Terminal Command VA Instruction Manual. Ver.1.02

Transcription

1 Terminal Command -83 Instruction Manual Ver..02

2

3 Terminal Command -83 Instruction Manual Ver..02 ASTRODESIGN,Inc

4

5 Contents Contents...i Concerning the configuration of this manual... iii Concerning the terminal commands.... Overview....2 Communication specifications LAN USB....3 Connection configurations LAN USB...3. Transmission control characters, data and error commands..... Concerning BCC (Block Check Code)....5 Error codes Command formats When sending the setting commands When sending acquisition commands Communication protocols Type Type Type Type Type Type Concerning timeouts setting commands [0x20 0x0]: Designation of send/receive file [0x30 0x0]: Acquisition of folder name or filename on designated path [0x20 0x]: EDID setting [0x30 0x]: EDID reading [0x20 0x2]: Config setting [0x30 0x2]: Config reading [0x30 0x3]: USB flash memory connected/no connected [0x30 0x]: version acquisition [0x20 0x5]: SETUP setting [0x30 0x5]: SETUP reading [0x30 0x6]: File send [0x20 0x7]: Config Inc/Dec setting [0x20 0x8]: Mode setting [0x20 0x9]: HDCP Config setting [0x20 0xA]: CEC Address setting...30 i

6 -83 measurement commands [0x30 0x50]: Video Timing reading [0x30 0x5]: Audio Timing reading [0x30 0x52]: Packet reading [0x30 0x53]: Channel Status Bit reading [0x30 0x5]: HDCP Status reading [0x30 0x55]: ARC Status reading [0x30 0x56]: DDC Line monitor reading [0x30 0x57]: CEC Line monitor reading [0x30 0x58]: Video Data reading operation commands...3. [0x20 0x60]: Hot Plug Pulse execution [0x30 0x6]: Hot Plug Status reading....3 [0x20 0x6]: Receiver Sence execution...5. [0x20 0x62]: Log execution [0x20 0x63]: CEC Command sending [0x30 0x6]: DDC Output Access [0x20 0x65]: Audio Return Channel execution [0x30 0x65]: Audio Return Channel Setting reading [0x20 0x66]: Generate execution [0x30 0x66]: Generate Setting reading [0x20 0x67]: Generate Video Timing setting [0x30 0x67]: Generate Video Timing Setting reading [0x20 0x68]: Generate Packet setting [0x30 0x68]: Generate Packet Setting reading [0x20 0x69]: Generate Audio setting [0x30 0x69]: Generate Audio Setting reading...59 ii

7 Concerning the configuration of this manual This is the terminal command instruction manual for the -83 series. Using the configuration given below, it provides details of the setting methods, precautionary items and other information. Read carefully through this manual to ensure that the operations and settings will be performed correctly. Read this first! Chapter Concerning the terminal commands This chapter presents an overview of the terminal commands. Terminal commands for the -83 series Chapter 2-83 setting commands This chapter describes the -83 standard commands. Chapter 3-83 measurement commands. This chapter describes the -83 measurement commands Chapter -83 operationcommands This chapter describes the -83 operation commands. iii

8 iv

9 Concerning the terminal commands. Overview This manual describes the commands which are required to operate the HDMI protocol analyzer (hereafter referred to as the -83) from an external computer (such as a personal computer), and it explains the transmission and reception of these commands and data. The commands and data are sent and received via the serial input/output port LAN or USB peripheral..2 Communication specifications.2. LAN Communication conditions 0BASE-T, 00BASE-TX UDP/IP Connector RJ USB Communication conditions USB2.0 Connector B connector

10 .3 Connection configurations.3. LAN When connecting the unit via a hub Host computer Straight cable Straight cable Hub Fig..3- When connecting the VG and directly without going through a hub Host computer Crossover cable Fig..3-2 With a LAN connection, use a straight cable when connecting the unit through a hub. Use a crossover cable when connecting the VG and directly. When connecting the VG and directly, select the desired IP address, subnet mask and default gateway settings rather than automatically acquiring the IP addresses using the internet protocol of the. 2

11 Chapter Concerning the terminal commands.3.2 USB Host computer A connector B connector Fig..3-3 Installing the USB drivers ) When the connection to the -83 has been made for the first time, the system recognizes the -83, and the Add New Hardware Wizard dialog box appears. Click on the [Next] button. 2) Select Locate and install driver software (recommended) as the search method, and click on the [Next] button. 3) Insert the -83 utility installation CD into the CD drive, check CD drive or Specify location, select the driver inside the USB WIN2K or USB WIN98 folder on the disk, and click on the [Next] button. ) Check that ITFUSBDV.sys has been found. Then click on [Next] to start the installation. 5) Follow the on-screen instructions. *) When installing the driver in Windows XP, the following dialog box appears prompting authorization from Microsoft, but simply click on the [Continue] button. 3

12 . Transmission control characters, data and error commands Symbol HEX code Description STX 0x02 Start of text (command) to be transmitted ETB 0x7 End of text (data) to be transmitted (followed by data) ETX 0x03 End of text (command, data) to be transmitted ENQ 0x05 Request to start terminal mode EOT 0x0 Request to end terminal mode ACK 0x06 Positive acknowledgment character NAK 0x5 Negative acknowledgment character TRDT 0x0 Data transmission ESTS 0x Error status transmission BCC Any code Refer to.. Concerning BCC (Block Check Code)... Concerning BCC (Block Check Code) BCC is used to check the validity of the command. When commands are sent, the total data from setting command CMD to ETX (ETB) in the commands to be sent is calculated, and is sent immediately after ETX (ETB). The -83 now checks the data, and if the data and BCC do not match, BCC_ERR is returned from the -83. When commands are received, the total data from CMD to ETX (ETB) of the received command is calculated, and the validity of the data is checked using BCC of the received command and the calculated BCC. Example of creating BCC 0x30, 0x2: When loading and sending Pixel Color Pattern STX 0x02 CMD 0x30 CMD2 0x2 BCC is created for these. 0x0 ETX 0x03 BCC 0x6 Checksum

