5-meter antenna cable with RayNet connector

The Raymarine A80227 cable is designed to establish reliable data connections within a Raymarine network. It enables the integration of devices equipped with a RayNet interface, ensuring stable transmission of essential navigation and monitoring information.

This RayNet A80227 cable is 5 meters long.

This cable uses RayNet connectors, which are Raymarine proprietary interfaces based on Ethernet technology.

The Raymarine A80227 cable is a data cable, specifically designed for transmitting information within a Raymarine network.

RayNet cables are designed for bandwidth-intensive applications such as radar displays, high-definition video, or advanced sonars, as they handle high data rates. NMEA 2000 cables, on the other hand, manage lower data rates for simpler sensors and basic navigation data.

Yes, this cable is optimized for marine environments and meets Raymarine’s specifications for offshore use, ensuring durability against marine conditions.

RayNet cables are generally designed with shielding to minimize electromagnetic interference and ensure stable, reliable data transmission in the marine environment, where many sources of interference may be present.

No, it is not recommended to cut this cable. RayNet connectors are factory-assembled to ensure signal integrity and waterproofing. Cutting the cable would void these protections and could damage the system or compromise connection quality.

This cable is compatible with all Raymarine products using RayNet connectivity, including multifunction displays (e.g., Axiom, eS or gS series), radars (such as Quantum or HD Color), sonars and other sensors equipped with this interface.

No, the RayNet connector is Raymarine's proprietary interface. This cable is specifically designed for use with Raymarine equipment featuring a RayNet port and is not compatible with equipment from other brands.

This cable is compatible with modern Raymarine systems that use RayNet connectivity. Older systems that did not use RayNet connectivity will not be directly compatible with this cable.

Yes, the Raymarine A80227 cable is compatible with Raymarine Quantum radars, as they use RayNet connectivity for data transmission between the radar and the multifunction display.

Yes, this cable is compatible with Raymarine Axiom multifunction displays, as well as the eS and gS series, since they all feature RayNet ports for network connectivity.

Installation is Plug & Play. Simply connect one end of the cable to a RayNet port on your Raymarine device (e.g., a multifunction display) and the other end to another compatible Raymarine device or a RayNet switch to extend the network. The connectors are designed for easy and secure insertion.

No, connecting this cable does not require special tools. RayNet connectors are designed to be plugged and unplugged by hand thanks to their ergonomic design.

Yes, it is possible to extend the range of your network by using a RayNet switch or a RayNet coupler to connect multiple cables together. However, it is important to respect the maximum lengths recommended by Raymarine to maintain signal integrity and avoid any performance degradation.

Yes, this cable is designed to be sufficiently flexible for easy routing through conduits and tight spaces in marine installations, while maintaining its robustness and durability.

Yes, RayNet connectors are designed to provide a watertight and robust connection once properly plugged in and locked, ensuring protection against moisture, splashes, and the corrosive marine environment.

Yes, RayNet cables can handle bandwidth-intensive applications, including high-definition video streams from compatible marine cameras or radar displays, thanks to their Ethernet base.

Although based on Ethernet, the RayNet cable is optimized for the marine environment with robust and watertight connectors, designed to withstand vibrations and corrosion. It ensures seamless integration and optimal performance within Raymarine systems, guaranteeing the reliability and durability required at sea, unlike standard Ethernet cables which are not suited for this use.