (12) (13) SVideo (14) TV CBVS (BNC ) (15) TV CBVS (RCA ) (1) ANALOG VIDEO & SYNC BNC 4.1 RGB ANALOG 75 OHM HSVSXS TTL HsyncVsyncXsync (2) SPECIAL I/O 36 PIN BIT BIT DIGITAL OUTPUT TIMING FORMAT RELAY OPEN COLLECTOR TYPE BIT 25

18 2329 S0 S7 RL0 RL5 REMOTE KEYPAD S RL SHORT (3) RS232C DB9 PIN DATA TERMINAL PIN OUT 1. NC 2. RxD PC TxD 3. TxD PC RxD 4. DTR PC DSR 5. GND PC GND 6. DSR PC DTR 7. RTS PC CTS 8. CTS PC RTS 9. NC (4) 26

19 (5) 1. FUSE HOLDER 2. LINE 3. GND 4. NEUTRAL (6) D5 Connector Pin No. Signal 1 Y signal I/O (+ & sync: +/300 mv * 1, 75 ohms) 2 Y_GND 3 P B (+/ 350 mv, 75 ohms) 4 P B _GND 5 P R (+/ 350 mv, 75 ohms) 6 P R _GND 7 Reserved line 1 8 Line 1 (0V: 525 lines, 2.2V: 750 lines, 5V: 1125 lines) 9 Line 2 (0V: 59.94i / 60i, 2.2V:, 5V: 59.94p / 60p) 10 Reserved line 2 11 Line 3 (0V: 4:3, 2.2V: 4:3 letter box, 5V: 16:9) 12 Plug insert detect GND 13 Reserved line 3 14 Plug insert detect (output: 10K ohms, input: >100K ohms) hooks Shell GND 27

20 2329 (7) TMDS & DVI (29 Pin) 1. TMDS Data 2 2. TMDS Data DGND 4. NC 5. NC 6. DDC Clock 7. DDC Data 8. Analog Vertical Sync 9. TMDS Data TMDS Data DGND 12. NC 13. NC V Power 15. AGND 16. NC 17. TMDS Data TMDS Data DGND 20. NC 21. NC 22. DGND 23. TMDS Clock TMDS Clock C1: Analog Red Video Out C2: Analog Green Video Out C3: Analog Blue Video Out C4: Analog Horizontal Sync C5: AGND (8) SVideo a: Chrominance Signal b: AGND c: Luminance Signal d: AGND b a c d (9) TV CVBS BNC a: AGND b: TV Composite Signal a b 28

21 (10) TV CVBS RCA a: AGND b: RCA_JACK a b (11) HDMI 1 DX2+ 2 DX2 Shield 3 DX2 4 DX1+ 5 DX1 Shield 6 DX1 7 Dx0+ 8 DX0 Shield 9 DX 10 DXC+ 11 DXC Shield 12 DXC 13 CEC 14 NC 15 DDC_SCL 16 DDC_SDA 17 GND 18 +5V 19 HPD TIMINGPATTERNPROGRAM MONITOR VIDEO WAVEFORM TIMING FORMAT PATTERN FORMAT C2329 TIMING/PATTERN FORMAT MONITOR TIMINGPATTERNICON C2329 Memory Card PC Driver 29

22 LCD SELF TEST PLEASE WAIT 1. OUTPUT DISABLE OUTPUT DISABLE LCD SYSTEM READY C2329 V X2048 MODEL VRAM OUTPUT ENABLE OUTPUT ENABLE SINGLE RUN (TIMING/PATTERN FORMAT)PROGRAM RUNLCD TIMING./PATTERN.PROGRAM SEQUENCE. 3. Memory Card LCD MEMORY CARD INSTALLED NAMEXXXXXXXX XXXXXXXX: Memory Card Name TIMING KEY TIMG. TIMING FORMAT MONITOR VIDEO (INTERLACE NINTERLACE) VIDEO SYNC TIMING FORMAT CHECKSUM ERROR EMPTY FORMAT LCD 1. # XXX TIMING NAME Pixel rate Hfreq. Vfreq. XXX: Timing No. (1 400) Timing 210

23 2. # YYY (CHKSUM ERR) ENTER TIMING # YYY: Checksum Error 3. # ZZZ (EMPTY) ENTER TIMING # ZZZ: Empty CHECKSUM ERROR EMPTY ENTER WORKING BUFFER RELATION ERROR A VGA TIMING FORMAT # 4 TIMG. 4 ENTER LCD # = 4 VGA M 31.46K PATTERN KEY PATTERN FORMAT PATTERN ICON PATTERN 20 ICON MONITOR PATN. LCD XXX: PATTERN. (1 200) PATTERN # = XXX: PATTERN NAME TIMING ENTER LCD ACCEPT DATA 0.5 WORKING BUFFER B # 1 PATTERN 211

24 2329 LCD PATN. 1 ENTER PATTERN # = 1 : GENERAL PROGRAM KEY PROGRAM FORMAT 40 SEQUENCE SEQUENCE TIMING/PATTERN OUTPUT ENABLE SEQUENCE TIMING/PATTERN SEQUENCE TIMING/PATTERN SEQUENCE SEQUENCE PROG. LCD XXX: Program No. (1 100) SINGLE RUN QUIT PROG. PROGRAM # = XXX : PROGRAM NAME ENTER LCD CLEAR PROGRAM? PRESS 0 1, SEL SEQUENCE 1 40 TIMING/ PATTERN. 0 DUMMY SEQUENCE SEQ XX : TMG/PTN/SEC./U : XXX/XXX/XX.X/X SEQUENCE XX TIMING.(1 400)PATTERN.(1 200) (0 25.5) ( ) 40 SEQUENCE SEQUENCE TIMING.PATTERN.0 SEQUENCE DUMMY SEQUENCE DUMMY SEQUENCE 212

25 (0 25.5) CONFIG AUTO/MANUAL ( ) ( ) STORE PROGRAM # = XX FIRST EMPTY # = XX SEQ 40 PROGRAM QUITOUTR G B REV QUIT LCD SYSTEM READY C2329 V X2048 RGBREVERSEOUTPUT LED OUT TIMINGPATTERNPROGRAM LED OUT LED OUT 1. TIMING PATTERN LED OUT OUTPUT ENABLE TIMING PATTERN FORMAT (SINGLE OUTPUT) LED 2. PROGRAM LED OUT PROGRAM SEQUENCEN TIMING/PATTERN FORMAT OUTPUT LED (SEQUENTIAL OUTPUT) LCD SEQUENCE SEQUENCE SEQUENCE SEQUENCE SEQUENCE (SEQUENCE TIMING PATTERN. 0 SEQUENCE ) 213

26 OUTR G B REV. SEQUENCE 0 9 SEQUENCE No. No. 9 SEQUENCE No SEQUENCE 0 4 SEQUENCE ( ) SEQUENCE 0 SEQUENCE 0 9 SEQUENCE RGB REV. TTLRGBITTLRGBrgbANALOG COLOR RGB LED REVERSE LED 4 KEY OFF ON R R LED OFF R R LED ON PATTERN R R VIDEO GB REV. PATTERN COMPLEMENT PATTERN (COMPLEMENT PATTERN ) 2.5 CONFIG KEY CONFIG LCD 0: Data Transfer 1: Auto/Manual 2: Self Test 3: Factory test 4: RS232C Setup 5: Sound Beep 6: Manage F/W 7: Manage Picture 8: Manage Cursor 9: TMG Interval CONFIG = DATA TRANSFER PRESS 0 9, SEL RS232C Baud RateData Bits Program Run 214

27 Auto Manual Mode ENTER (DATA TRANSFER) LCD 0 = BACKUP 1 1 = BACKUP 2 2 = RESTORE 1 3 = RESTORE 2 DATA TRANSFER TYPE = BACKUP 1 SEL 123 TYPE = BACKUP 1 TIMINGPATTERN PROGRAM 10 ICON Memory Card TYPE = BACKUP 2 Memory Card RESTORE 12 Memory Card RESTORE 1 BACKUP 1 RESTORE 2 BACKUP ENTER PROGRAM RUN MODE LCD PROGRAM RUN = MANUAL PRESS 0 1, SEL 0: Manual 1: Auto (MANUAL) PROGRAM RUN (AUTO) ENTER LCD SELF TEST PLEASE WAIT 215

28 2329 LCD SELF TEST OK C2329 V X2048 LCD SELF TEST NG NG = VRAM, RGB, CARD VRAMNVRAMRGBF/WCARDPLL ENTER (FACTORY TEST)LCD 0: LCD 1: KEYPAD/LED 2: PLL UNIT 3: SYSTEM UNIT 4: OUTPUT UNIT 5: MEMORY CARD 6: REMOTE KEYPAD 7: CALIBRATION 8: LCD BOARD 9: TV BOARD TEST = LCD PRESS 0 9, SEL RS232C 4 ENTER RS232C FORMATLCD ENABLE RS232C? PRESS 0 1, SEL YES 0: No 1: Yes 216

29 LCD 0: : : : : : : : : LCD 0: None 1: Odd 2: Even LCD 0: 7 Bits 1: 8 Bits BAUD RATE = 9600 PRESS 0 8, SEL PARITY CHECK = NE PRESS 0 2, SEL RS232C DATA = 8 BITS PRESS 0 1, SEL ENTER LCD 0: No 1: Yes WARN BELL? YES PRESS 0 1, SEL YES LCD LCD 217

30 2329 KEY CLICK? YES PRESS 0 1, SEL 0: No 1: Yes YES CLICK ENTER F/W LCD HOST TO FLASH? YES PRESS 0 1, SEL F/W YES HOST ( PC) F/W Flash Memory MCARD TO FLASH? YES PRESS 0 1, SEL F/W YES Memory Card Flash Memory HOST TO MCARD? YES PRESS 0 1, SEL F/W YES HOST( PC) F/W Memory Card LCD RECEIVED F/W OK Memory Card Write Protect Write Protect Memory Card FLASH TO MCARD? YES PRESS 0 1, SEL F/W YES Flash Memory F/W Memory Card MCARD TO HOST? YES PRESS 0 1, SEL F/W YES Memory Card F/W HOST (PC) HOST ( PC) VPGplus.exe 218

31 1. RS232 Data Bit 8 bitspc ( VPGplus.exe [Config] [Show Status] ) 2. HOST TO FLASH? YES YES ENTER LCD RECEIVING F/W WAIT FOR HOST 3. PC [Data] [Picture & F/W] [Download] Download ENTER LCD FILE XX USED XXXXX MCARD FREE XXXXX Memory Card byte FILE XX USED XXXXX FLASH FREE XXXXX FLASH Memory byte HOST TO MCARD? YES PRESS 0 1, SEL PIC YES HOST ( PC) Memory Card PICTURE # = XX (H M) EMPTY # = XX (H x V) Memory Card PICTURE. ( 21 84)LCD EMPTY. PICTURE. (H M) Host Memory Card ERASE PICTURE # = XX (H x V) Memory Card PICTURE HOST 219