13 Chapter Concerning the terminal commands.5 Error codes Symbol HEX code Description _SIZE_ERR 0x0 The parameter size is incorrect. Alternatively, the data length and volume of data sent do not match (only when sequence type 5 or type 6 is used). _DATA_ERR 0x02 The parameter value is not correct. CMD_EXEC_ERR 0x03 Execution of the processing instructed by the command failed. BAD_CMD_ERR 0x0 The command is not correct. (CMD, CMD2) BCC_ERR 0x05 The checksum does not match. CEC_SEND_HAND 0x0 Error Handling was returned for the CEC send command. CEC_SEND_BUSSF 0x The CEC command cannot be sent because the bus is not free. CEC_SEND_ARB 0x2 An arbitration error occurred in the CEC send command. (In the Start or Initiator part) CEC_SEND_ACK 0x3 ACK was not returned for the CEC send command. CEC_SEND_IMP 0x An arbitration error occurred in the CEC send command. (In a part other than the Start or Initiator part) 5

14 .6 Command formats.6. When sending the setting commands. Transmission of commands from computer to -83 ( -> ) STX CMD CMD2 ETX BCC Or STX CMD CMD2 ETX BCC Value returned from VG to computer after command transmission ( <- ) ACK Or STX ESTS ETX BCC If data is required, it is sent as follows only when the command is sent and the return value is ACK ( -> ) STX TRDT ETB BCC Or STX TRDT ETX BCC Value returned from to computer after command transmission ( <- ) ACK Or STX ESTS ETX BCC.6.2 When sending acquisition commands Transmission of commands from computer to -83 ( -> ) STX CMD CMD2 ETX BCC Or STX CMD CMD2 ETX BCC Value returned from to computer after command transmission ( <- ) ACK Or STX ESTS ETX BCC When ACK is returned, the data is received as follows ( <- ) STX TRDT ETB BCC Or STX TRDT ETX BCC 6

15 Chapter Concerning the terminal commands.7 Communication protocols.7. Type This sequence is used when terminal commands are started. 2 Fig. Type Sequence no. Command Send/receive direction ENQ Send 2 ACK Receive 7

16 .7.2 Type 2 This sequence is used when sending commands with only CMD (command) and (parameter) parts (if necessary). 2a or 2b Fig. Type 2 Sequence no. Command Send/receive direction STX CMD* () ETX BCC Send 2a (success) ACK Receive 2b (failure) STX ESTS ETX BCC Receive *) It is assumed that the following two codes are contained in the CMD (command) part. CMD CMD2 8

17 Chapter Concerning the terminal commands.7.3 Type 3 This sequence is used for receiving the data. 2a or 2b 3 Fig. Type 3 Sequence no. Command Send/receive direction STX CMD* () ETX BCC Send 2a (success) ACK Receive 2b (failure) STX ESTS ETX BCC Receive 3 STX TRDT ETX BCC Receive ACK Send *) It is assumed that the following two codes are contained in the CMD (command) part. CMD CMD2 *2) If a failure occurs in 2b, the sequence flow is ended at that point. 9

18 .7. Type This sequence is used for sending the data. 3 2a or 2b 2a or 2b Fig. Type Sequence no. Command Send/receive direction STX CMD* () ETX BCC Send 2a (success) ACK Receive 2b (failure) STX ESTS ETX BCC Receive 3 STX TRDT ETX BCC Send 2a (success) ACK Receive 2b (failure) STX ESTS ETX BCC Receive *) It is assumed that the following two codes are contained in the CMD (command) part. CMD CMD2 *2) If a failure occurs in 2b, the sequence flow is ended at that point. 0

19 Chapter Concerning the terminal commands.7.5 Type 5 This sequence is used for receiving the data. (parameter) must be received for the desired number of times. 2a or 2b 3 5 Fig. Type 5 Sequence no. Command Send/receive direction STX CMD* () ETX BCC Send 2a (success) ACK Receive 2b (failure) STX ESTS ETX BCC Receive 3 STX TRDT ETB BCC Receive ACK Send 3 and repeated here for the desired number of times 5 STX TRDT ETX BCC Receive ACK Send *) It is assumed that the following two codes are contained in the CMD (command) part. CMD CMD2 *2) If a failure occurs in 2b, the sequence flow is ended at that point. *3) The configuration of the data in of sequence no. 3 or 5 is shown below. Data Length Data Length2 Packet No. (Data) (Data) Item Description Data Length The number of bytes for in the sequence number concerned is stored here. (3 + number of data bytes sent) Packet No. The n in the nth time the data in the sequence number concerned is being sent is stored here. (Number of times sent ) Data The receive data is stored here.

20 .7.6 Type 6 This sequence is used for sending the data. (parameter) must be sent for the desired number of times. 3 2a or 2b 2a or 2b 2a or 2b Fig. Type 6 Sequence no. Command Send/receive direction STX CMD*) () ETX BCC Send 2a (success) ACK Receive 2b (failure) STX ESTS ETX BCC Receive 3 STX TRDT ETB BCC Send 2a (success) ACK Receive 2b (failure) STX ESTS ETX BCC Receive 3, 2a or 2b repeated here for the desired number of times STX TRDT ETX BCC Send 2a (success) ACK Receive 2b (failure) STX ESTS ETX BCC Receive *) It is assumed that the following two codes are contained in the CMD (command) part. CMD CMD2 *2) If a failure occurs in 2b, the sequence flow is ended at that point. *3) The configuration of the data in of sequence no. 3 or 5 is shown below. Data Length Data Length2 Packet No. (Data) (Data) Item Data Length Packet No. Data Description The number of bytes for in the sequence number concerned is set here. (3 + number of data bytes sent) The n in the nth time the data in the sequence number concerned is being sent is set here. (Number of times sent ) The receive data is set here. Examples of the commands in section 2.3 [0x20 0x]: EDID setting are shown. Data in two blocks (256 bytes) is set in increments of 28 bytes. Return command sent for the first time (sequence no.3) STX 0x02 TRDT 0x0 0x03F9 byte Data Length 2 byte 0x0083 Packet No 0x00 <- The (number of returns ) data is stored here. Byte data 2 byte 0x0000 to 0x0FFF : Byte 28 data 2 byte 0x0000 to 0x0FFF ETB 0x7 <- Not all the data could be sent so ETB is stored here. 2

