Simrad NMEA 2000 Medium Duty Backbone Cable - 6m (19.7ft) Micro-C

The Simrad NMEA 2000 Medium Duty Backbone Cable - 6m (part #000-14377-001) is a premium, marine-grade networking cable built for creating stable and efficient NMEA 2000 systems on board. As part of the trusted Simrad (Navico) lineup, this genuine cable delivers seamless, high-speed data transfer between devices such as chartplotters, fishfinders, radars, autopilots, sensors, and engine interfaces from Simrad, Lowrance, B&G, and other NMEA 2000-compatible brands.

Why Choose This Cable?

Your NMEA 2000 network powers real-time sharing of critical data like navigation, depth, speed, engine stats, and weather—making a solid backbone essential for safety and efficiency. The medium-duty construction with 18 AWG low-loss wire reduces issues in longer or device-heavy setups, helping you stay within NMEA guidelines (up to ~100m total backbone for Micro-C). Simple daisy-chain installation pairs perfectly with drop cables, T-connectors, and terminators (available separately) for easy expansion.

Note: For best results, terminate both ends of the backbone properly, keep total backbone length in check, and limit drop cable lengths per NMEA 2000 standards. This is the official Simrad-recommended medium-duty cable for dependable backbone performance.

Features

• Compatibility: NMEA 2000 certified; plug-and-play with Simrad, Lowrance, B&G, and any Micro-C equipped NMEA 2000 devices
• Durability: Engineered for harsh marine conditions—resistant to saltwater corrosion, UV exposure, moisture, and onboard vibrations

Specifications

• Length: 6 meters (19.7 feet) – perfect for compact to mid-sized vessels or targeted backbone segments
• Type: Micro-C connector (standard male-to-female with secure orange locking collars for waterproof, vibration-resistant connections)
• Cable Rating: Medium Duty – features low-loss 18-gauge conductors to minimize signal degradation and voltage drop, ensuring reliable performance
• Part Number: 000-14377-001 (official Simrad/Navico reference)