Raymarine RNS-5 5 Port RayNet Gigabit Switch

The Raymarine RNS-5 5 Port RayNet Gigabit Switch expands modern integrated marine navigation systems by connecting multiple displays, sensors, and peripherals across a single high-speed network backbone. Built for Raymarine's RayNet infrastructure, this gigabit switch handles the bandwidth demands of real-time chartplotting, sonar, radar, and thermal imaging in professional and serious recreational boating applications.

The RNS-5 supports five ports for connecting Axiom displays, sonar modules, IP cameras, and Teledyne FLIR thermal systems without degrading signal quality or introducing network bottlenecks. RayNet cabling handles longer runs than conventional Ethernet while maintaining gigabit speeds, a critical advantage on larger vessels where cable runs exceed 50 meters. Two RNS-5 units can be daisy-chained to expand port availability further, and the switch integrates seamlessly with YachtSense digital control systems and the YachtSense Link marine mobile router for comprehensive vessel automation and remote monitoring.

This switch is engineered for serious anglers operating multi-display offshore rigs, commercial fishing operations running integrated sonar and thermal camera arrays, and cruising sailors building distributed navigation architectures across larger hulls. Weekend boaters upgrading from single-screen systems to multi-device setups benefit from the flexibility to add fish-finding sonar, forward-looking thermal cameras, and secondary navigation displays without replacing core hardware. The compact form factor and marine-grade construction suit installation in tight helm stations, engine rooms, or mast-mounted enclosures common on modern fishing and cruising vessels.

Raymarine's RayNet standard has become the industry baseline for high-performance marine networking, adopted across professional fishing fleets and blue-water cruising yachts. The RNS-5's five-port architecture balances expandability with compact installation footprint, making it the practical choice for vessels running mixed Raymarine ecosystems without over-specifying port density.