21 Chapter Concerning the terminal commands BCC Checksum Return command sent for the second time (sequence no.) STX 0x02 TRDT 0x0 0x03F9 byte Data Length 2 byte 0x0083 Packet No 0x0 <- The (number of returns ) data is stored here. Byte 29 data 2 byte 0x0000 to 0x0FFF : Byte 256 data 2 byte 0x0000 to 0x0FFF ETX 0x03 <- This is the last return command so ETX is stored here. BCC Checksum.8 Concerning timeouts After a command has been sent, a disconnection or other problem may prevent an acknowledgment from being returned from the -83 or the transmission of a command may be terminated before the end of that command. For such cases, provide a timeout 3 seconds after the computer sends the command. 3

22

23 2-83 setting commands 2. [0x20 0x0]: Designation of send/receive file Function: This command is used to set the path of the files to be sent from the or received. Sequence: Type 6 3 2a or 2b 2a or 2b 2a or 2b Fig. Type 6 Commands: Send command (sequence no.) CMD 0x20 CMD2 0x0 Mode 0x00: Create File (file creation) 0x0: Create Directory (directory creation) 0x02: Read File (preparation to read file) 0x03: Write File (preparation to write file) 0x0: _SIZE_ERR Send command (sequence no.3/) Data Length byte Data Length 2 byte 0x0003 to 0x03FB Packet No 0x00 to 0xFF Designated path 2 to variable Example: "c:data/edid/edid_00/data00.ddc" character string *) The following is repeated if there is any remaining data. Send command (sequence no.3/) Data Length byte Data Length 2 byte 0x0003 to 0x03FB Packet No 0x00 to 0xFF Designated path 2 to variable Example: "c:data/edid/edid_00/data00.ddc " character string 0x0: _SIZE_ERR 5

24 *) Before sending data to the, the filename whose data is to be sent (or received) must be designated using the [0x20 0x0] command. *) When using the [0x20 0x0] command as the send command, set only the Config file (.cfg). *) An error results if the filename has not been set even though 0x00: Create File, 0x02: Read File or 0x03: Write File has been selected as the Mode setting. 6

25 Chapter 2-83 setting commands 2.2 [0x30 0x0]: Acquisition of folder name or filename on designated path Function: This command is used to acquire the folder name (or filename) on the designated path inside the main unit. Sequence: Type 5 2a or 2b 3 5 Fig. Type 5 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x0 Operation mode 0x00: Acquisition of only folder information 0x0: Acquisition of only filename inside designated folder Designated path 2 to variable Example: "C:Data EDID" character string 0x0: _SIZE_ERR Return command (sequence no.3/5) Data Length byte Data Length 2 byte 0x000 to 0x03FB Packet No 0x00 to 0xFF Character string Variable Example: All the folder information (or filenames) on one level below the EDID folder of the above sent is acquired. *) When 0x00 is set as the operation mode (folder name acquired) "EDID_00" : Folder name "," : Delimiter (0x2C) "EDID_002" : Folder name "," : Delimiter (0x2C) "EDID_003" : Folder name "," : Delimiter (0x2C) "EDID_00" : Folder name *) When 0x0 is set as the operation mode (file name acquired) "test00.ddc" : File name "," : Delimiter (0x2C) "test002.ddc" : File name "," : Delimiter (0x2C) "test003.ddc" : File name "," : Delimiter (0x2C) "test00.ddc" : File name 7

26 2.3 [0x20 0x]: EDID setting Function: This command is used to set the EDID of the -83. Up to 208 bytes (6 blocks) can be set for the EDID. Sequence: Type 6 3 2a or 2b 2a or 2b 2a or 2b Fig. Type 6 Commands: Send command (sequence no.) CMD 0x20 CMD2 0x0 0x0: _SIZE_ERR Send command (sequence no.3/) Data Length byte Data Length 2 byte 0x0003 to 0x03FB Packet No 0x00 to 0xFF Data 0x00 to 0xFF : Data 0x00 to 0xFF CAUTION EDID must be set for all the blocks without fail. (The number of valid blocks is determined by the set data amount.) If data has been sent in an amount which cannot be divided by 28 bytes ( block), the data left over will be deleted. * *) For instance, if 30 bytes of data have been sent, only the first 28 bytes ( block) will be sent, and the 2 bytes left over will be deleted. *) The EDID data is sent to the file specified by the [0x20 0x0] command ahead of time. 8

27 Chapter 2-83 setting commands 2. [0x30 0x]: EDID reading Function: This command is used to read EDID of the -83. The size of the EDID which can be received depends on the amount of data which was set using the 0x20 0x: EDID setting command. However, the maximum size is 208 bytes (6 blocks). Sequence: Type 5 2a or 2b 3 5 Fig. Type 5 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x0 0x0: _SIZE_ERR Return command (sequence no.3/5) Data Length byte Data Length 2 byte 0x0003 to 0x03FB Packet No 0x00 to 0xFF Data 0x00 to 0xFF : Data 0x00 to 0xFF *) The EDID data of the files specified by the [0x20 0x0] command ahead of time is received. 9