32 2329 Memory Card MCARD TO FLASH? YES PRESS 01, SEL PIC YES Memory Card Flash Memory M # = XX, F # = XX (M F) EMPTY # = XX (H x V) M# Memory Card PICTURE. LCD (HxV) F# FLASH MEMORY Memory Card Flash Memory LCD EMPTY # = XX Flash Memory FLASH TO MCARD? YES PRESS 0 1, SEL PIC YES Flash Memory PICTURE Memory Card F # = XX, M # = XX (F M) EMPTY # = XX (H x V) F# FLASH Memory PICTURE. LCD (H x V) EMPTY# = XX Memory Card Memory Card PICTURE. Flash Memory Memory Card MCARD TO HOST? YES PRESS 0 1, SEL PIC YES Memory Card PICTURE HOST ( PC) PICTURE # = XX (M H) (H x V) Memory Card PICTURE. HOST FORMAT MCARD? YES PRESS 0 1, SEL YES Memory Card HOST HOST

33 **** BITMAP (.BMP) 1. Bitmap BITMAP FILE HEADER BITMAP INFO HEADER COLOR PEN FORM BITMAP DATA (14 bytes) (40 bytes) 2. BITMAP FILE HEADERBitmap 0 1 WORD Type BMP ( B, M ) 2 5 DWORD Size 6 7 WORD Reserve 8 9 WORD Reserve DWORD Offset 3. BITMAP INFO HEADER 0 3 DWORD Size (40bytes) 4 7 LONG Width (pixels) 8 11 LONG Height (pixels) WORD Planes WORD Bit Count 4: 16 8: DWORD Compression 16,256 (.RLE) DWORD Size Image LONG X axis LONG Y axis DWORD Color Used DWORD Color Important 4. penstructure 4 bytes structure typedef struct tagrgbquad { BYTE Blue; / 1 bytes / BYTE Green; / 1 bytes / BYTE Red; / 1 bytes / BYTE Reserved; / 1 bytes / } RGBQUAD; 221

34 Bit Count 4 (16 color)8 (256 color) (.BMP) (.RLE) ENTER LCD MOVE THE CURSOR? PRESS 01, SEL YES Monitor LCD CURSOR POSITION MUST IN OUTPUT MODE 2, 4, 6, 8 CURSOR SHAPE = CROSSL PRESS 03 SEL CROSSL ( + ) CROSSS ( + 1/20 )LINEV ( ) LINEH ( ) CURSOR BLINK = XX PRESS 015, SEL 0 1 1/4 2 1/2 1/4 SET CURSOR? PRESS 01, SEL YES YES LCD foreground pen background pen Pen. Fpen # = XXX Bpen # = XXX PRESS 0255, SEL SHOW POSITION? YES PRESS 0 =, 1 = YES YES Monitor H, V 222

35 ENTER LCD TIMING INTERVAL = X.XX SEC. TIMING SEL CHAR MODE ENTER LCD CHAR MODE? 0 = REPLACE, 1 = OVERLAY REPLACE OVERLAY REPLACE DDC SEL DDC ENTER LCD EDID TYPE? EEDID 1 = EDID, 2 = EEDID EDID 1 = EDID2 = EEDID ( Enhanced EDID ) VPG DVI HDMI Timing CONFIG MANAGE DDC EDID serial number READ WRITECOMPARE EDID READ UUT s EDID UUT COMPARE VPG EDID Buffer UUT s EDID UUT COMPARE 2329 VESA Enhanced EDID (EEDID) Manage CONFIG MANAGE DDC EDID EEDID EDID TYPE EEDID EEDID Data EEDID ID User EEDID 128 bytes EDID1(structure 1.3) + N EDID Extension EEDID User ID OUT OF SPACE User ID 223

36 2329 EEDID ID 1 = EDID1 + 3 EDID Extensions EEDID ID 2 = EDID1 + 2 EDID Extensions EEDID ID 3 = EDID = 2 blocks EEDID EDID1 + 3 EDID Extensions 4 blocks ID 2 ID 2 STORE EDID #= 7 OUT OF SPACE, MAX = 2 EEDID EDID Extensions CEA861B 1 EDID Extension (Tag = 02h) CEA EDID Timing Extension2329 ( version 3) User E EDID EEDID CEA EDID Timing Extension Version 3 User Pattern 20Foreground color = Monitor xx: EDID. (110) YYY: Manufacturer Name # = xx : yyy EDID # 1 ~ 10 EDID. ENTER EDID. Buffer LCD : EDIT EDID? PRESS 01, SEL YES Buffer EDID : Serial No, Week of Manufacture, Year Of Manufacture Version 2 Revision 0, LCD : SERIAL. = XXXXXXXX INPUT SERIAL NUMBER WEEK OF MFG. = XX xx : (0~53) YEAR OF MFG. = XXXX LCD : 224

37 WRITE EDID +S/N? PRESS 0 1, SEL YES Buffer EDID Buffer Serial No.1 LCD : WRITE EDID? PRESS 0 1, SEL YES Buffer EDID LCD : STORE EDID # = X EDID # 1 10 x : (1~10) Buffer EDID LCD : COMPARE EDID? PRESS 0 1, SEL Buffer EDID LCD READ EDID? PRESS 0 1, SEL EDID Buffer HDCP 1. HDCP LCD *** SYSTEM READY *** C2329 V * (1) CONFIG SEL HDCP SETUP 225

38 2329 CONFIG = HDCP SETUP PRESS 09, SEL ENTER HDCP (2) 1 SELECT YES HDCP HDCP Function HDCP ENABLE? YES PRESS 01, SEL ENTER HDCP MODE = PATTERN PRESS 0 2, SEL (3) HDCP MODE HDCP MODE 1 PATTERN 2 LINKCODE 3 PROGRAM HDCP HDCP PATTERN LCD HDCP LINK 2 Check Ri Ri CHECK ERROR HDCP LINK Display Device HDCP LINK HDCP ; LCD HDCP DISPLAY DEVICE Ri=Ri Link Check Error HDCP LINK LCD ERROR Program Run HDCP Enable DVI Timing HDCP LINK HDCP LINK ; VPGPLUS DVI Timing Format HDCP RUN YESDefaults HDCP LINK Timing Timing101 Timing HDCP LINK 2. HDCP PATTERN LCD 226

39 *** SYSTEM READY *** C2329 V * (1) CONFIG HDCP CONFIG = HDCP SETUP PRESS 09, SEL ENTER HDCP (2) 1 SELECT YES HDCP ENTER 0 ENTER HDCP ENABLE? YES PRESS 01, SEL HDCP MODE = PATTERN PRESS 0 2, SEL (3) TIMING44ENTER # =44 :P640X M 31.46K OUT HDCP Display Device LCD Display Device Pattern HDCP LINK 2 Check Ri Ri LCD *** SYSTEM READY *** C2329 V * (1) CONFIG HDCP 227

40 2329 CONFIG = HDCP SETUP PRESS 09, SEL ENTER HDCP (2) 1 SELECT YES HDCP HDCP ENABLE? YES PRESS 01, SEL ENTER HDCP MODE = LINKCODE PRESS 0 2, SEL 1 ENTER (3) TIMING44ENTER # =44 P640X M 31.46K OUTLCD ** Authentication ** Device Connected LCD ** Authentication ** Generate AN OK LCD ** Authentication ** Write AN&AKSV OK LCD ** Authentication ** Read BKSV OK LCD ** Authentication ** R0 is Ready!! 228

41 LCD ** Authentication ** To Read R0.. LCD ** Authentication ** Enable Encryption LCD ** Authentication OK ** Enable Encryption OK HDCP Display Device Ri Ri HDCP LINK 2 Check Ri Ri PROGRAM MODE HDCP MODE PROGRAM User DVI Timing HDCP LINK VPGPLUS LCD Timing EDIT HDCP RUN = HDCP RUN =YES Timing Timing 101 Timing 101 HDCP 3. HDCP HOT PLUG 2329 Timing Format Hot Plug Detect Receiver2329 User 4. HDCP ERROR Error 1 Initialize TX Error Transmitter 2 Receiver Check Error Receiver 3 Generate AN Error AN 4 Write AN&AKSV Error AN AKSV Receiver 5 Read BKSV Error BKSV Transmitter 6 R0 isn t Ready R0 7 BKSV Error BKSV 8 R0!= R0,Retry. Receiver Transmitter LinkCode HDCP 9 Encryption Fail Transmitter 229

42 INTERLACE MODE Xs = EQUALIZATION PULSE VfrontPorch (1/2 1 Pulse Hsync Width 2) VbPorch Vsync Width EQUALIZATION PULSE NINTERLACE MODE Xs = EQUALIZATION PULSE ATION PULSE Hsync 2. EQUALIZATION PULSE ATION PULSE HtotalHsync WidthHbPorch RISING EDGE 3. ANALOG OUTPUT SYNC ON GREEN Xs G Xs = OFF LOW OFF HIGH OFF LOW HsVs DISABLE OFF LOW 4. TIMING VIDEO ANALOG (VIDEO SYNC) DISABLE 2.7 TIMING RELATION ERROR LCD (ERROR MESSAGE) NVRAM R/W ERROR PRESS ANY KEY NVRAM READ/WRITE TIMING XXX CHECKSUM ERROR xxx Memory Card PC Driver PATTERN XXX CHECKSUM ERROR PROGRAM XXX CHECKSUM ERROR MEMORY CARD ERROR: BATTERY IS TOO LOW 230

43 Memory Card MEMORY CARD ERROR: BATTERY IS DEAD RELATION ERROR MESSAGE TIMING FORMAT DATA RANGE ERROR: RANGE = XXX XXX LCD PLEASE SELECT AUTO MODE Config Program UNFORMAT MEMORY CARD Memory Card Memory Card ALLOCATE SPACE ERROR Memory Card ERASE ERROR Memory Card THIS FILE DATA ERROR Memory Card Flash Memory HOST ( PC) THIS FILE OVER 320KB 231

44 2329 Memory Card Flash Memory 320K bytes MEM SPACE T EUGH Flash Memory Memory Card Memory Card FORMAT ERROR Memory Card MEMORY CARD ERROR: HEADER T FOUND Memory Card Header ID F/W INVALID F/W C22XX CAN T UPDATE Memory Card ( F/W) Flash Memory F/W UART RESPONSE PRESS ANY KEY HOST ( PC) MEMORY CARD ERROR: CHECKSUM ERROR Memory Card F/W checksum CANT ERASE MEMORY! FLASH MEMORY IS BAD. Flash Memory CANT PROGRAMMING! FLASH MEMORY IS BAD. Flash Memory F/W code INSERT MEMORY CARD WITH F/W CODE 232

