NMEA 2000® Female Bulkhead Connectors

This is an essential component designed by Garmin to terminate one end of the backbone of a NMEA 2000 network. It is crucial for ensuring the stability and proper operation of your marine communication system.

This terminator is used to close the NMEA 2000 backbone circuit. It is essential to install one at each end of the bus to ensure proper communication between all devices connected to the network.

The socket is made of marine-grade plastic. This material is selected for its excellent resistance to corrosion and wear, specifically suited to demanding marine environments.

Yes, it is designed with a durable exterior and is specifically weather-resistant. This ensures reliable and consistent performance, even in harsh maritime weather conditions.

The socket is fitted with bare wires colored red, black, white, and blue. These standardized colors make direct and correct on-site connection much easier.

Yes, it has a compact and ergonomic design. This design makes it easier to handle and install, even in confined spaces aboard your vessel.

The primary role is to prevent signal reflections that could disrupt communication on the NMEA 2000 backbone. Installing two terminators, one at each end, is essential to absorb these signals and maintain network integrity.

Yes, this is a Garmin NMEA 2000® port, identified by product reference 010-12935-40. It is designed to integrate seamlessly into your Garmin ecosystem.

For correct and stable operation of an NMEA 2000 network, two termination resistors are absolutely necessary. One must be installed at each physical end of the backbone.

No, this socket is designed to be "field-installable", meaning it requires no specialized tools for installation. This allows for easy and quick on-site installation by the user.

Yes, this connector is perfectly suited for creating custom NMEA 2000 backbone split and extension cables. It also allows you to shorten existing cables according to your specific requirements.

The terminal is supplied with bare wires (red, black, white, blue) for direct connection. You must connect them to the corresponding wires of your NMEA 2000 cable or device, strictly following the standard color code to ensure proper communication.

Termination resistors must be placed at both physical ends of the NMEA 2000 backbone bus. They act as the start and end points of the main communication line.

Although the product description does not detail the mounting methods, it is always highly recommended to ensure that all NMEA 2000 network components, including this terminal, are securely fastened. This prevents unintended disconnections or damage caused by vibrations and constant movement in a marine environment.

Yes, this port is designed to integrate optimally with Garmin devices, including the ECHOMAP and GPSMAP series. It ensures maximum performance within your Garmin ecosystem.

Being compliant with the NMEA 2000 standard, this port is generally compatible with equipment from other brands that also comply with this standard. However, its integration and performance are specifically optimized for Garmin devices.

No, this port is specifically designed for NMEA 2000® networks. The NMEA 0183 and NMEA 2000® standards are different communication protocols and are not directly compatible with each other without the use of an appropriate protocol converter.

No, a terminator is a passive component that marks the end of the NMEA 2000 backbone. Devices are connected to the backbone via drop cables and T-connectors, not directly to the terminator itself.

Yes, the termination function of this socket is independent of the specific length of the backbone cable. It ensures circuit closure at the end, provided that the maximum length specifications for the NMEA 2000 network are respected throughout your installation.

Yes, absolutely. Whether your NMEA 2000 network is small or large, the principle remains the same: two termination resistors are always required, one at each end of the backbone, to ensure proper operation and stable communication.