28 2.5 [0x20 0x2]: Config setting Function: This command is used to establish the Config setting of the -83. The total amount of data is 0x5000 bytes. Sequence: Type 6 3 2a or 2b 2a or 2b 2a or 2b Fig. Type 6 Commands: Send command (sequence no.) CMD 0x20 CMD2 0x2 0x0: _SIZE_ERR Send command (sequence no.3/) 0x03FB byte *) The total amount of data is 0x5000 bytes, but the amount of data sent at one time is 0x03FB bytes. Data Length 2 byte 0x0002 to 0x03FB Packet No 0x00 to 0x Data 0x00 to 0xFF : Data 0x00 to 0xFF *) The following is repeated until data equivalent to 0x5000 bytes has been sent Send command (sequence no.3/) 0x03FB byte *) The total amount of data is 0x5000 bytes, but the amount of data sent at one time is 0x03FB bytes. Data Length 2 byte 0x0002 to 0x03FB Packet No 0x00 to 0x Data 0x00 to 0xFF : Data 0x00 to 0xFF 0x0: _SIZE_ERR *) The Config data file with the filename specified by the [0x20 0x0] command ahead of time is created. If the same file exists, it is overwritten. 20

29 Chapter 2-83 setting commands 2.6 [0x30 0x2]: Config reading Function: This command is used to read Config of the -83. The total amount of data received is 0x5000 bytes. Sequence: Type 5 2a or 2b 3 5 Fig. Type 5 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x2 0x0: _SIZE_ERR Return command (sequence no.3/5) *) The total amount of data is 0x5000 bytes, but the amount of data received at one time is 0x03FB bytes. Data Length 2 byte 0x0003 to 0x03FB Packet No 0x00 to 0xFF Data 0x00 to 0xFF : Data 0x00 to 0xFF *) The following is repeated until data equivalent to 0x5000 bytes is received. Return command (sequence no.3/5) Data Length byte Data Length 2 byte 0x0003 to 0x03FB Packet No 0x00 to 0xFF Data 0x00 to 0xFF : Data 0x00 to 0xFF *) The Config file data specified by the [0x20 0x0] command ahead of time is received. 2

30 2.7 [0x30 0x3]: USB flash memory connected/no connected Function: This command is used to ascertain whether a USB flash memory is connected to the -83 main unit. Sequence: Type 3 2a or 2b 3 Fig. Type 3 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x3 0x0: _SIZE_ERR Return command (sequence no.3) Connected/no connected 0: USB flash memory not connected : USB flash memory connected 22

31 Chapter 2-83 setting commands 2.8 [0x30 0x]: version acquisition Function: This command is used to acquire the version of the main unit. Sequence: Type 3 2a or 2b 3 Fig. Type 3 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x 0x0: _SIZE_ERR Return command (sequence no.3) byte Firmware version 2 byte 0x0000 to 0xFFFF FPGA Ver (CPU) 2 byte 0x0000 to 0xFFFF FPGA Ver 2 byte 0x0000 to 0xFFFF (HDMII) Calibretion 8 byte " " to " "(character string) 23

32 2.9 [0x20 0x5]: SETUP setting Function: This command is used to set up the setting of -83. The total amount of data is 256 byte. Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x5 256byte Setup Data 256byte 0x0: _SIZE_ERR *) This command will create Setup data file specified by [0x20 0x0] Command beforehand. If there is a file in the same name, the newly created file will overwrite the old one. 2

33 Chapter 2-83 setting commands 2.0 [0x30 0x5]: SETUP reading Function: This command is used to read Setup data of -83. The total amount of the data to be received is 256byte. Sequence: Type3 2a or 2b 3 Fig. Type3 Command: Send command (sequence no.) CMD 0x30 CMD2 0x5 0x0: _SIZE_ERR 0x0: CMD_EXEC_ERR Return command (sequence no.3) 256byte Setup Data 256byte 25

34 2. [0x30 0x6]: File send Function: This command is used to send files from -83. Sequence: Type5 2a or 2b 3 5 Fig. Type5 Command: Send command (sequence no.) CMD 0x30 CMD2 0x6 0x0: _SIZE_ERR Return command (sequence no.3/5) *) The todal data size is not fixed. The maximum data size to receiveat a time is 0x03FB byte Data Length 2 byte 0x0003 0x03FB Packet No 0x00 0xFF Data 0x00 0xFF : Data 0x00 0xFF *) The following process is repeated until the whole data is completely received. Return command (sequence no.3/5) Data Length byte Data Length 2 byte 0x0003 0x03FB Packet No 0x00 0xFF Data 0x00 0xFF : Data 0x00 0xFF 26

35 Chapter 2-83 setting commands 2.2 [0x20 0x7]: Config Inc/Dec setting Function: This command is used to increment/decrement Config File. Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x7 Mode 0:Inc :Dec 0x0: _SIZE_ERR 27

36 2.3 [0x20 0x8]: Mode setting Function: This command is used to configure Mode Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x8 Mode 0:Rcv :Rep 2:THR 0x0: _SIZE_ERR 28

37 Chapter 2-83 setting commands 2. [0x20 0x9]: HDCP Config setting Function: This command is used to configure HDCP Config. Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x9 90 byte HDCP Disable : HDCP Disable 0: HDCP Enable Incorrect BKSV 0: Correct : Incorrect Incorrect R0 0: Correct : Incorrect Incorrect Ri 0: Correct : Incorrect Incorrect V 0: Correct : Incorrect Output Short Read Access 0: Combined Access :Short Read Access Virtual Repeater Mode 0: OFF :ON Device Count Depth 0~6 : Device Count 0x80 :Max device Exceeded 0~7 : Depth Count 0x08 :Max Cascade Execution Time 0 99( x 00)ms KSV List 80 byte Exceeded 0x0: _SIZE_ERR 29

