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TECHNI CAL
Serial/Ethernet/USB Communication Control Interface (SCOM)
Applies for Series X Multi Vision Display (MVD OSD):
Xtreme Rugged Marine Display / Military Display (MIL) (MVD OSD):
Technical Manual SCOM Series X MVD/MIL Series
Updated: 28 Apr 2022
Created: 363
Please visit www.hattelandtechnology.com for the latest electronic version of this manual.
M ANU AL
HD 32T22 MVD-xxx-xxxx
HD 43T22 MVD-xxx-xxxx
HD 55T22 MVD-xxx-xxxx
HM 20T22 XRD-xxx-xxxx
HM 20T22 MIL-xxx-xxxx
HM 24T22 xxx-xxx-xxxx
HM 24T25 XVD-xxx-xxxx
HM 32T22 RMD-xxx-xxxx
HM 55T22 MVD-MAT_AOGA
Doc Id: INB100018-8 (Rev 15)
Approved: 6644
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Summary of Contents for EMBRON HATTELAND HD 32T22 MVD Series
- Page 1 TECHNI CAL M ANU AL Serial/Ethernet/USB Communication Control Interface (SCOM) Applies for Series X Multi Vision Display (MVD OSD): HD 32T22 MVD-xxx-xxxx HD 43T22 MVD-xxx-xxxx HD 55T22 MVD-xxx-xxxx Xtreme Rugged Marine Display / Military Display (MIL) (MVD OSD): HM 20T22 XRD-xxx-xxxx HM 20T22 MIL-xxx-xxxx HM 24T22 xxx-xxx-xxxx HM 24T25 XVD-xxx-xxxx...
- Page 2 Copyright © 2022 Hatteland Technology AS Eikeskogvegen 52, N-5570 Aksdal, Norway. All rights are reserved by Hatteland Technology AS. This information may not, in whole or in part, be copied, photocopied, reproduced, translated or reduced to any electronic medium or machine- readable form without the prior written consent of Hatteland Technology AS.
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Page 3: Table Of Contents
Contents Contents ....................3 Serial/Ethernet/USB Communication (SCOM) Interface ...... 6 Introduction ................... 6 Serial / USB Interface Configuration ....................6 Ethernet Interface Configuration ......................8 Cables ..............................8 Electrical Interface..........................8 SCOM Introduction..........................11 Data Rates ............................11 Data Format Serial Mode ........................11 Message Format .......................... - Page 4 Contents SCOM Section: Service ..............31 "SWI" - Main Software Version Query ....................31 "SWV" - Video Scaler Software Version Query .................. 31 "TYP" - Type/Model Number Query ....................32 "SNB" - Serial Number Query ......................32 "SCI" - Store Customer Service ID ..................... 33 "CSI"...
- Page 5 Contents Appendixes ..................57 Calculating Checksums (IDCHK, IHCHK) .......... 58 HEX, ASCII, BIN and Character table ..........61 C# / Pseudo Ethernet/TCP Code example ......... 66 Revision History ................. 67 IND100130-71...
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Page 6: Serial/Ethernet/Usb Communication (Scom) Interface
Serial/Ethernet/USB Communication (SCOM) Interface Introduction This document defines the electrical interface, serial data format, and communication protocols of the Serial Communication Control Interface (SCOM). The purpose of this interface is to enable a computer application to control one or more units. Unit refer to display product. Interface configuration done within OSD Menu. Serial / USB Interface Configuration The serial / USB interface can have different configurations defined as follows: RS-232... - Page 7 Serial/Ethernet/USB Communication (SCOM) Interface Illustration: Broadcast Message: Timing 2 Illustration: Broadcast Message: Timing 3 User computer is linked with three units via the RS485 bus. These three units are assigned in address: 0, 1, 3. At the beginning, User computer broadcast a message to all connected units. Assuming all of them finish receiving at the same time, then the address ‘0’...
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Page 8: Ethernet Interface Configuration
Serial/Ethernet/USB Communication (SCOM) Interface Illustration: Addressed Message In the scenario that user computer sends out the message to specific address, the unit which owns the matching address will respond immediately, while the other keep silent. Ethernet Interface Configuration The Ethernet/LAN/Network interface are selected by the OSD menu. The configuration is defined as follows: Ethernet One computer controls units via Automatic IP or Fixed IP through port 10001. - Page 9 Serial/Ethernet/USB Communication (SCOM) Interface - Compatible connectors (as listed on datasheets): • SCOM RS-422/485 : Terminal Block Connector 3.81, non-isolated • SCOM RS-232 : D-SUB 9P (female), non-isolated • SCOM Ethernet : RJ45 (female) • SCOM USB : USB 2.0 (Type A, female) Multiple access: From Firmware NXP: FW1000002-0A25 and Firmware Video Scaler: FW200001-0BV8 Series X G2 MMD models supports multiple SCOM access via RS-232, Ethernet, USB and RS-422 or RS-485 ports at the same time.
