![]() Transducer problems are most often due to the fact that the transducer signal is relayed via the black box to the head unit, since the LiveScope transducer itself doesn’t connect directly with the head unit. While LiveScope issues problems are quite common, they are usually very easy to fix. If you want to reduce interference as much as possible on your LiveScope, take a look at our article about reduced interference on Garmin’s new LiveScope Plus. This reduces the sonar beams going straight down in the water, and since these are the ones that trigger the returns causing interference, doing this can help to get rid of the ghost tree. The third option is to change the angle of your LiveScope transducer to make it slightly more shallow. The Ghost Reject functionality redirects some of the sonar beams from going downwards from the LiveScope transducer to going more shallow, which helps to reduce the ghost tree effect without sacrificing real signals. To do this, click on “Menu” and then on “Sonar Setup.” On the next screen, click on “Noise Reject,” turn it on, and set it to medium.īut keep in mind that if you turn up “Noise Reject” too high, this will also eliminate real signals from the area where the ghost tree used to be located.ĭue to this weakness of the Noise Reject functionality, Garmin introduced an update called “Ghost Reject” on the latest generations of LiveScope. The first is to increase noise rejection on your device. There are 3 different ways to fix (or at least significantly reduce) the ghost tree on LiveScope. How do you fix the ghost tree on LiveScope? Keep in mind that while a real tree will move and disappear as your boat moves through the water, the ghost tree will tend to stay in more or less the same location on your screen, which is a good way to diagnose it as a result of interference. If you compare the real tree on the right hand side of the photo with the ghost tree on the left hand side, you can see that the ghost tree looks surprisingly similar to the real one. The photo above shows an example of a ghost tree on Garmin LiveScope, This only happens in forward mode, and is caused by interference due to sonar returns from a hard bottom in shallow water. What is the ghost tree on Garmin LiveScope? This kind of interference pattern will usually stay at the same distance from your transducer, and thus represents a dead zone on the screen where it can be hard to detect the real objects and fish that are in the water. ![]() Interference on LiveScope usually looks like a “ghost tree”, and is usually caused by sonar returns from a hard bottom structure in shallow water less than 20 feet deep. ![]() What does interference look like on LiveScope? One of the most common problems encountered with Garmin LiveScope is interference.Īnd while there are several kinds of sonar interference, the most commonly encountered one with LiveScope is caused by sonar returns from a hard bottom that create “ghost images” on the screen. In this article we’ll walk you through the most common LiveScope issues, and how to troubleshoot them effectively Garmin LiveScope interference problems While Garmin LiveScope is undoubtedly one of the most powerful live sonars on the market, even its high end technology can run into problems at times.īut the good news is that most LiveScope problems are fairly simple, and can be easily fixed if you know what to do. Garmin LiveScope Troubleshooting (3 Issues You Need To Know)
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