• | EIQ This sonar application captures high-quality images. At short ranges the images are relatively insensitive to the motion of the sonar. At longer ranges the sonar should be relatively motionless.
Note
This application is less sensitive to motion than EIQ - Fine.
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• | EIQ - Fine This sonar application captures very high-quality images. At short ranges the images are relatively insensitive to the motion of the sonar. At longer ranges the sonar should be relatively motionless.
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• | EIQ - Ultra Fine This sonar application captures the highest quality images possible. At short ranges the images are relatively insensitive to the motion of the sonar. At longer ranges the sonar should be relatively motionless.
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• | Ethernet Test - 1000Mbps You can test your 1000Mbps link to verify that the link throughput is available. The test uses 80 percent utilization and uses EIQ - Ultra Fine.
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• | Ethernet Test - 100Mbps You can test your 100-Mbps link to make sure that the link throughput is available. The test uses 80 percent utilization and uses EIQ.
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• | Ethernet Test - 10Mbps You can test your 10-Mbps link to make sure that the link throughput is available. The test uses 80 percent utilization and uses Imaging 30.
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• | Imaging 15 You can use this sonar application for navigation and obstacle avoidance. This application uses a 15-degree Tx vertical beamwidth.
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• | Imaging 3 Use this sonar application primarily for profiling using a 3-degree Tx vertical beamwidth. You may also use this application for shallow-water obstacle avoidance.
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• | Imaging 30 You can use this sonar application for navigation and obstacle avoidance. This application uses a 30-degree Tx vertical beamwidth.
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• | Imaging 30 - Short Range You can use this sonar application for the support of manipulator operations, with the highest-speed short-range imaging. Speed and detail are more important than overall image quality.
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• | Imaging 7 You can use this sonar application to provide long-range obstacle avoidance and navigation into the work site. This application uses the highest pulse power. Pulse durations are used to get a reliable long-range detection. The trade-off is a reduction in the ping rate.
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• | Profiling Use this sonar application for the automated point extraction of the sea bottom or structures to create a real-time 3D Point
Cloud. The Profiling application has a slow ping repetition rate and is best suited for slow-moving ROVs, trenchers, and ploughs.
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• | Profiling - Bathy This sonar application is ideal for Bathymetry Surveys.
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• | Profiling - Dual Head Master You can use this profiling sonar application to generate an alternating sequence of pings and external trigger events. This sequence is used to implement alternate pinging in a dual-head profiling system.
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• | Profiling - Dual Head Slave You can use this profiling sonar application to generate an alternating sequence of pings and external trigger events. This sequence is used to implement alternate pinging in a dual-head profiling system.
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• | Profiling - Fast This sonar application performs using much higher ping rates than the normal Profiling application. This application is ideal for surface-vessel surveys.
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• | ROV Navigation This sonar application automatically switches between EIQ - Fine, EIQ, and Imaging 30 applications. EIQ - Fine is used to provide the highest-resolution images with a good image update rate at short ranges. EIQ is used for medium ranges. Imaging 30 is used for long ranges.
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• | Rub Test Use this sonar application as part of a system test to make sure that the transducer is receiving a signal. Rub the transducer and make sure that bright streaks or rings appear in the sonar view.
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• | Customize Apps Click to open the Customize Apps dialog box. You can select which sonar applications will appear in the Sonar Apps menu.
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• | Imaging You can use this sonar application for navigation and obstacle avoidance. This application uses a 30-degree Tx vertical beamwidth.
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• | Imaging Enhanced Use this sonar application for imaging or obstacle avoidance using one of the eIQ elements. This application uses a Time Delay FFT beamformer to produce a high-quality image.
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• | Profiling - HiRes Use this sonar application if you have a high-frequency Sonar Head and require a higher horizontal beam resolution. This profiling mode uses the maximum number of beams (512) but has a slower ping rate as it uses more computational power. High-resolution profiling is ideal for applications such as pipeline inspections, fish behaviour studies, and gas plume detections.
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