- Page 10 Serial/Ethernet/USB Communication (SCOM) Interface For Pin Out assignments, please review the following diagrams that covers all units and connector types: Connectors illustrated here are either standard by factory default or may be available (through factory customization). Note that some combinations may not be possible due to space restrictions. List also valid for customized models. All pin out assignments are seen from users Point of View (POV) while looking straight at the connector.
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Page 11: Scom Introduction
Serial/Ethernet/USB Communication (SCOM) Interface SCOM Introduction The SCOM commands specified in this document are of the same structure as older versions of Hatteland Technology SCOM commands for other products. This format will be explained in the following sections. Data Rates The unit is configured to transmit and receive data at 9600 bits/second (Serial mode) or via standard Ethernet 10/100/1000Mbps connection through port 10001. -
Page 12: Address (Addr)
Serial/Ethernet/USB Communication (SCOM) Interface ADDR Address (ADDR) This single byte is used to specify a particular unit to receive a Command and to identify the unit responding (ACK or NAK) to a Command. All units will support the broadcast address. The factory default adress is 0x00, while in this manual illustrated throughout as 0xFF. -
Page 13: Message Commands And Queries (Cmd) Contents
Serial/Ethernet/USB Communication (SCOM) Interface Message Commands and Queries (CMD) Contents The command can be one of the following values and consists always of 3 bytes in positions 2,3,4: Byte 2 Byte 3 Byte 4 ASCII Description Non-Volatile / Volatile Page 0x42 0x52 0x49... -
Page 14: Data Length (Len)
Serial/Ethernet/USB Communication (SCOM) Interface Data Length (LEN) This single byte defines the length of DATA in the message in bytes. The maximum value for this field is 74 bytes (0x4A in HEX). The minimum value is 0 bytes (0x00 in HEX). IHCHK Inverse Header Checksum (IHCHK) This single byte is a simple 8-bit checksum of the header data, message bytes 0 to 5 on which a bit-wise inversion... -
Page 15: Scom Section: Brightness
Serial/Ethernet/USB Communication (SCOM) Interface SCOM Section: Brightness In SCOM protocol, there are five brightness related commands, which define the backlight/LED brightness value and their adjustable range. LCD Brightness : Full range of LCD backlight. System Brightness : Full range of system level brightness. User Brightness : Variation range of User level. -
Page 16: Bri" - Minimum Backlight Brightness
Serial/Ethernet/USB Communication (SCOM) Interface "BRI" - Minimum Backlight Brightness The command is used to set the minimum brightness of backlight. It defines the lower bound of the visual brightness range. For example, if we set BRI to 10%, the minimum achievable brightness is 10% in PWM step curve. Byte # 0x07 0xFF... -
Page 17: Brm" - Maximum Backlight Brightness
Serial/Ethernet/USB Communication (SCOM) Interface "BRM" - Maximum Backlight Brightness The command is used to set the maximum brightness of backlight. It defines the upper bound of the visual brightness range. For example, if we set BRM to 90%, the maximum achievable brightness is 90% in PWM step curve. Byte # 0x07 0xFF... -
Page 18: Brt" - Brightness Control
Serial/Ethernet/USB Communication (SCOM) Interface "BRT" - Brightness Control This command controls the display backlight brightness setting. If BRT is 100%, the user can adjust the user brightness (BRU) from 0-100%. If the BRT is set to 60%, the visual brightness is set to 60%. The user can adjust the user brightness (BRU) from 0-100% within the 60% set by BRT. -
Page 19: Brl" - Gdc Led Brightness Control
Serial/Ethernet/USB Communication (SCOM) Interface "BRL" - GDC LED Brightness Control The command is used to set the keypad's LED brightness manually. This can only control the Brightness LED if the GBF command is set to not follow backlight. Byte # 0x07 0xFF 0x42... -
Page 20: Bru" - User Brightness Control
