Ethernet cable 7.6 m

This cable is used to create a high-speed network for connecting marine electronic navigation equipment. It allows for the sharing of large data such as charts, sonar imagery, radar targets, and routes between multiple multifunction displays (MFDs) and compatible modules.

This cable is designed to work with equipment from Navico group brands, which include:

B&GLowranceSimrad

The main difference lies in the connector and robustness. This cable uses a yellow 5-pin connector, which is waterproof and screw-on, designed to withstand the marine environment (vibrations, humidity, salt). A standard Ethernet cable uses a non-waterproof and less robust RJ45 connector.

Yes, you can use this cable to directly link two compatible multifunction displays (e.g., a Simrad and a Lowrance) so they can share their data. No other parts are needed for a connection between two devices.

Yes, this is one of its primary uses. This cable provides the necessary high-speed connection between a radar antenna (radome or open array) and a compatible multifunction display to show the radar image.

The yellow color is a color code used by Navico to easily identify Ethernet network cables and ports. This prevents them from being confused with other types of onboard connections, such as the NMEA 2000 network (black and red connectors).

The difference lies in the speed and type of data. The Ethernet network (this cable) is designed for transferring very large amounts of data (charting, radar, sonar). The NMEA 2000 network is designed for lighter data (GPS position, speed, engine data, wind). Both networks are often complementary on a boat.

To connect three or more devices (e.g., two displays and a sonar module), you need to use a network switch, such as the Navico NEP-2. Each device will then be connected to this switch via an Ethernet cable like this one.

Yes, absolutely. This cable is necessary to connect an external sonar module (like a StructureScan 3D, an S5100, etc.) to your compatible multifunction display to view sonar images.

No, it is strongly advised not to cut or repair this cable. Any modification would alter its shielding and waterproofing, which could cause data loss and network malfunctions. It is best to coil any excess cable in a dry location.

Yes, it is possible to connect two Navico Ethernet cables together to achieve a greater length. You will need an Ethernet extension coupler (sold separately) to join the two connectors in a waterproof manner.

This cable allows the sharing of data requiring a large bandwidth, including:

Charting (a single map for multiple displays)Sonar images (CHIRP, DownScan, SideScan, StructureScan)Radar data and imagesWaypoints and routes

No, not directly. Older Lowrance devices used a blue connector. To connect a device with a yellow port (like this one) to a device with a blue port, you need to use a specific adapter cable (Navico part number 000-0127-50).

No, no specific tools are required. The connector screws on by hand to ensure a secure and waterproof connection. However, you will need basic tools to route the cable through your boat's bulkheads.

No, the cable itself is passive and does not require power. It is solely used for data transport. However, each device you connect with this cable (display, radar, etc.) must have its own power supply.

Yes, this is one of the great advantages of the Navico ecosystem. You can use this cable to connect and enable communication between compatible devices from the three brands (B&G, Lowrance, Simrad) on the same Ethernet network.