Simrad EQ50

It is a well-established fact that the echo sounder’s operating frequency is essential for good results. This is because the echo strength of different fish species varies with frequency. Some fish species are easier to find with a high frequency than a low one, and vice versa. This is also important if you want to find smaller species, such as shrimp or krill. At the same time, lower frequencies generally have a longer range. A low frequency allows you to find both the fish and the bottom when you work in deep water. For these reasons, many echo sounder systems have more than one transducer. Some users prefer two transducers to work with two different frequencies, while others want more. Additional transducers increase the echo sounder’s price and entail increased installation costs. That’s why the Simrad EQ50 offers four operating frequencies with only one single C-All transducer. Equipped with advanced digital signal processing technology, the Simrad EQ50 delivers exceptional accuracy and reliability in any condition. With a maximum depth capability of 1,000(*) meters, you can easily detect fish even in the deepest and darkest corners of the ocean. Designed with the user in mind, the Simrad EQ50 is easy to install and use, with intuitive controls and a user-friendly interface. Its compact and lightweight design makes it perfect for use on any vessel, from small boats to large yachts. With the high-resolution display of your choice, you will be able to see everything in crystal-clear detail, ensuring that you never miss a thing.

The Simrad EQ50 can handle four different operating frequencies simultaneously. The license includes all these frequencies. This example shows how the EQ50 can present data from a Simrad C-All transducer.

When you use the Simrad C-All transducer, the EQ50 will present the information in four echograms, one for each operating frequency. In this example, you can see two additional information panes. Each panel shows the size of the fish under the keel, as measured with the relevant operating frequency (120 and 200 kHz).