Serial/Ethernet/USB Communication (SCOM) Interface "BRU" - User Brightness Control This command controls the user brightness control (BRU). If BRT is 100%, the user can adjust the user brightness (BRU) from 0-100%. If the BRT is set to 60%, the visual brightness is set to 60%. The user can adjust the user brightness (BRU) from 0-100% within the 60% set by BRT. -
Page 21: Scom Section: Glass Display Control™ (Gdc)
Serial/Ethernet/USB Communication (SCOM) Interface SCOM Section: Glass Display Control™ (GDC) Commands related to configure and control the GDC behaviour. "GMB" - Buttons Minimum Brightness This command controls the minimum brightness level of the button LEDs of keypad and GDC system. The BRL level can never be lower than this limit no matter which "GBF mode"... -
Page 22: Gbf" - Keypad Brightness Auto Follow
Serial/Ethernet/USB Communication (SCOM) Interface "GBF" - Keypad Brightness auto follow This command controls if the keypad brightness level will follow the LCD backlight brightness, follow the brightness sensor, or if the keypad brightness shall be manually set by BRL command. If the GBF command is set to follow the LCD backlight brightness, or the light sensor brightness, the result is scaled by the BRL. - Page 23 Serial/Ethernet/USB Communication (SCOM) Interface Notes for the "GBF" command 1: Auto Follow LCD backlight level - Use System brightness (BRI, BRM, BRT) and User Brightness (BRU) to calculate the LCD Brightness Step. - Find the position in LCD brightness PWM curve and generate proper PWM to LCD. - Convert the position of LCD PWM curve to Keypad PWM Curve based on gamma.
- Page 24 Serial/Ethernet/USB Communication (SCOM) Interface 3: Auto follow Light Sensor - Use System brightness (BRI, BRM, BRT) and User Brightness (BRU) to calculate the LCD Brightness Step. - Find the position in LCD brightness PWM curve and generate proper PWM to LCD. - Convert the position of Light sensor value to Keypad PWM Curve based on gamma.
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Page 25: Lis" - Read Ambient Light Sensor
Serial/Ethernet/USB Communication (SCOM) Interface "LIS" - Read Ambient Light Sensor This command is used to read the value of the ambient light sensor. This value reads the Channel 0 of the ambient light sensor in system with keypad and embedded light sensor of GDC in GDC system. Example: Read Light Sensor: 0x07... -
Page 26: Odm" - Outdoor Mode
Serial/Ethernet/USB Communication (SCOM) Interface "ODM" - Outdoor Mode This command shall set the GDC outdoor mode. The outdoor mode will add 5 second delay to the GDC buttons. However this 5s press is not needed again if 5s does not elapse since last button usage (If one button has been held for more than 5s, any button will respond instantly. -
Page 27: Rec" - Recall Gdc
Serial/Ethernet/USB Communication (SCOM) Interface "REC" - Recall GDC This command will recall the GDC registers to default values. = Restored to value in Factory Configuration file. = Restore to value in Factory Configuration file. = Restore to value 0x00. = Restore to value 0xFF. Byte # 0x07 0xFF... -
Page 28: Pot" - Backlight Control Interface Selection
Serial/Ethernet/USB Communication (SCOM) Interface "POT" - Backlight Control Interface selection This command is used to select which HW control method will be used in user backlight control (BRU). The available control methods: SCOM command, GDC keypad and analog potentiometer. Byte # 0x07 0xFF 0x50... -
Page 29: Scom Section: Buzzer
Serial/Ethernet/USB Communication (SCOM) Interface SCOM Section: Buzzer Commands to control the internal Buzzer, or External Buzzer (if available). If External Buzzer is available, commands apply for both internal and external Buzzer at the same time. "BZZ" - Buzzer Control This command is used to control buzzer on/off signal. Two modes are available, Single Mode or Cyclic mode. First example below shows Single Operation. - Page 30 Serial/Ethernet/USB Communication (SCOM) Interface Cyclic Operation (identified in BYTE #5 and #7 with 0x03): Byte # 0x07 0xFF 0x42 0x5A 0x5A 0x03 0x00 Buzzer IDCHK With two more bytes after Byte #7 (Buzzer) value, the BZZ command is able to run the defined pattern of ON and OFF cycle.