45 Flash Memory F/W Memory Card " TIMING FORMAT OUT TIMG. 1. TIMING XXX ERROR H TOTAL TOO SMALL (a) HdelayHtotal Hbporch Hsync widthhdisplay0 Htotal HbporchHsync widthhdisplay Hdelay0 (b) BLANKING HtotalBLANKING µS 2. TIMING XXX ERROR H BORDER TOO BIG (a) HborderHdelay (b) Hdisplay2 Hborder2048 Hborder Hdisplay Hdelay 3. TIMING XXX ERROR H BPORCH TOO SMALL Hsync Video (Hsync widthhbporch) Hsync Hbporch 4. TIMING XXX ERROR H SYNC WIDTH TOO BIG Hsync widthhtotal48 Hsync width Htotal 233

46 TIMING XXX ERROR V TOTAL TOO SMALL VdelayVtotal Vsync width Vbporch Vdisplay0 Vtotal Vsync widthvbporchvdisplay INTERLACE MODE Vdelay0 ( Vbporch ) 6. TIMING XXX ERROR V BORDER TOO BIG (a) VborderVdelay (b) Vdisplay2 Vborder2048 N INTERLACE Vdisplay2 Vborder1024 INTERLACE INTERLACE MODE Vdelay VborderVtotalVdisplay FIELD FRAME 7. TIMING XXX ERROR V BPORCH TOO SMALL (a) Vsync Video 0 Vbporch Vsync width (b) INTERLACE MODE Vbporch2 Vsync width0 VbporchVsync width Vsync width0 Vdelay 0 Vbporch 1 Vbporch 8. TIMING XXX ERROR V SYNC WIDTH TOO BIG 234

47 Vsync widthvtotal Vsync width 9. (a) Vtotal4096 N INTERLACE (b) Vtotal2047 INTERLACE TIMING XXX ERROR (1) V TOTAL TOO BIG 10. TIMING XXX ERROR WHITE LEVEL TOO SMALL White LevelVideo Level Video level 11. TIMING XXX ERROR WHITE LEVEL TOO BIG White Level 1.2V 12. TIMING XXX ERROR VIDEO MODE REJECTS Video Mode 13. TIMING XXX ERROR PIXEL RATE=nn mmm MHz timing pixel rate mmmmhz nnmhz 235

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49 Htotal ( ) Hdisplay ( ) HbPorch ( ) Hback Porch Hdisplay Hsync Width ( ) Hborder ( ) HfPorch ( ) Hfront Porch Hdisplay Hsync

50 2329 Vtotal ( ) (Field) Vdisplay ( ) VbPorch ( ) Vback Porch Vdisplay Vsync Width ( ) Vborder ( ) VfPorch ( ) Vfront Porch Vdisplay Vsync 3.3 HORIZONTAL/VERTICAL TIMING (µs ms) ( Pixel) 1. Fp (Pixel Frequency) 100 MHz Tp = 1/Fp = 1/100 MHz = 10 ns 2. Htotal = 10 µs (a) H. Freq = 1/10 µs = 100 KHz (b) 10 µs Tp = 10 µs/10 ns = 1000 (Pixels) Htotal = 1000 (Pixels) 32

51 Hdisplay = 8 µs 8 µs Tp = 8 µs/10 ns = 800 (Pixels) Hdisplay = 800 (Pixels) Hsync WidthHbPorchHborder 3. ( Htotal = 10 µs) Vtotal = 16 ms (a) V. Freq = 1/16 ms = Hz (b) 16 ms 10 µs (Htotal) = 1600 Lines Vtotal = 1600 (Pixels) Vdisplay = 12 ms 12 ms 10 µs = 1200 Lines Vdisplay = 1200 (Pixels) Vsync Width, VbPorch, Vborde 3.4 TIMING Video Level ( mv) Video White Level ( mv) DC OFFSET Video Level Video Sync (Video Level White Level) Sync Level (0 500 mv) Black Level Black Level 0 IRE 7.5 IRE (7.5 IRE Video Level = 100 IRE mv) H + V ( ) 2. H EOR V (H EXCLUSIVE OR V) 33

52 (ATION PULSE) 4. H ( ) 5. V ( ) H + VH EOR V NINTERLACE INTERLACE /EQUALIZATION INTERLACE Vfront Porch EQUALIZATION PULSE PULSE Hsync Width Vs Width ATION PULSE A EQUALIZATION PULSE A Vs Width 3.6 Audio AUDIO ( A1 ~ A20 ) 32K/44.1K/48K Sample Rate (A99) (A98) VPGPlus (frequencylevel) Pattern Name %AXX (XX N ) HDMI Timing Pattern HDMI HDMI Timing AUDIO Sample Rate 32K / 44.1K / 48KHz 34

53 2329 Audio Sequence A0 Audio Turn Off A1 1KHz; 1V; Tone; Two Channel On A2 1KHz; 1V; Tone; Left Channel On; Right Channel Off A3 1KHz; 1V; Tone; Right Channel On; Left Channel Off A4 350Hz~2.5KHz; 1V; Sweep; Two Channel On;2.5 Sec. A5 100Hz~15KHz; 1V; Sweep; Two Channel On;5 Sec. A6 2KHz; 1V; Tone; Two Channel On A7 3KHz; 1V; Tone; Two Channel On A8 4KHz; 1V; Tone; Two Channel On A9 5KHz; 1V; Tone; Two Channel On A10 6KHz; 1V; Tone; Two Channel On A11 7KHz; 1V; Tone; Two Channel On A12 8KHz; 1V; Tone; Two Channel On A13 9KHz; 1V; Tone; Two Channel On A14 10KHz; 1V; Tone; Two Channel On A15 12KHz; 0.5V; Tone; Two Channel On A16 14KHz; 1V; Tone; Two Channel On A17 16KHz; 1.5V; Tone; Two Channel On A18 18KHz; 2V; Tone; Two Channel On A19 1KHz~20KHz; 2V; Sweep; Two Channel On;5 Sec. A20 1KHz~10KHz; 2V; Sweep; Left Channel On;3 Sec. 10KHz~20KHz; 2V; Sweep; Right Channel On;5 Sec. A98 Digital Optical Fiber Input A99 Digital Coaxial Input 35

54

55 4. (SELF DIAGSTIC ROUTINE) 4.1 QUIT DISABLE OUTPUT MONITOR MONITOR CONFIG SEL LCD CONFIG = SELF TEST PRESS 0 9, SEL ENTER LCD SELF TEST PLEASE WAIT CHECKSUM SRAM VRAM RAMDAC PLL NVRAM MEMORY CARD ( ) 20 LCD : SELF TEST OK C23XX VX.X 2048X

56 2329 LCD MODEL No.SOFTWARE VERSION VRAM SIZE : SELF TEST NG NG=XXX,XXX LCD SELF TEST SEL LCD CONFIG = FACTORY TEST PRESS 0 9, SEL ENTER SEL TEST = XXXXXXXXXX PRESS 0 9, SEL 0=LCD 1=KEYPAD/LED 2=PLL UNIT 3=SYSTEM UNIT 4=OUTPUT UNIT 5=MEMORY CARD 6=REMOTE KEYPAD 7=CALIBRATION 8=LCD BOARD 9=TV BOARD (0) LCD DISPLAY (20 2) (1) KEYPAD / LED PC BOARD KEY LED (2) PLL UNIT PHASE LOCK LOOP SYNTHESIZER (3) SYSTEM UNIT CPU (4) OUTPUT UNIT VIDEO/SYNC VRAM (5) MEMORY CARD MEMORY CARDPC BOARD MEMORY CARD CPU (6) REMOTE KEYPAD23KEY ( ) (7) CALIBRATION: 42

57 (8) LCD BOARD PC Board LCD Output (9) TV BOARD TV BOARD TV OUTPUT (0) LCD LCD 0 ~ 9A ~ Z / (1) KEYPAD/LED LED LAMP KEYPAD LED LAMP PROGRAM TIMING OUTPUT 0.5 ( LED) LED KEYPADLCD PRESS KEY = PROG (QUIT) PROG. KEYPAD QUIT KEY (2) PLL UNIT PLL Fd ( PLL UNIT PLL CALIBRATION) ENTER PLL 1PPM MHz TO MHz (3) SYSTEM UNIT ENTER SRAM CHECK? 1 43

58 2329 SRAM CHECK? YES PLEASE WAIT SRAM GO SRAM NG A=XXXXXXX R=XXXX, W=XXXX A = ADDRESS W = WRITE DATA R = READ DATA NVRAM ADDRESS DATA BUS NVRAM CONTROL? OPEN BIT NVRAM OPEN BIT A=XX XX XX D=XX XX XX VRAM ADDRESS DATA BUS VRAM CONTROL? NVRAM ADDRESS DATA BIT OPEN LCD (VRAM (4) OUTPUT UNIT ) MEMORY CARD ADDRESS DATA BUS RAM CARD CONTROL? MEMORY CARD (512K4M BYTES) DEFAULT 512K NVRAMVRAM OPEN BIT ( MEMORY CARD WRITE PROTECT STATUS ) PLL PLL CONTROL = NG X (, ) 2.1 SPECIAL I/O CONNECTOR BIT0~15 BIT0 15 BIT0 BIT HIGH LOW 44

59 16 BIT O/P CHECK BIT 015 SCAN RS232C PORT RS 232C RS232C RS232C CHECK? HOOK UP FIXTURE RS232C OUTPUT INPUT RS232C XXT FAIL XXXXXXX ERROR (4) OUTPUT UNIT ENTER VTT ADJUST : VR1 CHECK : TPVTT VTT ( 2.9V~3.1V ) VRAM VRAM TEST = PRESS ENTER BIT ERROR VRAM NG A=XXXXXXX R=XXXX, W=XXXX RGB 256 COLOR PEN X PEN NG A=XXX W=XXX R=XXX R PEN RED G B PEN DC OFFSET 75Ω RGB BNC LCD : DC OFFSET CHECK? YES PRESS 0 1, SEL DC OFFSET= XXXXmV+2 RGB 75 OHM 45

60 2329 SYNC ON RGB RGB BNC LCD SYNC CHECK? YES PRESS 0 1, SEL SYNC LEVEL=XXXmV+5 RGB 75 OHM VIDEO 75Ω RGB BNC LCD VIDEO CHECK? YES PRESS 0 1, SEL VIDEO LEVEL=XXXXmV+2 RGB 75 OHM YPrPb/YCrCb 75Ω RGB BNC LCD YPrPb/YCrCb CHK? YES PRESS 0 1, SEL RY,BYStep 1 mv+6 R=XXX B=XXX G=XXX mv RGB 75 OHM 75Ω RGB BNC LCD TRI_LVL OUT CHK? PRESS 0 1, SEL SEL ENTER 75Ω RGB Trilevel TRI_LVL OUT ON R G, B TRI LEVEL TRI_LVL OUT ON G R, B TRI LEVEL 46