38 2.5 [0x20 0xA]: CEC Address setting Function: This command is used to configure CEC Address. Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0xA Emulate Device 2byte 6byte Emulate Device Enable 0: Disable : Enable Logical Address Type Direct Logical Address 0x00 0x0F 0: TV : Recording Device 2:Tuner 3:Playback Device :Audio System 5:Direct Address Physical Address Type 0: -83 Address : Direct Address Direct Physical Address 2 byte 0x0000 0xFFFF Emulate Device2 Emulate Device3 Emulate Device 6byte 6byte 6byte 0x0: _SIZE_ERR 30

39 3-83 measurement commands 3. [0x30 0x50]: Video Timing reading Function: This command is used to read the video timing data. Sequence: Type 3 2a or 2b 3 Fig. Type 3 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x50 0x0: _SIZE_ERR 0x0: CMD_EXEC_ERR Return command (sequence no.3) 5 byte Pixel Clock byte 0x0000 to 0xFFFF (= Pixel Clock 0000) H Freq. 2 byte 0x0000 to 0xFFFF (= H Frequency 00) V Freq. 2 byte 0x0000 to 0xFFFF (= V Frequency 00) H Total 2 byte 0x0000 to 0xFFFF H Active 2 byte 0x0000 to 0xFFFF H Sync 2 byte 0x0000 to 0xFFFF H Back Porch 2 byte 0x0000 to 0xFFFF H Front Porch 2 byte 0x0000 to 0xFFFF H Sync Polarity 0x00: Nega 0x0: Posi V Total Line 2 byte 0x0000 to 0xFFFF V Active TOTAL 2 byte 0x0000 to 0xFFFF V Active Field 2 byte 0x0000 to 0xFFFF V Sync Field 2 byte 0x0000 to 0xFFFF (= V Sync x 2) V Back Porch 2 byte 0x0000 to 0xFFFF (= V Back Porch x 2) Field V Front Porch 2 byte 0x0000 to 0xFFFF (= V Front Porch x 2) Field HV Sync OffSet 2 byte 0x0000 to 0xFFFF Field V Active Field2 2 byte 0x0000 to 0xFFFF V Sync Field2 2 byte 0x0000 to 0xFFFF (= V Sync 2) 3

40 V Back Porch 2 byte 0x0000 to 0xFFFF (= V Back Porch 2) Field2 V Front Porch 2 byte 0x0000 to 0xFFFF (= V Front Porch 2) Field2 HV Sync OffSet Field2 0x0000 to 0xFFFF V Sync Polarity 0x00: Nega 0x0: Posi Interlace byte 0x00: Progressive 0x0: Interlace e.g.) when receiving 60x80@60Hz : Data 0x02 0x30 0x50 0x03 0x83 Code STX CMD CMD2 EXT BCC : Data 0x02 0x0 0x00 0x03 0xD7 0x66 0x0C 0xB 0x7 0x6A Code STX TRDT Pixel Clock = MHz (0x0003D765 = ) H Freq.=3.7kHz (0x0CB = 37) V Freq=59.9Hz (0x76A = 599) 0x03 0x20 0x02 0x80 0x00 0x60 0x00 0x30 0x00 0x0 0x00 H Total H Active H Sync H Back Porch H Front Porch H Sync Polarity= (0x320=800) (0x0280=60) (0x0060=96) (0x0030=8) (0x000=6) Nega 0x02 0x0D 0x0 0xE0 0x0 0xE0 0x00 0x0 0x00 0x2 V Total Line V Active TOTAL V Active Field V Sync Field= 2.0dot V Back Porch Field = (0x02D0=720) (0x0E0=80) (0x0E0=80) (0x000= ) 33.0dot (0x002=66) 0x00 0x 0x00 0x00 0x0 0xE0 0x00 0x0 0x00 0x2 V Front Porch Field HV Sync OffSet V Active Field2 V Sync Field2= 2.0dot V Back Porch Field2= =0.0dot (0x00= 20) Field=0dot (0x0E0=80) (0x000= ) 33.0dot (0x002=66) 0x00 0x 0x00 0x00 0x00 V Front Porch Field2=0.0dot (0x00= 20) HV Sync OffSet Field2=0dot V Sync Polarity= Nega 0x00 0x03 0xD6 Interlace= Progressive ETX BCC 32

41 Chapter 2-83 setting commands 3.2 [0x30 0x5]: Audio Timing reading Function: This command is used to read the audio data. Sequence: Type 3 2a or 2b 3 Fig. Type 3 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x5 Return command (sequence no.2a) ACK 0x06: ACK Positive acknowledgment 0x5: NAK Negative acknowledgment 0x0: _SIZE_ERR 0x0: CMD_EXEC_ERR Return command (sequence no.3) 3 Audio Type 2 byte 0x00: Audio Sample 0x0: One Bit Audio 0x02: High Bitrate Audio 0x03: NULL 0x0: AC-3 0x05: Refer to SMPTE 338M 0x06: Pause 0x07: MPEG-L 0x08: MPEG-L2,L3 or MPEG2 without extension 0x09: MPEG2 extension 0x0A: MPEG2 AAC 0x0B: MPEG2-0x0C: MPEG2-2 0x0D: MPEG2-3 0x0E: DTS type 0x0F: DTS type2 0x0: DTS type3 0x: ATRAC 0x2: ATRAC2 0x3: ATRAC-X 0x: DTS HD 0x5: WMA pro 33

42 3 0x6: MPEG2 AAC half 0x7: MPEG2 AAC quarter 0x8: DD+ 0x9: Dolby True HD 0xA: Reserved 0xB: Reserved 0xC: Reserved 0xD: Reserved 0xE: Refer to SMPTE 338M 0xF: Refer to SMPTE 338M 0x20: Refer to SMPTE 338M 0x2: Refer to SMPTE 338M 0x22: Extended data type N 2 byte 0x0000 to 0xFFFF CTS 3 byte 0x to 0xFFFFFF CH Volume 3 byte 0x to 0xFFFFFF : : 8CH Volume 3 byte 0x to 0xFFFFFF

