Raymarine RayNet to RJ45 Male Cable - 10M

The Raymarine RayNet to RJ45 Male Cable – 10M (MPN A80159) is a specialized marine network interconnect designed for tactical and marine navigation systems that demand reliable, hardened data transmission in demanding environments. This 10-meter cable bridges proprietary RayNet connectors to standard RJ45 infrastructure, enabling seamless integration between Raymarine Digital Sounder Modules (DSM), SR100 Sirius Weather Receivers, and compatible Raymarine Multifunction Displays. Personnel managing vessel navigation systems, sonar operations, or integrated combat information centers will recognize the critical role network integrity plays in mission success and situational awareness.

The cable features robust RayNet connectors on one end—engineered for vibration resistance and salt-spray durability in maritime and tactical vessel operations—paired with industry-standard RJ45 male termination on the opposite end for compatibility with standard network infrastructure. The 10-meter length (approximately 33 feet) accommodates typical combat vessel layouts and command center geometries where equipment distribution demands extended cable runs without signal degradation. Shielded twisted-pair construction protects against electromagnetic interference common in ships with dense radar, sonar, and radio frequency systems, ensuring data integrity for real-time sonar imagery, weather data feeds, and navigation chart updates critical to tactical decision-making.

This cable is essential for naval personnel, marine technicians, and tactical systems operators integrating or upgrading Raymarine networked sensor suites aboard patrol boats, cutters, research vessels, and naval platforms. Installation is straightforward—simply connect the RayNet end to eligible Raymarine devices (DSM sonar modules, SR100 receivers, and compatible multifunction displays) and terminate the RJ45 end to network switching or hub infrastructure. The 10-meter specification suits vessel compartments where sonar processing units or weather receivers are physically remote from display stations, ensuring full sensor visibility without compromise to data latency or image refresh rates critical for navigation and threat detection.