61 TRI_LVL OUT ON B R, G TRI LEVEL 75Ω RGB Trilevel TRI_LVL OUT ON RGB HDTV HDTV Timing CHK? 0=, 1=YES SEL ENTER HDTV /60/i HDTV Timing Spec. LCD 75Ω /60/i HDTV Timing = 1080i G 75 Ohm /60/P HDTV Timing = 720P G 75 Ohm (5) MEMORY CARD ENTER MEMORY CARD STATUS DATA BUS WIDTH 16 BIT XX = 16 NG DATA BITS=XX BIT OK (, ) MEMORY CARD BATTERY STATUSXXXX OKLOW DEADLOW DEAD DATA BATTERY = XXXX (, ) MEMORY CARD WRITE PROTECT STATUSXXXXXX DISABLE ENABLE RAM CARD WRITE PROTECT WRITE =XXXXXX (, ) 47

62 2329 MEMORY CARD RAM CARD W / R TEST YES BUFFER RAM RAM CARD GO / NG XXXXX BYTE R/W? YES (, ) (6) REMOTE KEYPAD (7) CALIBRATION (8) LCD BOARD LCD MODULE(BOARD) FACTORY TEST LCD BOARD, DDC2B ENTER DDC2B 48

63 RS232C 5. RS232C 5.1 RS232C RS232C 1. Transmit Data (TxD) 2. Receive Data (RxD) 3. Data Terminal Ready (DTR) 4. Data Set Ready (DSR) 5. Request To Send (RTS) 6. Clear to Send (CTS) 2329 Computer 2329 Port TxD RxD DTR DSR RTS CTS CD RI TxD RxD DTR DSR RTS CTS GROUND DTR TRUE POWER ON DSRCTS TRUE DTRRTS FALSE H/W HANDSHAKE RTS/CTS FULL DUPLEX BAUD RATE () 2 STOP BIT K BYTES BUFFER RAM RS232C

64 2329 DISABLE RUN BUFFER TIMING / PATTERN ENABLE OUTPUT RUN PROGRAM BUFFER PROGRAM ENABLE PROGRAM OUTPUT PROGRAM RUN TIMING XXXX LOAD TIMING XXXX ENABLE RUN PATTERN XXX LOAD PATTERN XXX ENABLE RUN TIMING XXXX PATTERN YYY RUN PATTERN XXX TIMING YYYY RUNTXXXPYYY 0AH CHROMA 2000 T TIMINGP PATTERN DOWNLOAD DATA OK <0AH> <0DH> CHROMA 2000 RUN PROGRAM XXX LOAD PROGRAM XXX ENABLE RED ON SET RED = ON RED YES RED OFF SET RED = OFF RED RED STATUSON OFFOFF ON GREEN ON RED GREEN YES RED GREEN OFF RED GREEN RED GREEN RED BLUE ON RED BLUE YES RED BLUE OFF RED BLUE RED BLUE RED REVERSE ON RED REVERSE YES RED REVERSE OFF RED REVERSE RED REVERSE RED 52

65 A TIMING 1100 A TIMING TIMING. # 001 # 002 # 003 # 004 # 005 NAME PIXEL RATE VESA640X MHz VESA640X MHz VESA720X MHz VGA640X MHz V640X MHz INTERLACE? VIDEO SYNC ON G? SYNC LEVEL VIDEO LEVEL WHITE LEVEL BLACK LEVEL 16 BIT DATA ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 832 = us 640 = us 96 =3.048 us 64 =2.032 us 832 = us 640 = us 96 =3.048 us 64 =2.032 us 936 = us 720 = us 108 =3.042 us 72 =2.028 us 800 = us 640 = us 48 =1.907 us 96 =3.813 us 8 =0.318 us 832 = us 640 = us 128 =4.063 us 40 =1.270 us 8 =0.254 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 445 = ms 350 =9.244 ms 60 =1.585 ms 3 =0.079 ms 445 = ms 400 = ms 41 =1.083 ms 3 =0.079 ms 446 = ms 400 = ms 42 =1.107 ms 3 =0.079 ms 525 = ms 480 = ms 33 =1.049 ms 2 =0.064 ms 8 =0.254 ms 520 = ms 480 = ms 28 =0.740 ms 3 =0.079 ms 8 =0.211 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT ON() ON() ON() ON() ON() ON() ON() Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz TIMING. # 006 # 007 # 008 # 009 # 010 NAME PIXEL RATE V640X MHz V640X MHz V800X MHz V800X MHz V800X MHz = KHz = Hz INTERLACE? VIDEO SYNC ON G? SYNC LEVEL VIDEO LEVEL WHITE LEVEL BLACK LEVEL 16 BIT DATA ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 840 = us 640 = us 120 =3.810 us 64 =2.032 us 832 = us 640 = us 80 =2.222 us 56 =1.556 us 1024 = us 800 = us 128 =3.556 us 72 =2.000 us 1056 = us 800 = us 88 =2.200 us 128 =3.200 us 1040 = us 800 = us 64 =1.280 us 120 =2.400 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 500 = ms 480 = ms 16 =0.427 ms 3 =0.080 ms 509 = ms 480 = ms 25 =0.578 ms 3 =0.069 ms 625 = ms 600 = ms 22 =0.626 ms 2 =0.057 ms 628 = ms 600 = ms 23 =0.607 ms 4 =0.106 ms 666 = ms 600 = ms 23 =0.478 ms 6 =0.125 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT ON() ON() ON() ON() Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz A1

66 2329 TIMING. # 011 # 012 # 013 # 014 # 015 NAME PIXEL RATE V800X MHz V800X MHz 1024X MHz V1024X MHz V1024X MHz INTERLACE? VIDEO SYNC ON G? SYNC LEVEL VIDEO LEVEL WHITE LEVEL BLACK LEVEL 16 BIT DATA ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE YES ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 1056 = us 800 = us 160 =3.232 us 80 =1.616 us 1048 = us 800 = us 152 =2.702 us 64 =1.138 us 1264 = us 1024 = us 56 =1.247 us 176 =3.920 us 1344 = us 1024 = us 160 =2.462 us 136 =2.092 us 1328 = us 1024 = us 144 =1.920 us 136 =1.813 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 625 = ms 600 = ms 21 =0.448 ms 3 =0.064 ms 631 = ms 600 = ms 27 =0.503 ms 3 =0.056 ms 408 = ms 384 = ms 20 =0.563 ms 4 =0.113 ms 806 = ms 768 = ms 29 =0.600 ms 6 =0.124 ms 806 = ms 768 = ms 29 =0.513 ms 6 =0.106 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT ON() ON() ON() ON() Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz TIMING. # 016 # 017 # 018 # 019 # 020 NAME PIXEL RATE V1024X MHZ V1024X MHz V1152X MHz V1280X MHz V1280X MHz = KHz = Hz INTERLACE? VIDEO SYNC ON G? SYNC LEVEL VIDEO LEVEL WHITE LEVEL BLACK LEVEL 16 BIT DATA ANALOGCOLOR 0 IRE ANALOGCOLOR 700 mv 700 mv 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 1312 = us 1024 = us 176 =2.235 us 96 =1.219 us 1376 = us 1024 = us 208 =2.201 us 96 =1.016 us 1600 = us 1152 = us 256 =2.370 us 128 =1.185 us 1800 = us 1280 = us 312 =2.889 us 112 =1.037 us 1728 = us 1280 =8.620 us 224 =1.508 us 160 =1.077 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 800 = ms 768 = ms 28 =0.466 ms 3 =0.050 ms 808 = ms 768 = ms 36 =0.524 ms 3 =0.044 ms 900 = ms 864 = ms 32 =0.474 ms 3 =0.044 ms 1000 = ms 960 = ms 36 =0.600 ms 3 =0.050 ms 1011 = ms 960 = ms 47 =0.547 ms 3 =0.035 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz A2

67 A TIMING 1100 TIMING. # 021 # 022 # 023 # 024 # 025 NAME PIXEL RATE 1280X MHz 1280X MHz 1280X MHz 1600X MHz 1600X MHz INTERLACE? VIDEO SYNC ON G? SYNC LEVEL VIDEO LEVEL WHITE LEVEL BLACK LEVEL 16 BIT DATA ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 1688 = us 1280 = us 248 =2.296 us 112 =1.037 us 1688 = us 1280 =9.481 us 248 =1.837 us 144 =1.067 us 1728 = us 1280 =8.127 us 224 =1.422 us 160 =1.016 us 2160 = us 1600 =9.877 us 304 =1.877 us 192 =1.185 us 2160 = us 1600 =9.117 us 304 =1.732 us 192 =1.094 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 1066 = ms 1024 = ms 38 =0.594 ms 3 =0.047 ms 1066 = ms 1024 = ms 38 =0.475 ms 3 =0.038 ms 1072 = ms 1024 = ms 44 =0.483 ms 3 =0.033 ms 1250 = ms 1200 = ms 46 =0.613 ms 3 =0.040 ms 1250 = ms 1200 = ms 46 =0.566 ms 3 =0.037 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz TIMING. # 026 # 027 # 028 # 029 # 030 NAME PIXEL RATE 1600X MHz 1600X MHz 1600X MHz 1792X MHz 1856X MHz = KHz = Hz INTERLACE? VIDEO SYNC ON G? SYNC LEVEL VIDEO LEVEL WHITE LEVEL BLACK LEVEL 16 BIT DATA ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE ANALOGCOLOR 0 IRE H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 2160 = us 1600 =8.466 us 304 =1.608 us 192 =1.016 us 2160 = us 1600 =7.901 us 304 =1.501 us 192 =0.948 us 2160 =9.412 us 1600 =6.972 us 304 =1.325 us 192 =0.837 us 2448 = us 1792 =8.752 us 328 =1.602 us 200 =0.977 us 2528 = us 1856 =8.504 us 352 =1.613 us 224 =1.026 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 1250 = ms 1200 = ms 46 =0.526 ms 3 =0.034 ms 1250 = ms 1200 = ms 46 =0.491 ms 3 =0.032 ms 1250 = ms 1200 = ms 46 =0.433 ms 3 =0.028 ms 1394 = ms 1344 = ms 46 =0.550 ms 3 =0.036 ms 1439 = ms 1392 = ms 43 =0.498 ms 3 =0.035 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT ON() ON() Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz =86.333K Hz = Hz A3