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Page 31: Scom Section: Service
Serial/Ethernet/USB Communication (SCOM) Interface SCOM Section: Service Commands to review Service related information available for the unit. "SWI" - Main Software Version Query This query is sent to the unit in order to get the microcontroller software version ID. Length of DATA must be zero. The DATA field will be an ASCII text string indicating the software version. -
Page 32: Typ" - Type/Model Number Query
Serial/Ethernet/USB Communication (SCOM) Interface "TYP" - Type/Model Number Query This query is sent to the unit in order to identify the unit type by its model number / part number. Length of DATA shall be zero. The unit will reply to this command with an ACK attention code. The DATA field should be translated to an ASCII text string which indicates the specified Type/Model Number, e.g: "HD08T30MMDMA1FAGA". -
Page 33: Sci" - Store Customer Service Id
Serial/Ethernet/USB Communication (SCOM) Interface "SCI" - Store Customer Service ID This command is used to program the Customer Service ID. The maximum length of the DATA field is 16 bytes. All ASCII characters are allowed. After unit reset the value is set to: last stored value. After microcontroller reset the value is set to: last stored value. -
Page 34: Man" - Read Manufacturer Data
Serial/Ethernet/USB Communication (SCOM) Interface "MAN" - Read Manufacturer data This command is used to read the Manufacturer ID. The length of DATA is zero bytes. The command always returns "JHD". The purpose of defining this command is to be compatible with old SCOM command. Example: Read "MAN": 0x07... -
Page 35: Ver" - Read Specific Type
Serial/Ethernet/USB Communication (SCOM) Interface "VER" - Read Specific Type This command is used to read the specific Type segment in Type Number. The returned value is the three characters from pos 8 to 10 in stored Type Number. If there is no type number stored, return 0 byte. For example, if the type number is "HD55T22MVDMA1AAAAAAA", VER should return "MVD"... -
Page 36: Scom Section: Interface
Serial/Ethernet/USB Communication (SCOM) Interface SCOM Section: Interface Commands to control the global settings that affects communication/protocol behaviour. "CBR" - COM Ports Baudrate Configuration This command is used to configure the baudrate on COM ports. The command will select between RS232 and RS485 port. -
Page 37: Bak" - Broadcast Acknowledgement
Serial/Ethernet/USB Communication (SCOM) Interface "BAK" - Broadcast Acknowledgement This command is used to set turn on/off broadcast acknowledgement of the received message on RS485/422 port. The purpose of adding this command is to simplify the message processing on computer side. Setting will be changed after sending an answer. -
Page 38: Scom Section: Ecdis
Serial/Ethernet/USB Communication (SCOM) Interface SCOM Section: ECDIS Commands for downloading ECDIS Color Table files (if stored in memory and performed by factory). "DLN" - Download package This command shall be sent to request a specific data packet stored in the microcontroller. The DATA field shall contain the packet number being requested;... -
Page 39: Dl?" - Request Number Of Packages Available
Serial/Ethernet/USB Communication (SCOM) Interface "DL?" - Request Number of packages available This command is used to request the number of packets available for download. The DATA field of the command shall contain no data when requesting size of active ECDIS. Byte # 0x07 0xFF... -
Page 40: Cal" - Calibration Brightness Level
Serial/Ethernet/USB Communication (SCOM) Interface "CAL" - Calibration brightness level This command inquire the GDC calibration Level. For units that are ECDIS calibrated from factory, the LED pattern (ECDIS) indicates that the backlight/brightness is at calibrated level. Byte # 0x07 0xFF 0x43 0x41 0x4C... -
Page 41: Scom Section: Factory
Serial/Ethernet/USB Communication (SCOM) Interface SCOM Section: Factory Commands related to configuration of global Factory preset. "RCF" - Recall Factory Configuration This command will recall the original copy of factory configuration. The user copy of configuration will be replaced and overwritten completely. Affected Configuration Type: 1: Brightness. -
Page 42: Scom Section: Power
Serial/Ethernet/USB Communication (SCOM) Interface SCOM Section: Power Commands related to configuration of global Power settings. "PWR" - Power On/Off/Sleep unit This command is used to power on/off the unit or put the unit in sleep mode. Byte # 0x07 0xFF 0x50 0x57 0x52... -
Page 43: Scom Section: Video Scaler