43 Chapter 2-83 setting commands 3.3 [0x30 0x52]: Packet reading Function: This command is used to read the packets. Sequence: Type 3 2a or 2b 3 Fig. Type 3 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x52 Packet Type 0x03: GC Packet 0x0: ACP Packet 0x05: ISRC 0x06: ISRC2 0x0A: Gamut Metadata Packet 0x8: Vendor Specific InfoFrame 0x82: AVI InfoFrame 0x83: Source Product Descriptor InfoFrame 0x8: Audio InfoFrame 0x85: MPEG InfoFrame 0x86: NTSC VBI InfoFrame 0x0: _SIZE_ERR 0x02: _DATA_ERR 0x0: CMD_EXEC_ERR Return command (sequence no.3) 3 Packet Type 0x00 to 0xFF (0x00: Designated packet cannot be received.) Header- 0x00 to 0xFF Header-2 0x00 to 0xFF Data0 0x00 to 0xFF : : Data27 0x00 to 0xFF 35

44 3. [0x30 0x53]: Channel Status Bit reading Function: This command is used to read the Channel Status Bit. Sequence: Type 3 2a or 2b 3 Fig. Type 3 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x53 0x0: _SIZE_ERR 0x0: CMD_EXEC_ERR Return command (sequence no.3) 5 byte Data0 0x00 to 0xFF : : Data 0x00 to 0xFF 36

45 Chapter 2-83 setting commands 3.5 [0x30 0x5]: HDCP Status reading Function: This command is used to read the HDCP Status. Sequence: Type 3 2a or 2b 3 Fig. Type 3 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x5 0x0: _SIZE_ERR 0x0: CMD_EXEC_ERR Return command (sequence no.3) 266 byte Input AN 8 byte Input Aksv 5 byte Input Bksv 5 byte Input Ri 2 byte Input V 20 byte Input KSV FIFO 80 byte Input Depth Input Count Output AN 8 byte Output Aksv 5 byte Output Bksv 5 byte Output Ri 2 byte Output Ri 2 byte Output V 20 byte Output V 20 byte Output KSV FIFO 80 byte Output Depth Output Count 37

46 3.6 [0x30 0x55]: ARC Status reading Function: This command is used to read the ARC Status (TX side). Sequence: Type 3 2a or 2b 3 Fig. Type 3 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x55 0x0: _SIZE_ERR 0x0: CMD_EXEC_ERR Return command (sequence no.3) 8 byte CH Volume byte 0x to 0xFFFFFFFF 2CH Volume byte 0x to 0xFFFFFFFF CH Data0 0x00 to 0xFF : : CH Data 0x00 to 0xFF CH2 Data0 0x00 to 0xFF : : CH2 Data 0x00 to 0xFF 38

47 Chapter 2-83 setting commands 3.7 [0x30 0x56]: DDC Line monitor reading Function: This command is used to monitor of the DDC Line. Sequence: Type 5 2a or 2b 3 5 Fig. Type 5 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x56 0x0: _SIZE_ERR Return command (sequence no.3/5) Data Length byte Data Length 2 byte 0x0003 to 0x03F9 Packet No 0x00 to 0xFF Data Type* 0bit No Ack (0: yes, : no) bit : Stop 2bit : Start 3bit 0: Other trigger : DDC trigger bit 0: Empty 5bit 0: FULL 6bit 0: HPD Low 7bit 0: SCDT Low Data* 0x00 to 0xFF TimeStamp byte 0x to 0xFFFFFFFF(/0.5ms) Data Type* 0bit No Ack (0: yes, : no) bit : Stop 2bit : Start 3bit 0: Other trigger : DDC trigger bit 0: Empty 5bit 0: FULL 6bit 0: HPD Low 7bit 0: SCDT Low : Data* 0x00 to 0xFF TimeStamp byte 0x to 0xFFFFFFFF(/0.5ms) * Depending on the values of [Full], [Start] and [Stop], either enable (O) or disable (x) is determined for the [Data Type] and [Data] parameters. 39

48 0 [Full] [Start] [Stop] [ack] [Data]

49 Chapter 2-83 setting commands 3.8 [0x30 0x57]: CEC Line monitor reading Function: This command is used to monitor the CEC Line. Sequence: Type 5 2a or 2b 3 5 Fig. Type 5 Commands: Send command (sequence no.) CMD 0x30 CMD2 0x57 0x0: _SIZE_ERR Return command (sequence no.3/5) Data Length byte Data Length 2 byte 0x0003 to 0x03F9 Packet No 0x00 to 0xFF Data Type* Bit 0: Ack (0: logic 0, : logic ) bit: EOM 2bit: Start 3bit:error Data* 0x00 to 0xFF TimeStamp byte 0x to 0xFFFFFFFF(/0.5ms) Data Type* Bit 0: No Ack (0: yes, : no) bit: Start 2bit: EOM 3bit:error : TimeStamp byte 0x to 0xFFFFFFFF(/0.5ms) * Depending on the value of [error], either enable (O) or disable (x) is determined for the [Data Type] parameter. [error] [EOM] [Start] [ack] 0 (= not error) (= error) * The significance of the [Data] parameter differs depending on the value of [error]. [error] [Data] 0 (= not error) Information bit part of the CEC command (= error) 0x0: The bit timing is invalid. (The bit period is too long.) 0x02: The bit timing is invalid. (The bit period is too long.) 0x0: Error handling has occurred. 0x08: Due to an error in a command destined to the -83, the -83 executed Error Handling. 0x0: There was an event (other than Start) on the CEC line before the CEC command was started (was recognized). 0x20: An overflow occurred in the FIFO where the CEC command is stored.