68 2329 TIMING. # 031 # 032 # 033 # 034 # 035 NAME PIXEL RATE 1920X MHz SDTV576P MHz SDTV576i MHz SDTV480P MHz SDTV480i MHz INTERLACE? VIDEO SYNC ON G? SYNC LEVEL VIDEO LEVEL WHITE LEVEL BLACK LEVEL 16 BIT DATA ANALOGCOLOR 0 IRE ANALOGCOLOR YES 300 mv 0 IRE YES ANALOGCOLOR YES 300 mv 0 IRE ANALOGCOLOR YES 300 mv 0 IRE YES ANALOGCOLOR YES 300 mv 0 IRE H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 2600 = us 1920 =8.205 us 344 =1.470 us 208 =0.889 us 864 = us 720 = us 69 =2.556 us 63 =2.333 us 864 = us 720 = us 69 =5.111 us 63 =4.667 us 858 = us 720 = us 59 =2.185 us 63 =2.333 us 858 = us 720 = us 59 =4.370 us 63 =4.667 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 1500 = ms 1440 = ms 56 =0.622 ms 3 =0.033 ms 625 = ms 576 = ms 39 =1.248 ms 5 =0.160 ms = ms 288 = ms 18 =1.152 ms 3 =0.192 ms 525 = ms 483 = ms 30 =0.953 ms 6 =0.191 ms = ms 243 = ms 13 =0.826 ms 3 =0.191 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT ON() ON() ON() ON() ON() ON() ON() ON() ON() ON() ON() ON() ON() Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz TIMING. # 036 # 037 # 038 # 039 # 040 NAME PIXEL RATE NTSC MHz NTSCM MHz PALBDGHI MHz SECAM MHz INTERLACE? TV MODE BURST ON? SYNC LEVEL VIDEO LEVEL WHITE LEVEL BLACK LEVEL 16 BIT DATA YES NTSC(4.43) ON 286 mv 714 mv 714 mv 7.5 IRE YES NTSC(3.58) ON 286 mv 714 mv 714 mv 7.5 IRE YES PAL(4.43) ON 300 mv YES SECAM 300 mv H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 858 = us 710 = us 64 =4.763 us 64 =4.763 us 858 = us 710 = us 64 =4.763 us 64 =4.763 us 864 = us 702 = us 78 =5.778 us 64 =4.741 us 864 = us 702 = us 78 =5.778 us 64 =4.741 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE = ms 241 = ms 15 =0.953 ms 3 =0.191 ms = ms 241 = ms 15 =0.953 ms 3 =0.191 ms = ms 287 = ms 19 =1.216 ms 3 =0.192 ms = ms 287 = ms 19 =1.216 ms 3 =0.192 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz A4

69 A TIMING 1100 TIMING. # 041 # 042 # 043 # 044 # 045 NAME PIXEL RATE P640X MHz P640X MHz P720X MHz P640X MHz P640X MHz INTERLACE? VIDEO CLOCK MODE DISP OUTPUT CLOCK EDGE RGB OUTPUT R,G,B BIT#7 ~ 0 16 BIT DATA Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 832 = us 640 = us 96 =3.048 us 64 =2.032 us 832 = us 640 = us 96 =3.048 us 64 =2.032 us 936 = us 720 = us 108 =3.042 us 72 =2.028 us 800 = us 640 = us 48 =1.907 us 96 =3.813 us 8 =0.318 us 832 = us 640 = us 128 =4.063 us 40 =1.270 us 8 =0.254 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 445 = ms 350 =9.244 ms 60 =1.585 ms 3 =0.079 ms 445 = ms 400 = ms 41 =1.083 ms 3 =0.079 ms 446 = ms 400 = ms 42 =1.107 ms 3 =0.079 ms 525 = ms 480 = ms 33 =1.049 ms 2 =0.064 ms 8 =0.254 ms 520 = ms 480 = ms 28 =0.740 ms 3 =0.079 ms 8 =0.211 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT ON() ON() ON() ON() ON() ON() ON() Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz TIMING. # 046 # 047 # 048 # 049 # 050 NAME PIXEL RATE P640X MHz P640X MHz P800X MHz P800X MHz P800X MHz = KHz = Hz INTERLACE? VIDEO CLOCK MODE DISP OUTPUT CLOCK EDGE RGB OUTPUT R,G,B BIT#7 ~ 0 16 BIT DATA Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 840 = us 640 = us 120 =3.810 us 64 =2.032 us 832 = us 640 = us 80 =2.222 us 56 =1.556 us 1024 = us 800 = us 128 =3.556 us 72 =2.000 us 1056 = us 800 = us 88 =2.200 us 128 =3.200 us 1040 = us 800 = us 64 =1.280 us 120 =2.400 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 500 = ms 480 = ms 16 =0.427 ms 3 =0.080 ms 509 = ms 480 = ms 25 =0.578 ms 3 =0.069 ms 625 = ms 600 = ms 22 =0.626 ms 2 =0.057 ms 628 = ms 600 = ms 23 =0.607 ms 4 =0.106 ms 666 = ms 600 = ms 23 =0.478 ms 6 =0.125 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT ON() ON() ON() ON() Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz A5

70 2329 TIMING. # 051 # 052 # 053 # 054 # 055 NAME PIXEL RATE P800X MHz P800X MHz P1024X MHz P1024X MHz P1024X MHz INTERLACE? VIDEO CLOCK MODE DISP OUTPUT CLOCK EDGE RGB OUTPUT R,G,B BIT#7 ~ 0 16 BIT DATA Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) YES Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 1056 = us 800 = us 160 =3.232 us 80 =1.616 us 1048 = us 800 = us 152 =2.702 us 64 =1.138 us 1264 = us 1024 = us 56 =1.247 us 176 =3.920 us 1344 = us 1024 = us 160 =2.462 us 136 =2.092 us 1328 = us 1024 = us 144 =1.920 us 136 =1.813 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 625 = ms 600 = ms 21 =0.448 ms 3 =0.064 ms 631 = ms 600 = ms 27 =0.503 ms 3 =0.056 ms 408 = ms 384 = ms 20 =0.563 ms 4 =0.113 ms 806 = ms 768 = ms 29 =0.600 ms 6 =0.124 ms 806 = ms 768 = ms 29 =0.513 ms 6 =0.106 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT ON() ON() ON() ON() Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz TIMING. # 056 # 057 # 058 # 059 # 060 NAME PIXEL RATE P1024X MHZ P1024X MHz P1152X MHz P1280X MHz P1280X MHz = KHz = Hz INTERLACE? VIDEO CLOCK MODE DISP OUTPUT CLOCK EDGE RGB OUTPUT R,G,B BIT#7 ~ 0 16 BIT DATA Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) Panel Link LCD1/2FD FALL 8 Bit (All) H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 1312 = us 1024 = us 176 =2.235 us 96 =1.219 us 1376 = us 1024 = us 208 =2.201 us 96 =1.016 us 1600 = us 1152 = us 256 =2.370 us 128 =1.185 us 1800 = us 1280 = us 312 =2.889 us 112 =1.037 us 1728 = us 1280 =8.620 us 224 =1.508 us 160 =1.077 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 800 = ms 768 = ms 28 =0.466 ms 3 =0.050 ms 808 = ms 768 = ms 36 =0.524 ms 3 =0.044 ms 900 = ms 864 = ms 32 =0.474 ms 3 =0.044 ms 1000 = ms 960 = ms 36 =0.600 ms 3 =0.050 ms 1011 = ms 960 = ms 47 =0.547 ms 3 =0.035 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz A6

71 A TIMING 1100 TIMING. # 061 # 062 # 063 # 064 # 065 NAME PIXEL RATE P1280X MHz P1280X MHz P1280X MHz P1600X MHz HDMI480P MHz INTERLACE? VIDEO CLOCK MODE DISP OUTPUT CLOCK EDGE RGB OUTPUT R,G,B BIT#7 ~ 0 16 BIT DATA H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT Panel Link LCD1/2FD FALL 8 Bit (All) 1688 = us 1280 = us 248 =2.296 us 112 =1.037 us 1066 = ms 1024 = ms 38 =0.594 ms 3 =0.047 ms Panel Link LCD1/2FD FALL 8 Bit (All) 1688 = us 1280 =9.481 us 248 =1.837 us 144 =1.067 us 1066 = ms 1024 = ms 38 =0.475 ms 3 =0.038 ms Panel Link LCD1/2FD FALL 8 Bit (All) 1728 = us 1280 =8.127 us 224 =1.422 us 160 =1.016 us 1072 = ms 1024 = ms 44 =0.483 ms 3 =0.033 ms Panel Link LCD1/2FD FALL 8 Bit (All) 2160 = us 1600 =9.877 us 304 =1.877 us 192 =1.185 us 1250 = ms 1200 = ms 46 =0.613 ms 3 =0.040 ms HDMI ITU601 4:4:4 16:9 1 TIMES 48.0KHz NE 858 = us 720 = us 60 =2.222 us 62 =2.296 us 525 = ms 480 = ms 30 =0.953 ms 6 =0.191 ms Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz TIMING. # 066 # 067 # 068 # 069 # 070 NAME PIXEL RATE HDMI480i MHz HDMI576P MHz HDMI576i MHz HDMI720P MHz HDMI1080i MHz = KHz = Hz INTERLACE? VIDEO VIDEO FORMAT HDCP RUN PIXEL ENCODING ASPECT RATIO PIXEL SEND AUDIO SAMPLE INFO GROUP YES HDMI ITU601 4:4:4 16:9 2 TIMES 48.0KHz NE HDMI ITU601 4:4:4 16:9 1 TIMES 48.0KHz NE YES HDMI ITU601 4:4:4 16:9 2 TIMES 48.0KHz NE HDMI ITU709 4:4:4 16:9 1 TIMES 48.0KHz NE YES HDMI ITU709 4:4:4 16:9 1 TIMES 48.0KHz NE 16 BIT DATA H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 858 = us 720 = us 57 =4.222 us 62 =4.593 us 864 = us 720 = us 68 =2.519 us 64 =2.370 us 864 = us 720 = us 69 =5.111 us 63 =4.667 us 1650 = us 1280 = us 220 =2.963 us 40 =0.539 us 2200 = us 1920 = us 148 =1.993 us 44 =0.593 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 262 = ms 240 = ms 15 =0.953 ms 6 =0.191 ms 625 = ms 576 = ms 39 =1.248 ms 5 =0.160 ms 312 = ms 288 = ms 19 =1.216 ms 3 =0.192 ms 750 = ms 720 = ms 20 =0.444 ms 5 =0.111 ms 562 = ms 540 = ms 15 =0.444 ms 5 =0.148 ms Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz A7