Serial/Ethernet/USB Communication (SCOM) Interface SCOM Section: Video Scaler Commands related to configuration of the internal Video Controller logic and behaviour including function related to the On Screen Display Menu (OSD). "VUR" - Read User Configuration from Video Scaler The command reads the user saved configuration from video scaler. The configuration saves OSD settings. The user configuration table size is 256 bytes. -
Page 44: Vus" - Store User Configuration To Video Scaler
Serial/Ethernet/USB Communication (SCOM) Interface "VUS" - Store User Configuration to Video Scaler The command write the user configuration to video scaler. The user configuration table size is 256 bytes. Note: the command is passed to VS only. The read process will be divided into 4 packets (64 bytes in each). Byte # 0x07 0xFF 0x56 0x55 0x53 0x42 IHCHK... -
Page 45: Scom Section: Osd Control Functionality
Serial/Ethernet/USB Communication (SCOM) Interface SCOM Section: OSD Control Functionality This command is used to provide remote access to OSD menu and handle the internal communication towards the video scaler. "MOD" - Operation Mode Selection This global command is used to select the operation mode of the firmware and affects the commands listed in the "MCC"... -
Page 46: Mcc" - Osd Control Functionality
Serial/Ethernet/USB Communication (SCOM) Interface "MCC" - OSD Control Functionality Each MCC command will specify a OSD Command ID in the first data byte. The OSD Command ID represents an OSD menu setting item or internal function. Byte # 0 7+LEN 8+LEN 0x07 0xFF 0x4D 0x43... -
Page 47: Mcc Commands List
Serial/Ethernet/USB Communication (SCOM) Interface - MCC Commands MCC Commands List NOTE: A char between the ' ' indicate an ASCII value. Example '1' = 0x31. A complete HEX, ASCII, BIN and Character table overview are available in the APPENDIX chapter. Some commands have footnotes, see references at the end of this table. - Page 48 Serial/Ethernet/USB Communication (SCOM) Interface - MCC Commands Function Data Description Details OSD Lock Mode 0x8D, Set OSD mode = normal / lock / reset / query '0' - Normal (default) n | 'r' | 'R' | '?' '1' - Full Protect '2' - Menu Protect Auto adjustment 0x8F,...
- Page 49 Serial/Ethernet/USB Communication (SCOM) Interface - MCC Commands Function Data Description Details PIP Mode 0x9A, Select PIP Mode = value / reset / query '0' - PIP OFF (default) n | 'r' | 'R' | '?' '1' - PIP Child '2' - PIP Wide '3' - PIP Split '4' - Triple PIP '5' - Quad PIP...
- Page 50 Serial/Ethernet/USB Communication (SCOM) Interface - MCC Commands Function Data Description Details 4th source select 0xAE, Select input fourth = value / reset / query 0x00 - DVI (HW00 models only) n | 'r' | 'R' | '?' 0x10 - VGA (HW00 models only) 0x20 - HDMI1 0x21 - HDMI2 (HW01 models only) 0x22 - HDMI3 (HW01 models only)
- Page 51 Serial/Ethernet/USB Communication (SCOM) Interface - MCC Commands Function Data Description Details Swap Main & PIP 0xE3 Swap main and second source '0' - fail '1' - success Gamma reset 0xE5 Reset Gamma table value, after send this command do AC on/off '0' - fail '1' - success GDC Menu Button...
- Page 52 Serial/Ethernet/USB Communication (SCOM) Interface - MCC Commands Function Data Description Details DDC / CI Settings 0x76, 0xFE - Disabled n | 'r' | 'R' | '?' 0xFD - Active Main Source 0xFF - All Active Sources (default) 0x00 - Follow DVI (HW00 models only) 0x10 - Follow VGA (HW00 models only) 0x20 - Follow HDMI1 0x21 - Follow HDMI2 (HW01 models only)
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Page 53: Comments To Mcc Command Table
Serial/Ethernet/USB Communication (SCOM) Interface - MCC Commands Comments to MCC Command table *[1] Power Plan - VGA buffer and USB in Off Mode: Enabled: When this setting is selected and computer is turned off is must enter "Completely off" mode Off: When this setting is selected and computer is turned off is must enter "Off"... -
Page 54: Operational Requirements
Serial/Ethernet/USB Communication (SCOM) Interface Operational Requirements The following sections define the operational requirements. Serial Message Failure If serial messages stop being transmitted or are corrupt, the unit will remain at the last commanded brightness. Periodic Messages Commands shall be transmitted to the unit at a repetition no faster than 4 Hz. Sending Multiple Commands / Command Queue To ensure all commands are transmitted and executed successfully on the unit, a delay between each command in the queue shall be at least 500ms. -
Page 55: Unit Response And Addresses
Serial/Ethernet/USB Communication (SCOM) Interface Unit Response and Addresses When individual unit addressing is supported by an installed configuration of units in a RS-485 (for units that support it) system, a separate ACK or NAK message for each unit will be transmitted providing each unit's individual address in response to any broadcast addressed Command. - Page 56 This page left intentionally blank...