50 3.9 [0x30 0x58]: Video Data reading Function: This command is used to read Video Timing. Sequence: Type5 2a or 2b 3 5 Fig. Type5 Command: Send command (sequence no.) CMD 0x30 CMD2 0x58 5 byte Type 0 : Line : Pixel X axis 2 byte 0x0000 ~ 0xFFFF Y axis 2 byte 0x0000 ~ 0xFFFF 0x0: _SIZE_ERR 0x0: CMD_EXEC_ERR Return command (sequence no.3) Data Length byte Data Length 2 byte 0x0003 0x03FB Packet No 0x00 0xFF Data 0x00 0xFF : Data 0x00 0xFF 2

51 -83 operation commands. [0x20 0x60]: Hot Plug Pulse execution Function: This command is used to execute Hotplug Pulse. Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x60 2 byte Type 0:Pulse :Manual Pulse 200 (ms) Status Manual 0:Low : High 0x0: _SIZE_ERR 3

52 .2 [0x30 0x60]: Hot Plug Status reading Function: This command is used to read HotPlug Status. Sequence: Type3 2a or 2b 3 Fig. Type3 Command: Send command (sequence no.) CMD 0x30 CMD2 0x60 0x0: _SIZE_ERR Return command (sequence no.3) 2byte Input 0:Low :High Output 0:Low :High

53 Chapter 2-83 setting commands.3 [0x20 0x6]: Receiver Sence execution Function: This command is used to configure Reciver Sence. Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x6 Status 0:Low : High 0x0: _SIZE_ERR 5

54 . [0x20 0x62]: Log execution Function: This command is used to execute/stop Log Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x62 0x0: _SIZE_ERR 6

55 Chapter 2-83 setting commands.5 [0x20 0x63]: CEC Command sending Function: This command is used to send CEC Command. Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x63 20yte Initiation Address 0x00 0x0F Destination Address 0x00 0x0F OP Code Data Length* 0x00 0x Data 6byte 0x0: _SIZE_ERR *)Data Length includes that of OP Code. When Data Length =0 is given, OP Code will not be sent. 7

56 .6 [0x30 0x6]: DDC Output Access Function: This command is used to execute I2C access via -83 s output. Sequence: Type3 2a or 2b 3 Fig. Type3 Command: Send command (sequence no.) CMD 0x30 CMD2 0x6 23 byte Type 0 : Read : Write Speed 0 : Slow : Normal 2:Fast Command 0 : Combined : Short Access Clear Add 0 : Clear not add : Clear add Slave Address 0x00 0xFF Offset Address 0x00 0xFF Length 0x00 0x0 Data 6byte 0x0: _SIZE_ERR Return command (sequence no.3) 0x0 Data 8

57 Chapter 2-83 setting commands.7 [0x20 0x65]: Audio Return Channel execution Function: This command is used to execute/stop ARC from -83 s input side. Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x65 36 byte Output 0 : OFF : ON Type 0 : Generate Data : COAX Input Sampling Frequency 0:32kHz :.khz 2:8kHz 3:88.2kHz :96kHz 5:76.kHz 6:92kHz Sampling Length 0:6Bit :20Bit 2:2Bit Audio Frequency 2 byte 99 ( x 00Hz) Audio Volume byte 0x0000 0x7FFF Channel Enable 8 byte 0 : OFF : ON Channel Type 8 byte 0 : Type : Type2 ARC N Auto 0:OFF :ON ARC N Value 3 byte 0x xFFFFF Channel Status Bit Initiate Request Mode 5 byte 0 : Request Short Audio & ARC Initiation : Request ARC Initiation 2 : No Request 0x0: _SIZE_ERR 9

58 .8 [0x30 0x65]: Audio Return Channel Setting reading Function: This command is used to acquire ARC settings of -83 s input side. Sequence: Type3 2a or 2b 3 Fig. Type3 Command: Send command (sequence no.) CMD 0x30 CMD2 0x65 0x0: _SIZE_ERR Return command (sequence no.3) 36 byte Output 0 : OFF : ON Type 0 : Generate Data : COAX Input Sampling Frequency 0:32kHz :.khz 2:8kHz 3:88.2kHz :96kHz 5:76.kHz 6:92kHz Sampling Length 0:6Bit :20Bit 2:2Bit Audio Frequency 2 byte 99 ( x 00Hz) Audio Volume byte 0x0000 0x7FFF Channel Enable 8 byte 0 : OFF : ON Channel Type 8 byte 0 : Type : Type2 ARC N Auto 0:OFF :ON ARC N Value 3 byte 0x xFFFFF Channel Status Bit Initiate Request Mode 5 byte 0 : Request Short Audio & ARC Initiation : Request ARC Initiation 2 : No Request 50

59 Chapter 2-83 setting commands.9 [0x20 0x66]: Generate execution Function: This command is used to execute/stop Generate Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x66 2 byte Generate Video 0 : OFF : 8bit 2 : 0bit 3 : 2bit Generate Audio 0 : OFF : ON Generate HDCP 0 : OFF : ON Set AV Mute 0 : OFF : ON Clear AV Mute 0 : OFF : ON LipSync 0 : OFF : ON LipSync Mode 0 : Auto : Manual LipSync Delay Type 0 : Video : Audio LipSync Delay Time 2 byte 0 000ms Generate AVI Info 0 : OFF : ON Generate SPD Info 0 : OFF : ON Generate Audio Info 0 : OFF : ON Generate MPEG Info 0 : OFF : ON Generate Vendor Info 0 : OFF : ON Generate Gamut 0 : OFF : ON Generate ACP 0 : OFF : ON Generate ISRC 0 : OFF : ON Generate Other 0 : OFF : ON Genearte Pattern 0 : Color Bar : H Ramp 2 : V Ramp 3 : Frame : W Raster 5 : R Raster 6 : G Raster 7 : B Raster 8 : Random Color Bar 9 : 3D Checker 0:Cross Hatch 3D Checker Size 200 Cross Hatch Size 200 Scroll Horizontal 0 : OFF : ON Scroll Vertical 0 : OFF : ON 0x0: _SIZE_ERR 5