72 2329 TIMING. # 071 # 072 # 073 # 074 # 075 NAME PIXEL RATE HDMI720P MHz HDMI1080i MHz HDTV1035i MHz INTERLACE? VIDEO VIDEO FORMAT HDCP RUN PIXEL ENCODING ASPECT RATIO PIXEL SEND AUDIO SAMPLE INFO GROUP 16 BIT DATA H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE HDMI ITU709 4:4:4 16:9 1 TIMES 48.0KHz NE 1980 = us 1280 = us 220 =2.963 us 40 =0.539 us 750 = ms 720 = ms 20 =0.533 ms 5 =0.133 ms YES HDMI ITU709 4:4:4 16:9 1 TIMES 48.0KHz NE 2640 = us 1920 = us 148 =1.993 us 44 =0.593 us 562 = ms 540 = ms 15 =0.533 ms 5 =0.178 ms YES SMPTE240M TRILEVEL RGB 300 mv 2200 = us 1920 = us 148 =1.993 us 88 =1.185 us 4.000mm = ms 518 = ms 34 =1.007 ms 5 =0.148 ms 3.000mm Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz TIMING. # 076 # 077 # 078 # 079 # 080 NAME PIXEL RATE HDTV1035i MHz HDTV1080i MHz HDTV1080i MHz HDTV720P MHz HDTV720P MHz INTERLACE? VIDEO FORMAT SYNC MODE HDTV SYNC ON SYNC LEVEL VIDEO LEVEL WHITE LEVEL 16 BIT DATA YES SMPTE240M TRILEVEL RGB 300 mv YES RP177 TRILEVEL RGB 300 mv YES RP177 TRILEVEL RGB 300 mv RP177 TRILEVEL RGB 300 mv RP177 TRILEVEL RGB 300 mv H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 2200 = us 1920 = us 148 =1.995 us 88 =1.186 us 4.000mm 2200 = us 1920 = us 148 =1.993 us 88 =1.185 us 4.000mm 2200 = us 1920 = us 148 =1.995 us 88 =1.186 us 4.000mm 1650 = us 1280 = us 220 =2.963 us 80 =1.077 us 4.000mm 1650 = us 1280 = us 220 =2.966 us 80 =1.079 us 4.000mm V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE = ms 518 = ms 34 =1.008 ms 5 =0.148 ms 3.000mm = ms 540 = ms 15 =0.444 ms 5 =0.148 ms 3.000mm = ms 540 = ms 15 =0.445 ms 5 =0.148 ms 3.000mm 750 = ms 720 = ms 20 =0.444 ms 5 =0.111 ms 3.000mm 750 = ms 720 = ms 20 =0.445 ms 5 =0.111 ms 3.000mm HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz A8

73 A TIMING 1100 TIMING. # 081 # 082 # 083 # 084 # 085 NAME PIXEL RATE HDTV720P MHz HDTV1080i MHz HDTV1080P MHz HDTV1080P MHz HDTV1080P MHz INTERLACE? VIDEO SYNC ON G? SYNC LEVEL VIDEO LEVEL WHITE LEVEL BLACK LEVEL 16 BIT DATA RP177 TRILEVEL RGB 300 mv YES RP177 TRILEVEL RGB 300 mv RP177 TRILEVEL RGB 300 mv RP177 TRILEVEL RGB 300 mv RP177 TRILEVEL RGB 300 mv H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 1980 = us 1280 = us 220 =2.963 us 80 =1.077 us 4.000mm 2640 = us 1920 = us 148 =1.993 us 88 =1.185 us 4.000mm 2200 = us 1920 = us 148 =1.993 us 88 =1.185 us 4.000mm 2200 = us 1920 = us 148 =1.995 us 88 =1.186 us 4.000mm 2640 = us 1920 = us 148 =1.993 us 88 =1.185 us 4.000mm V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 750 = ms 720 = ms 20 =0.533 ms 5 =0.133 ms 3.000mm = ms 540 = ms 15 =0.533 ms 5 =0.178 ms 3.000mm 1125 = ms 1080 = ms 36 =1.067 ms 5 =0.148 ms 3.000mm 1125 = ms 1080 = ms 36 =1.068 ms 5 =0.148 ms 3.000mm 1125 = ms 1080 = ms 36 =1.280 ms 5 =0.178 ms 3.000mm HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz TIMING. # 086 # 087 # 088 # 089 # 090 NAME PIXEL RATE HDTV1080P MHz HDTV1080P MHz HDTV1080P MHz HDTV1080P MHz HDTV1080P MHz INTERLACE? VIDEO SYNC ON G? SYNC LEVEL VIDEO LEVEL WHITE LEVEL BLACK LEVEL 16 BIT DATA RP177 TRILEVEL RGB 300 mv RP177 TRILEVEL RGB 300 mv RP177 TRILEVEL RGB 300 mv RP177 TRILEVEL RGB 300 mv RP177 TRILEVEL RGB 300 mv H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 2750 = us 1920 = us 148 =1.993 us 88 =1.185 us 4.000mm 2750 = us 1920 = us 148 =1.995 us 88 =1.186 us 4.000mm 2640 = us 1920 = us 148 =0.997 us 88 =0.593 us 4.000mm 2200 = us 1920 = us 148 =0.998 us 88 =0.593 us 4.000mm 2200 = us 1920 = us 148 =0.997 us 88 =0.593 us 4.000mm V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 1125 = ms 1080 = ms 36 =1.333 ms 5 =0.185 ms 3.000mm 1125 = ms 1080 = ms 36 =1.335 ms 5 =0.185 ms 3.000mm 1125 = ms 1080 = ms 36 =0.640 ms 5 =0.089 ms 3.000mm 1125 = ms 1080 = ms 36 =0.534 ms 5 =0.074 ms 3.000mm 1125 = ms 1080 = ms 36 =0.533 ms 5 =0.074 ms 3.000mm HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz A9

74 2329 TIMING. # 091 # 092 # 093 # 094 # 095 NAME PIXEL RATE TESTLCD MHz TESTTTL MHz TESTTTL MHz TESTWAVE MHz TESTWAVE MHz INTERLACE? VIDEO SYNC ON G? SYNC LEVEL VIDEO LEVEL WHITE LEVEL BLACK LEVEL 16 BIT DATA Panel Link LCD1/2FD FALL 8 Bit (All) TTLRGBrgb TTLRGBrgb ANALOGCOLOR 0 IRE ANALOGCOLOR YES 300 mv 7.5 IRE H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 2160 = us 1600 =9.697 us 304 =1.842 us 192 =1.164 us 1024 = us 32 =0.400 us 32 =0.400 us 1000 = us 250 =5.000 us 50 =1.000 us 50 =1.000 us 1024 =7.585 us 512 =3.793 us 64 =0.474 us 32 =0.237 us 1024 =7.585 us 32 =0.237 us 16 =0.119 us 16 =0.119 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 1250 = ms 1200 = ms 46 =0.602 ms 3 =0.039 ms 10 =0.128 ms 4 =0.051 ms 2 =0.026 ms 10 =0.200 ms 4 =0.080 ms 2 =0.040 ms 10 =0.076 ms 4 =0.030 ms 2 =0.015 ms 10 =0.076 ms 4 =0.030 ms 2 =0.015 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT H+V Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz TIMING. # 096 # 097 # 098 # 099 # 100 NAME PIXEL RATE TESTSYND/W MHz TESTHTOTAL MHz TESTSYNC MHz TESTRM MHz TESTCPU MHz = KHz = Hz INTERLACE? VIDEO SYNC ON G? SYNC LEVEL VIDEO LEVEL WHITE LEVEL BLACK LEVEL 16 BIT DATA ANALOGCOLOR 0 IRE ANALOG COLOR 0 IRE ANALOG COLOR YES 300 mv 0 IRE ANALOG COLOR 0 IRE ANALOG COLOR 0 IRE H TOTAL H DISPLAY H BPORCH HS WIDTH H BORDER H SIZE 1024 =7.585 us 32 =0.237 us 32 =0.237 us 1024 =7.585 us 16 =0.119 us 32 =0.237 us 16 =0.119 us 1000 = us 250 =5.000 us 50 =1.000 us 50 =1.000 us 1000 = us 250 =5.000 us 50 =1.000 us 50 =1.000 us 1344 = us 1028 = us 144 =2.215 us 128 =1.969 us V TOTAL V DISPLAY V BPORCH VS WIDTH V BORDER V SIZE 10 =0.076 ms 4 =0.030 ms 2 =0.015 ms 10 =0.076 ms 4 =0.030 ms 2 =0.015 ms 10 =0.200 ms 4 =0.080 ms 2 =0.040 ms 10 =0.200 ms 4 =0.080 ms 2 =0.040 ms 806 = ms 768 = ms 29 =0.600 ms 6 =0.124 ms HS OUTPUT VS OUTPUT XS OUTPUT XS SELECT (+) (+) (+) (+) (+) (+) OFFLOW H+V ON() ON() Fh. FV. = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz = KHz = Hz A10

75 B PATTERN 1100 B PATTERN PATTERN FORMAT 1 90 FORMAT PATTERN DIAGSIS PATTERN PATTERN 1 10 : DEMO : : RGB : CONVERGENCE : TV : : LINEARITY CROSSHATCH : : CHARACTER 5 * 7 / 7 * 9 TEXT : Special TV : DIAGSTIC ROUTINE B1

76 2329 ( PATTERN ) PATTERN NAME PATTERN.. NAME 1 GENERAL1 51 X HATCH V8 8 2 GENERAL1R REVERSE 52 X HATCH V GENERAL2 53 X HATCH V GENERAL2R REVERSE 54 X HATCH V9E 9 5 SMPTE RP133 SMPTE 55 X HATCH V12E 12 6 DEMO1 56 LINEARITY / 8 8, 10 7 DEMO2 57 LINEARITY / 9 9, 12 8 DEMO3 58 LINEARITY / 10 10, 13 9 DEMO4 59 LINEARITY / 12 12, DEMO5 60 XHATCH / , BLACK / 61 H.V. STATIC 12 RASTER / RASTER 62 H.V. BLINK 13 BORDER / BORDER 63 CROSSTALK / 14 CENTER1 / 64 PAIRING INTERLACE 15 CENTER2 / 65 FLOWING GRID 16 SIZE / 66 RESOLUTION 1 / 17 PRETILT / 67 RESOLUTION 2 / + 18 USER1 68 MOTION1 19 USER2 Windows 69 PICTURE1 20 WHITELED R PURITY R 71 CHARAC / H5 / 5*7 H 22 G PURITY G 72 CHARAC / H5R / 5*7 H ( ) 23 B PURITY B 73 CHARAC / CX5 / 5*7 CX 24 RGB DELAY RGB 74 CHARAC / CX5R / 5*7 CX 25 COLORGRID 75 CHARAC / ME / 11*11 ME 26 RGB CHECK RGB / 76 CHARAC MER / 11*11 ME COLOR ROOTWEAVE / 6*6 root 28 EGA 64 COLOR CHARAC / 16*15 / 16* COLOR CHARAC / 24*24 / 16*15 30 RGBOVERLAP 80 CHARAC / 31 RB CONVERGE CONVERGENCE R,B 81 CHARAC / H7 / 7*9 H 32 RG CONVERGE CONVERGENCE R,G 82 CHARAC / H7R / 7*9 H 33 BG CONVERGE CONVERGENCE B,G 83 CHARAC / CX7 / 7*9 CX 34 RGB XHATCH CONVERGENCE R,G,B 84 CHARAC / CX7R / 7*9 CX 35 CG1 CONVERGENCE R,G,B 85 TEXT 5*7 / 5*7 36 COLORBAR 86 TEXT 7*9 / 7*9 37 TV PATTERN 87 TVSMPTE BAR TV Smpte Color Bar (TV Only) 38 OVERLAPMASK 88 TVMULTBURST TV Sine Wave (TV Only) 39 MOTIONGRAY 89 TVPULSE&BAR TV Y/C T &Modulated T Pulse (TV) 40 SCROLLPTN WHITE / 91 DIAGSTIC 42 5MOSAIC / 92 DIAGSTIC 43 5DISC / 93 DIAGSTIC 44 CONTRAST / 5% 94 DIAGSTIC 45 4 GRAYS / TTL/ECL 95 DIAGSTIC GRAYS / DIAGSTIC GRAYS / DIAGSTIC GRAYS / DIAGSTIC GRAYS / DIAGSTIC 50 64GRAYS RGBW / DIAGSTIC B2