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Page 57: Appendixes
Appendixes... -
Page 58: Calculating Checksums (Idchk, Ihchk)
Calculating Checksums (IDCHK, IHCHK) Here is a simplified method to calculating checksum. The example is using decimal numbers, for explanation purposes only. The actual values are in hexadecimal throughout the user manual. Visual representation of the byte: Attention Address Length IHCHK DATA IDCHK... - Page 59 Calculating Checksums (IDCHK, IHCHK) DATA1 DATA2 IDCHK IDCHK with two data fields (2 bytes). Calculating IDCHK while having two data fields (or more) is almost the same as single data field. Sum the two data fields, subtract 1 for every time you exceed 255 and start from 0. Example of 2 data bytes: 0x37 Data field 1:...
- Page 60 Calculating Checksums (IDCHK, IHCHK) IHCHK Let us calculate IHCHK. We send the same data package, the data value does not matter for this calculation. Instead, we focus on the following formula that sums all the header values and inverts them. Note that DATA of IDCHK of is present in table below as described on previous page.
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Page 61: Hex, Ascii, Bin And Character Table
HEX, ASCII, BIN and Character table Character/Symbol Description 0x00 00000000 Null terminator / character / End of string 0x01 00000001 Start of Heading 0x02 00000010 Start of Text 0x03 00000011 End of Text 0x04 00000100 End of Transmission 0x05 00000101 Enquiry 0x06 00000110... - Page 62 HEX, ASCII, BIN and Character table Character/Symbol Description 0x33 00110011 Three 0x34 00110100 Four 0x35 00110101 Five 0x36 00110110 0x37 00110111 Seven 0x38 00111000 Eight 0x39 00111001 Nine 0x3A 00111010 Colon 0x3B 00111011 Semicolon 0x3C 00111100 < Less than (or open angled bracket) 0x3D 00111101 Equals...
- Page 63 HEX, ASCII, BIN and Character table Character/Symbol Description 0x66 01100110 Lowercase f 0x67 01100111 Lowercase g 0x68 01101000 Lowercase h 0x69 01101001 Lowercase i 0x6A 01101010 Lowercase j 0x6B 01101011 Lowercase k 0x6C 01101100 Lowercase l 0x6D 01101101 Lowercase m 0x6E 01101110 Lowercase n...
- Page 64 HEX, ASCII, BIN and Character table Character/Symbol Description 0x99 10011001 ™ Trade mark sign 0x9A 10011010 š Latin small letter S with caron 0x9B 10011011 › Single right-pointing angle quotation mark 0x9C 10011100 œ Latin small ligature oe 0x9D 10011101 (no visible character) 0x9E 10011110...
- Page 65 HEX, ASCII, BIN and Character table Character/Symbol Description 0xCC 11001100 Ì Latin capital letter I with grave 0xCD 11001101 Í Latin capital letter I with acute 0xCE 11001110 Î Latin capital letter I with circumflex 0xCF 11001111 Ï Latin capital letter I with diaeresis 0xD0 11010000 Ð...
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Page 66: C# / Pseudo Ethernet/Tcp Code Example
C# / Pseudo Ethernet/TCP Code example // Create SCOM package byte[] cmd = enc.GetBytes("BRT"); byte[] data = byte[1] { 0x99 }; // 60% brightness COMMessage message = COMMessage(cmd, data); // Transmitting SCOM package to TCP SendTCPCommand(message); private Byte[] SendTCPCommand(COMMessage commessage) // Creating new TCPclient TcpClient tcpClient =... -
Page 67: Revision History
Revision History Rev. Date Notes 21 Dec 2016 First release for internet (based on DOC102051) 03 Jan 2017 Added Series X MMD (Maritime Multi Display) G2 typenumbers ref: http://www.hatteland-display.com/mails/16_2016_ecn.html 11 Jan 2017 Revised grammar errors, page 5,6,7 08 Jan 2018 Revised wrong command example (TYP), page 28 Revised wrong command example (TMP), page 30 Revised wrong command example (CBR), page 32... - Page 68 Hatteland Technology AS | www.hattelandtechnology.com | Enterprise no: NO974533146...
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