Konektor NMEA 0183 pravý úhel s audio kabelem (2,1 m)

This cable is designed to integrate NMEA 0183 data and audio signals on compatible navigation systems. It allows connecting a chartplotter to NMEA 0183 devices and broadcasting the chartplotter's audio to the boat's audio system.

The length of this cable is 2.1 meters, which is approximately 7 feet.

The right-angle connector, located at the end of the display, reduces strain on the connection. This design is particularly useful for flush-mounted installations or in dashboards where space is limited, enabling more discreet and efficient cable management.

The cable includes bare wires for NMEA 0183 data wiring, as well as a separate RCA connector for analog audio input.

This cable is compatible with Garmin chartplotters and other marine devices that support the NMEA 0183 protocol for data transmission and have an RCA-compatible analog audio input for the audio function.

No, this cable is specifically designed for the NMEA 0183 protocol. It is not compatible with the NMEA 2000 network, which uses a different protocol and connectors.

NMEA 0183 cables are bare wires that must be manually connected to the NMEA 0183 terminals of your chartplotter or compatible device, respecting the polarities (TX/RX, In/Out, A/B or +/-), according to the device's specifications.

The RCA connector is designed for audio input, allowing you to broadcast the audio signal from your chartplotter to your boat's audio system.

Yes, as a Garmin product intended for marine use, this cable is designed to withstand marine environmental conditions, although it is still recommended to protect exposed connections from excessive moisture and corrosion.

Yes, you can connect this cable to any boat audio system that has a compatible RCA analog audio input. It is stated to work well with systems such as Fusion, but it is not limited to this brand.

No, this cable is passive and does not require a separate power supply. It simply transmits NMEA 0183 and audio signals between connected devices.

Cutting or extending NMEA 0183 and audio cables without appropriate expertise and equipment is generally not recommended, as it can degrade signal quality. It is preferable to use the correct cable length or specific extenders when necessary, in compliance with the manufacturer's specifications.

This cable can transmit all standard NMEA 0183 data sentences, such as GPS position, speed, heading, depth, and other navigation information, provided the connected devices generate and interpret these data.

Yes, the reference number (SKU 010-12390-21) is the unique product code for Garmin. It is used to verify compatibility with your equipment and for any after-sales support or service requests.

Cables like this one are usually supplied with basic instructions or wiring diagrams. For detailed installation information, it is recommended to consult the user manual of your chartplotter or the device to which you are connecting it, as wiring requirements may vary.

No, the RCA connector of this cable is specifically for the audio input to the boat's audio system. It allows audio to be broadcast from the chartplotter. It is not designed for bidirectional audio communication.

The right-angle connector is designed for discreet installations, particularly in dashboards where space is limited. It allows the cable to exit the device without creating an excessive bulge, making for a clean and unobtrusive routing.

Yes, like most Garmin products, this right-angle NMEA 0183 connector with audio cable is covered by the manufacturer's standard warranty. We recommend consulting Garmin's warranty terms and conditions for further details.

This cable is a right-angle NMEA 0183 connector with audio cable, 2.1 meters (7 feet) long. It includes bare wires for NMEA 0183 data and an RCA connector for analog audio, designed for integrating data and audio signals on compatible navigation systems.

This cable is designed to provide a reliable and high-quality connection for NMEA 0183 and audio signals. It does not inherently "improve" the signal quality beyond what the connected devices produce, but its design ensures stable transmission and minimizes interference if installed correctly.