77 B PATTERN 1100 PATTERN 1GENERAL 1 12 CROSSHATCH 8 COLORBAR RGB TIMING NAMEPATTERN NAME H. V FREQ YOKE SIZE PINCUSHION PATTERN 2GENERAL 1R PATTERN 1 REVERSE PATTERN PATTERN 3GENERAL 2 PATTERN 1 COLORBAR CROSSHATCH 8 50% 100% PATTERN 4GENERAL 2R PATTERN 2 REVERSE PATTERN 5 SMPTE RP 133 B3

78 % 50% 50% 60% RESOLUTION BLOCK 2 SMPTE RP133 RESOLUTION BLOCK 1 30% 20% 10% 0% 70% 80% 90% 100% H=640 V=480 SMPTE THE SOCIETY OF MOTION PICTURE AND TELEVISION ENGINEERS RP (TTL MO 0%TTL RGBrgb 33%) FOREGROUND COLOR 100 PATTERN NAME HV DISPLAY CROSSHATCH 2 75(TTL 100%) LINEARITY RESOLUTION BLOCK 1 RESOLUTION BLOCK 2 (TTL ) COLOR BAR BRB+RGG+BG+R COLOR BAR O/PTTL MO+I MO COLOR BAR 95 5 (TTL 100%0%) COLOR BAR 5 95 (TTL 0%100%) : (TTL ) : TTL OUTPUT B4

79 B PATTERN 1100 PATTERN 6 DEMO 1 ( ) PATTERN 7 DEMO 2 ( ) PATTERN 8 DEMO 3 ( ) PATTERN 9 DEMO 4 ( ) PATTERN 10 DEMO 5 ( ) PATTERN 11 BLACK : PATTERN NAME PATTERN 12 RASTER ( ) : DISPLAY AREA RASTER DISPLAY AREA FOREGROUND RASTER MONITOR RASTER CRT PATTERN 13 BORDER B5

80 2329 : DISPLAY AREA Hborder Vborder FOREGROUND PATTERN HborderVborder PATTERN Border PATTERN 14 CENTER 1 : PINCUSHION PATTERN 15 CENTER 2 : PATTERN 16 SIZE : DISPLAY SIZE TIMING FORMAT Hsize Vsize OPERATOR B6

81 B PATTERN 1100 PATTERN 17 PRE TILT : PRE TILT ICONMARKER 7 WINDOW SIZE PATTERN 18 USER 1 PATTERN 19 USER 2 : Windows PATTERN 20 WHITE LCD : PEN FORM GRAY E PATTERN 21 R PURITY : RED = COLOR PEN 10 PURITY PATTERN 22 G PURITY : GREEN = COLOR PEN 12 PURITY PATTERN 23 B PURITY : BLUE = COLOR PEN 9 PURITY PATTERN 24 RGB DELAY B7

82 2329 : RGB RGB DELAY PATTERN 25 COLOR GRID : E PATTERN 26 RGB CHECK : RGB RGB RGB PATTERN COLOR : 16 COLOR BAR I INTENSIFY PATTERN 28 EGA 64 COLOR : EGA MONITOR 64 OUTPUT TTL RGB rgb COLORBAR ICON TYPE = 64 COLOR PATTERN COLOR : ANALOG MONITOR 256 COLOR BAR B8

83 B PATTERN 1100 ICON TYPE = 256 COLOR PATTERN 30 RGB OVERLAP : RGB E PATTERN 31 R B CONVERGE : R+B MAGENTA CROSSHATCH CRT R B CONVERGENCE PATTERN 32 R G CONVERGE :PATTERN 31 R+G YELLOW PATTERN 33 B G CONVERGE : PATTERN 31 G+B CYAN PATTERN 34 RGB XHATCH : CROSSHATCH PATTERN RG B RGB CONVERGENCE PATTERN 35 CG1 : PATTERN 34 PATTERN 36 COLOR BAR : COLOR BAR PATTERN 37 TV PATTERN (TV ) : COLORBAR TV Foreground color B9

84 2329 FOREGROUND COLOR NTSC TIMING PAL TIMING 1 75 / 7.5 / 75 / 7.5 X / 7.5 / 75 / 7.5 X / 7.5 / 100 / 7.5 X / 0 / 100 / 0 X 5 X 100 / 0 / 75 / 0 6 X 100 / 0 / 100 / 0 7 X 100 / 0 / 100 / / 0 / 75 / 0 75 / 0 / 75 / 0 9 X 75 / 0 / 100 / FiveStep Staircase FiveStep Staircase 11 TenStep Staircase TenStep Staircase 12 Cross Center Cross Center 13 Check Board Check Board 14 Modulated Pedestal Modulated Pedestal 15 White Field White Field 16 Red Field (75%) Red Field (75%) 17 Green Field (75%) Green Field (75%) 18 Blue Field (75%) Blue Field (75%) 19 Black Field Black Field 20 Dot Dot 21 Xhatch Xhatch 22 Window Window X FOREGROUND COLOR 01~09 : Color Bars : Color bars Pattern (hue) (intensity) Color bars 4 ( xx/xx/xx/xx) white bar black bar 7.5IRE Step75/7.5/75/7.5 Color Bar 75% (chrominance) 75% White bar7.5% black bar 7.5 IRE Step Usage Summary: Luminance Level, Chrominance Level, Chrominance Phase B10

85 B PATTERN 1100 FOREGROUND COLOR 10 ~ 11 : StairCase : 5 step staircase 5 10 step staircase 10 (Luminance) Usage Summary: Luminance Nonlinearity FOREGROUND COLOR 12 : Cross Center : TV Over Scan Over Scan FOREGROUND COLOR 13: Checkerboard : TV (contrast) Usage Summary: Contrast ratio FOREGROUND COLOR 14 : Modulated Pedestal : (chrominance) (Luminance) (chrominance) B11

86 2329 Usage Summary: Chrominance Nonlinear Phase, Chrominance Nonlinear Gain, ChrominancetoLuminance Intermodulation FOREGROUND COLOR 15 ~ 19 : Pattern 20 ~ 23 FOREGROUND COLOR 20 ~ 21 : Pattern 55 FOREGROUND COLOR 22 : PATTERN 38 OVERLAP MASK : RGB MASK E PATTERN 39 MOTION GRAY : RGBW E PATTERN 40 SCROLL PTN : RGBW E PATTERN 41 WHITE : PATTERN NAME B12

87 B PATTERN 1100 PATTERN 42 5 MOSAIC : PATTERN 43 5 DISC : PATTERN 44 CONTRAST CONTRAST PEN 16 (5%) PEN 0 (0%) PEN 24 (53%) PEN 21 (48%) PEN 15 (100%) PEN 30 (95%) : 5 PATTERN 45 4 GRAYS : TTL B13

88 2329 PATTERN GRAYS : 0 ~ PATTERN GRAYS : 16 : 60 / 1023 / / PATTERN GRAYS : PATTERN / / / 1023 PATTERN GRAYS : PATTERN / 1023 / / PATTERN # GRAYS RGBW : R,G,B,W 64 16/1023 PATTERN 51 X HATCH V8 B14

89 B PATTERN 1100 : 8 CROSS HATCH PATTERN PATTERN 52 X HATCH V10 : 10 PATTERN 53 X HATCH V12 : 12 PATTERN 54 X HATCH V9E : 9 PATTERN 55 X HATCH V12E : 12 PATTERN 56 LINEARITY / 8 : 10 8 CROSSHATCH 1 2 RECTANGLE ATE PATTERN 57 LINEARITY / 9 : PATTERN B15

90 2329 PATTERN 58 LINEARITY / 10 : PATTERN PATTERN 59 LINEARITY / 12 : PATTERN PATTERN 60 X HATCH / 1612 : CROSSHATCH PATTERN 61 H.V. STATIC : PATTERN 62 H.V. BLINK : SIZE PATTERN 63 CROSS TALK : MONITOR B16

91 B PATTERN 1100 VIDEO VIDEO PATTERN 64 PAIRING : INTERLACE MODE FIELD PATTERN 65 FLOWING GRID : CROSSHATCH SPEED ON SPEED OFF BLINK DRAW PATTERN 66 RESOLUTION 1 : 6 1 ON / 1 OFF2 ON / 2 OFF 3 ON / 3 OFF PATTERN 67 RESOLUTION 2 RESOLUTION2 B17

92 2329 : 1 ON / 1 OFF PATTERN 68 MOTION 1 ( ) : (Phosphor Persistence) SPEED ON SPEED OFF BLINK DRAW 1 BLINK DRAW PATTERN 69 PICTURE 1 ( ) : Foreground Color 0 flash memory memory card Blink Draw Ratio /20 (=1/4) 4/20 (=1/5) PATTERN 71 CHARAC / H 5 : H 5 7 B18

93 B PATTERN 1100 PATTERN 72 CHARAC / H 5R : PATTERN 71 REVERSE PATTERN PATTERN 73 CHARAC / CX 5 : 5 7 PATTERN 74 CHARAC / CX 5R : PATTERN 73 REVERSE PATTERN PATTERN 75 CHARAC / ME : PATTERN 76 CHARAC ME R : PATTERN 75 REVERSE PATTERN PATTERN 77 ROOT WEAVE : root MOIRE PATTERN 78 CHARAC / : PATTERN 79 CHARAC / 24 : PATTERN 80 CHARAC 5 7 PATTERN 81 CHARAC / H 7 : H 7 9 PATTERN 82 CHARAC / H 7R : PATTERN 81 REVERSE PATTERN B19

