• Simrad EK80
• About this manual
• Data subscriptions and remote control
  • About data subscriptions and remote control
  • Overview of the data subscriptions
  • Data subscription processes
    • Request server information
    • Connect to server
    • Keep connection alive
    • Issue commands to the server
    • Collecting data
      • Create data subscription
      • Handling data
      • Change data subscription
      • Destroy data subscription
    • Disconnect from server
  • Parameter management
    • About parameter management
    • Get parameter
    • Set parameter
    • Get parameter information (attributes)
    • Subscribe to parameter notifications
    • Unsubscribe from parameter notifications
  • Handling parameter subscriptions
    • About subscriptions handling
    • The header structure (ParamMsgHdrDef)
    • Value and attribute update messages
      • Parameter update structures
      • Attribute update structures
    • Server alive message
    • Request re-transmit message
  • Data subscription types
    • About data subscription types
    • Data subscription type: Bottom Detection
    • Data subscription type: Target Strength (TS) detection
    • Data subscription type: Target Strength (TS) detection chirp
    • Data subscription type: Sample data
    • Data subscription type: Echogram
    • Data subscription type: Targets echogram
    • Data subscription type: Integration
    • Data subscription type: Integration chirp
    • Data subscription type: Targets integration
    • Data subscription type: Noise Spectrum
    • Data subscription type: ADCP Backscatter
    • Data subscription type: ADCP Vessel Velocity
    • Data subscription type: ADCP Geo Velocity
  • Parameter descriptions
    • About parameters
    • Application parameters
    • Operation control parameters
    • Sample storage control parameters
    • Navigation and vessel motion parameters
    • Environment parameters (Water column)
    • Environment parameters (Transducer face)
    • Transceiver information parameters
    • Ping based parameters (Conditions)
    • Ping based parameters (Settings)
    • Bottom detection parameters
    • Ping mode manager parameters
• REST API
  • What is a REST API?
  • What is Swagger?
  • Working with REST API and Swagger
    • Browsing the API
    • Get a parameter
    • Get a structure
    • Set a parameter
    • Legal parameter values
  • Auto generation of client code
• File formats
  • File formats supported by the EK80 system
  • Raw data format
    • The raw data file format
    • Raw data format compatibility
    • Raw file datagrams
      • Data encapsulation of datagrams
      • Using XML datagrams
      • Numeric type definition
      • Datagram updates
      • Annotation text (ASCII) datagram
      • Configuration XML datagram
        • The <Header> tag
        • The <Transceivers> tag
        • The <Transducers> tag
        • The <ConfiguredSensors> tag
      • Environment XML datagram
      • Filter XML datagram
      • Motion Sensor binary datagram
      • Filter binary datagram
      • Initial Parameter XML datagram
      • Motion binary datagram 0
      • Motion binary datagram 1
      • NMEA text datagram
      • Parameter XML datagram
      • Ping sequence XML datagram
      • Pulse XML datagram
      • Sample binary datagram description
      • Transmit pulse sample datagram description
      • Sensor XML datagram
  • Index file format for RAW data files
  • XYZ file format
  • NetCDF file format
  • BOT data format
    • The BOT data file format
    • Recording parameters
    • Simrad BOT depth datagram format
  • The SEGY data file format
• I/O Datagram formats
  • About NMEA and standard datagram formats
    • About the NMEA datagram formats
    • NMEA
    • NMEA sentence structure
    • Standard NMEA 0183 communication parameters
  • NMEA datagram formats
    • NMEA CUR datagram format
    • NMEA DBK datagram
    • NMEA DBS datagram format
    • NMEA DBT datagram format
    • NMEA DDC datagram format
    • NMEA DPT datagram format
    • NMEA GGA datagram format
    • NMEA GGK datagram format
    • NMEA GLL datagram format
    • NMEA HDG datagram format
    • NMEA HDM datagram format
    • NMEA HDT datagram format
    • NMEA MTW datagram format
    • NMEA RMC datagram format
    • NMEA VBW datagram format
    • NMEA VHW datagram format
    • NMEA VLW datagram format
    • NMEA VTG datagram format
    • NMEA ZDA datagram format
  • Proprietary datagram formats
    • CP1 Current Profile datagram format
    • DFT Water level datagram format
    • OFS Drop keel datagram format
    • ATS Annotation datagram format
    • Simrad EK500 Depth datagram
    • Simrad ITI-FS datagram formats
      • Simrad HFB datagram format
      • Simrad DBS datagram format
      • Simrad TDS datagram format
      • Simrad TPR datagram format
      • Simrad TPT datagram format
    • Simrad PI50 datagrams
      • Simrad PSIMDHB datagram format
      • Simrad PSIMP D datagram format
      • Simrad PSIMP F datagram format
    • Kongsberg EM Attitude 3000 datagram format
    • KM Binary datagram format
  • Third-party datagram formats
    • Atlas Depth datagram format
    • Furuno GPhve datagram format
    • Hemisphere GNSS GPHEV datagram format
    • Teledyne TSS1 datagram format
    • AML Sound speed datagram format
    • Trimble PTNL GGK datagram format
    • ZMQ Beam Velocity datagram format
• How to calculate power from power data
  • Calculating power from Power data recorded with GPT and WBT
  • Calculating power from Complex data recorded for WBT
  • Calculating power from Complex data recorded for EC150–3C
• How to calculate angle from angle data
  • Angle data in Sample datagram
  • Calculating angle from Angle data
  • Special scaling requirements for split beam transducers with three sectors
  • Calculating the angles from Complex data for Beam Type: 1
  • Calculating the angles from Complex data for Beam Type: 17 49, 65 and 81
  • Calculating the angles from Complex data for Beam Type: 97
  • Implementation of arctan
• Calculating transducer impedance with WBT
  • Transducer impedance with WBT using RAW3
  • Transducer impedance with WBT using RAW4