60 .0 [0x30 0x66]: Generate Setting reading Function: This command is used to acquire Genearete settings Sequence: Type3 2a or 2b 3 Fig. Type3 Command: Send command (sequence no.) CMD 0x30 CMD2 0x66 0x0: _SIZE_ERR Return command (sequence no.3) 2 byte Generate Video 0 : OFF : 8bit 2 : 0bit 3 : 2bit Generate Audio 0 : OFF : ON Generate HDCP 0 : OFF : ON Set AV Mute 0 : OFF : ON Clear AV Mute 0 : OFF : ON LipSync 0 : OFF : ON LipSync Mode 0 : Auto : Manual LipSync Delay Type 0 : Video : Audio LipSync Delay Time 2 byte 0 000ms Generate AVI Info 0 : OFF : ON Generate SPD Info 0 : OFF : ON Generate Audio Info 0 : OFF : ON Generate MPEG Info 0 : OFF : ON Generate Vendor Info 0 : OFF : ON Generate Gamut 0 : OFF : ON Generate ACP 0 : OFF : ON Generate ISRC 0 : OFF : ON Generate Other 0 : OFF : ON Genearte Pattern 0 : Color Bar : H Ramp 2 : V Ramp 3 : Frame : W Raster 5 : R Raster 6 : G Raster 7 : B Raster 8 : Random Color Bar 9 : 3D Checker 0:Cross Hatch 3D Checker Size 200 Cross Hatch Size 200 Scroll Horizontal 0 : OFF : ON 52

61 Chapter 2-83 setting commands Scroll Vertical 0 : OFF : ON 53

62 . [0x20 0x67]: Generate Video Timing setting Function: This command is used to configure Timing to be generated. Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x67 2byte Generate Video Code 62 Generate Type 0:2D :Frame Packing 2:SbS(Half) 3:TaB 0x0: _SIZE_ERR 5

63 Chapter 2-83 setting commands.2 [0x30 0x67]: Generate Video Timing Setting reading Function: This command is used to acquire Genearete Video Timing settings. Sequence: Type3 2a or 2b 3 Fig. Type3 Command: Send command (sequence no.) CMD 0x30 CMD2 0x67 Return c ommand (sequence no.2b) 0x0: _SIZE_ERR Return command (sequence no.3) 2byte Generate Video Code 62 Generate Type 0:2D :Frame Packing 2:SbS(Half) 3:TaB 55

64 .3 [0x20 0x68]: Generate Packet setting Function: This command is used to configure Packet to be generated. Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x68 Packet Type Header- Header-2 Data0 3 : : Data27 Packet Type Header- Header-2 Data0 Data27 Return command (se quence no.2b) 0x0: _SIZE_ERR 56

65 Chapter 2-83 setting commands. [0x30 0x68]: Generate Packet Setting reading Function: This command is used to acquire Genearete Packet setting values. Sequence: Type3 2a or 2b 3 Fig. Type3 Command: Send command (sequence no.) CMD 0x30 CMD2 0x68 Return c ommand (sequence no.2b) 0x0 : _SIZE_ERR Return command (sequence no.3) 3 Packet Type Packet Type Header- Header- Header-2 Header-2 Data0 Data0 : : Data27 Data27 57

66 .5 [0x20 0x69]: Generate Audio setting Function: This command is used to configure Audio to be generated. Sequence: Type2 2a or 2b Fig. Type2 Command: Send command (sequence no.) CMD 0x20 CMD2 0x69 33 byte Sampling Frequency 0:32kHz :.khz 2:8kHz 3:88.2kHz :96kHz 5:76.kHz 6:92kHz Sampling Length 0:6Bit :20Bit 2: 2Bit Audio Frequency 2 byte 99 ( x 00Hz) Audio Volume byte 0x0000 0x7FFF Channel Enable 8 byte 0 : OFF : ON Channel Type 8 byte 0 : Type : Type2 ARC N Auto 0:OFF :ON ARC N Value 3 byte 0x xFFFFF Channel Status Bit 5 byte 0x0: _SIZE_ERR 58

67 Chapter 2-83 setting commands.6 [0x30 0x69]: Generate Audio Setting reading Function: This command is used to acquire Genearete Audio setting values. Sequence: Type3 2a or 2b 3 Fig. Type3 Command: Send command (sequence no.) CMD 0x30 CMD2 0x69 Return c ommand (sequence no.2b) 0x0: _SIZE_ERR Return command (seque nce no.3) 33 byte Sampling Frequency 0:32kHz :.khz 2:8kHz 3:88.2kHz :96kHz 5:76.kHz 6:92kHz Sampling Length 0:6Bit :20Bit 2:2Bit Audio Frequency 2 byte 99 ( x 00Hz) Audio Volume byte 0x0000 0x7FFF Channel Enable 8 byte 0 : OFF : ON Channel Type 8 byte 0 : Type : Type2 ARC N Auto 0:OFF :ON ARC N Value 3 byte 0x xFFFFF Channel Status Bit 5 byte 59

68 60

69 -83 Terminal Command Instruction Manual NOTICE An incorrectly collated manual or a manual with missing pages will be replaced. All copyrights pertaining to this product are the property of Astrodesign. This manual may not be used or copied in whole or in part without permission. The contents of this manual are subject to change without notice due to improvements. The manufacturer will not be liable for any outcome which results from incorrect operation. All inquiries concerning this product should be addressed to your dealer or Astrodesign. The products and product names mentioned in this manual are the trademarks and registered trademarks of the companies concerned. T0209B