94 2329 PATTERN 83 CHARAC / CX 7 : 7 9 PATTERN 84 CHARAC / CX 7R : PATTERN 83 REVERSE PATTERN PATTERN 85 TEXT 5 7 : 5 7CHARACTER 32 ~ 127 PATTERN 86 TEXT 7 9 : 7 9CHARACTER 160 ~ 255 PROPORTIONAL SPACING PATTERN 87 SMPTE COLORBAR (TV ) :Pattern 87 SMPTE COLORBAR Pattern NTSC PAL Timing Timing Pattern 87 Timing NTSC NTSC SMPTE COLORBAR PAL PAL SMPTE COLORBAR Pattern First 2/3 of the field NTSC : 75 / 7.5 / 75 / 7.5 colorbar PAL : 75 / 0 / 75 / 0 colorbar Next 1/12 of the field Reverse Blue bar Remainder of the field NTSC System 40 IRE I phase white bar 40 IRE +Q phase black bar black 3.5 IRE black bar black 11.5 IRE black bar PAL System 43 IRE V phase white bar 43 IRE +U phase black bar black 3.2% black bar black +3.2% black bar B20

95 B PATTERN 1100 PATTERN 88 MULTIBURST (NTSCPAL ) TV NTSC 0.5M1.25M2M3M3.58M4.2M HzPAL 0.5M1M 2M3M4.43M5.8M Hz PATTERN 89 PULSE AND BAR (NTSCPAL ) PATTERN 91 ~ 100 : DIAGSIS PATTERN B21

96

97 C CHARACTER 1499 C CHARACTER CHARACTER FONTS CODE No. 1 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 499 No. of CHAR STORAGE DEVICE FLASH FLASH FLASH FLASH FLASH FLASH FLASH FLASH FLASH READ / WRITE READ READ READ READ READ READ READ READ READ MAX FONT SIZE 8*16 5*7 8*16 7*9 7*9 16*16 24*24 32*32 64*64 REMARKS (STORE SIZE 5*9) (PROPORTIONAL WIDTH STORE SIZE A*12) (PC FONT, STORE SIZE A*13) RESERVED RESERVED 500 ~ ~ ~ ~ NVRAM NVRAM NVRAM NVRAM READ/WRITE READ/WRITE READ/WRITE READ/WRITE 8*8 16*16 32*32 64* ~ ~ ~ ~ MEMORY CARD MEMORY CARD MEMORY CARD MEMORY CARD READ/WRITE READ/WRITE READ/WRITE READ/WRITE 8*8 16*16 32*32 64* ~ ~ ~ ~ MEMORY CARD MEMORY CARD MEMORY CARD MEMORY CARD READ/WRITE READ/WRITE READ/WRITE READ/WRITE 8*8 16*16 32*32 64* ~ MEMORY CARD READ/WRITE 32*32 C1

98 2329 C2

99 C CHARACTER 1499 C3

100 2329 C4

101 C CHARACTER 1499 C5

102 2329 C6

103 C CHARACTER 1499 C7

104 2329 C8

105 C CHARACTER 1499 C9

106

107 D RMAL PEN FORM D RMAL PEN FORM ANALOGCOLOR: RMAL PEN FORM PEN R G B PEN R G B PEN R G B PEN R G B D1

108 2329 ANALOGMO: RMAL PEN FORM PEN R G B PEN R G B PEN R G B PEN R G B D2

109 D RMAL PEN FORM ANALOG: GRAY PEN FORM PEN R G B PEN R G B PEN R G B PEN R G B D3

110 2329 D4

111 D RMAL PEN FORM D5

112

113 E E Overlap ColorGrid Pattern 1. Overlap pattern Pattern #30 colorgrid pattern Pattern #25 2. Overlap pattern i. Overlap pattern (GRAYSCALE ICON), (+=), 256 ii. pattern Blink Speed On: M, Off : N M* N Blink Draw [0].. Overlap draw no. Blink Draw [1].. Overlap draw no. Blink Draw[2].. pen no.(, ) Color Form.. a). Color Form= User 1/User 2/User 3. Overlap pen no. User Pen b).color Form= RM/GRAY. Overlap Blink Draw[0]Blink Draw[1] iii. Overlap Grayscale Type User Define Multigrays GRAY #1 = (Don t Care) GRAY #2= (0=, 1=, 2=, 3=,GRAY# ) (8 ~ 11 0 ) (12 ~ ) GRAY #3= (0= 1= 2= 3= ) GRAY #4 = x.. M * N (x, y) ( w * h) GRAY #5 = y x= 0 ~ M1y= 0 ~ N1w= 1 ~Mh= 1 ~ N GRAY #6= w GRAY #7= h GRAY #8= (0=OR1= AND2= XOR3= T4=ADD 5=SUB6=PUT) iv. Blink Draw [0] Window Start Window Size Overlap 3. ColorGrid pattern i. ColorGrid pattern overlap pattern (Overlap pattern Window Start Window Size) E1

114 2329 ii. Blink Draw [0] Window Start iii. GRAY #1 (0= 1= 2= 3= ) 4. Overlap pattern ColorGrid pattern Mask GRAY #2= 4 ~7 Mask Mask=4 ( x+y = ) =5 ( x+y = ) =6 ON GRAY #4 ~ 7 =7 OFF GRAY #4 ~ 7 M*N=10*10 Overlap Pattern GRAY #2 = 4 (EVEN) (0,0), (0,2), (0,4)..(1,1), (1,3)..(2,0)(2,2).. 0,0 0,1 0,2 0,3 0,4 0,9 1,0 1,1 1,9 2,0 2,2 2,9 9,0 9,9 overlap pattern: ( Mask) Mask=Even pattern (, ) E2

115 E ScrollPtn & MotionGray Pattern 1. ScrollPtn pattern Pattern #40 MotionGray Pattern #39 2. ScrollPtn pattern i. Draw ii. Pattern Blink Speed On: 1~ 20 draw no. Blink Speed Off: 1~ 20 draw no. Blink Draw [0].. draw no. Blink Draw [1].. draw no. Blink Draw [2].. (0= 20= ) iii. / 0 ~ 9 (0= 9= ) 3. MotionGray pattern i. ii. pattern Blink Speed On: 1~ 20 draw no. Blink Speed Off: 1~ 20 draw no. Blink Draw [0].. draw no. Blink Draw [1].. draw no.. Blink Draw [2].. (0= 20= ) iii. E3

116 2329 Motion Icon Motion Icon 1 Icon Pattern 65 = FLOWING GRID Pattern Pattern Name NAME %I Icon PATTERN KEY0 9 NAME???????%I BLINK SPEED BLINK SPEED FIELDS ON = nn ; OFF = mm nn pixel 0 ~ 127 (1 ~ 128) pixels and 1 ~ 127( 129 ~ 256) pixels mm line 0 ~ 127 (1 ~ 128) lines and 1 ~ 127( 129 ~ 256) lines BLINK DRAW ICON H V BLINK DRAW = xx, yy, zz 020; 0=DUMMY zzdelay time (delay frame) xx yy H V (H = 1/(xx+1)V =1/(yy+1) ) DRAW 1 DRAW 1 ICON E4

117 E Program Run 1. LCD S#01: TMG/PTN/SEC./U : 0013 / 001/ 2.0 /S 2. Program Run Program Name 12 %S S#01:TMG 13 PTN 1 Run K H 3. %S 12 Program Name S#01: TMG/PTN/SEC./U Run.: 0013 / 001/ 2.0 /S 1. DOT ICON Mirror HMirror VMirror H&VMirror H&V&C Full Page 2. DOT ICON DOT %CPA %CPA Window Start Window Size Repeat 0= NE 1= Mirror H 2=Mirror V 3=Mirror H&V 4=Mirror H&V&C 5=Full Page 3. Repeat=NE DOT ICON Window Start ICON DOT %CPS %CPS Repeat 1 ~ 5 (Mirror H ~ Full Page) Window Size DOT ICON 4. DOT ICON %CPS DRAW ICON %CPA; Mirror Full Page %CPS DRAW ICON 1. Pattern #20 WHITELCD 1 E5

118 2329 Blink Speed On= 1~256. pen no. (0~ 255) Off=1~256 pen no. (0~255) Blink Draw [0]. draw no. [1] draw no. [2] (0= 20= ) 2. / pen no. pen no. 0~9 (0= 9= ) Pattern #20 WHITELCD Blink Speed On(Type) =1( Full Screen) =2( ) =3( ) Blink Draw [1](Color) = 0 : R,G,B all on, 1 : R on, 2: G on, 3 : B on, 4: G,B on, 5: R,B on, 6: R,G on Blink Speed On=1 Blink Speed On=3 Color Pen Form E6

119 E Teletext Teletext Code VPGPlus (ex: NotePad ) Teletext ( tec.exe ) teletext code teletext code download to VPG ( tec.exe ) teletext level 1,1.5 Page Teletext NotePad & Tec.exe & HyperTerminal Teletext Syntax Teletext Header Packet M1,000/x/E/C0 X00, 01 1D 00 DEMO PAGE M1,000 ; Page magazine 1 page 000 Magazine : Range 01 ~ 7 81 ~ 7 Page : 000 ~ h ~ FFh /x : SubPage Code (16 ) /E : erase memory before load page /N : News Flash Page /T : Subtitle Page /S : Suppress Header /U : Update Indicator /I : Interrupt Seqence /H : Inhibit Display /M : Magazine Serial Mode E7

120 2329 /Cx : Select character setx = 0 ~ 7 X00, teletext header packet Spacing Attributes= ASCII128 2 ASCII 1 2 ASCII 00 Alpha Black ( ) 01 Alpha Red 02 Alpha Green 03 Alpha Yellow 04 Alpha Blue 05 Alpha Magenta 06 Alpha Cyan 07 Alpha White 08 Flash 0D Double Height 10 Mosaic Black ( ) 11 Mosaic Red 12 Mosaic Green 13 Mosaic Yellow 14 Mosaic Blue 15 Mosaic Magenta 16 Mosaic Cyan 17 Mosaic White 1D New Background Teletext Packet 1 ~ 23 X08,Line 8: Xnn, : nn = 01 ~ 23, Packet Number 40 Special Syntax DELAY(nnnn) : nnnn*100msec nnnn = ~ ETSI EN Enhanced Teletext Specification E8

121 E Default Teletext page TEST 1: Test Page TEST 2: News Flash and 10sec timer TEST 3: MultiPage Test TEST 4: Character Sets Test TEST 5: Demo Page RS232 down load command ENABLE FILE DL VRAM P1 P2; EX: ENABLE FILE DL VRAM 0x66 900; P1 : Lower nibble : must = 6 Upper nibble : 6 ~ A = download to USER 1 ~ USER 5 B ~ F = download to CARD 1 ~ CARD 5 P2 : data size E9