Description
Premium NMEA2000 0.5MT CABLE for Marine Electronics
In marine networking projects, the NMEA2000 0.5MT CABLE provides a high-quality, waterproof connection between devices and the backbone right from the start. Crafted with durable materials and designed specifically for drop-cable use, this assembly ensures secure data and power transmission to chartplotters, sensors, and autopilots—without signal loss—even when conditions turn rough.
Rugged Construction and Composition
This cable features five conductors within a single waterproof jacket: two data wires for CAN high and low, power and ground wires, plus a drain/shield wire that mitigates RFI and EMI. As a result, the drain wire maintains data integrity by protecting against external interference. Furthermore, the cable meets industry-standard specifications for backbone and drop cables, ensuring long-term resistance to saltwater, oil, and UV exposure.
Ideal for Drop-Cable Applications
Specifically created for drop connections, the 0.5 meter length strikes a perfect balance: it reaches most instruments without excess slack and stays well below the 6 meter maximum allowed per drop segment. Correspondingly, this length minimizes voltage drop while keeping your installation neat. Moreover, it’s fully compatible with Micro-C connectors, allowing plug-and-play installation with standard NMEA2000 T-connectors and terminators.
Seamless Network Expansion and Flexibility
When expanding your network, using uniform drop-cable lengths simplifies layout and future modifications. Thus, the 0.5 meter cable lets you easily add new devices anywhere along the backbone—without replacement or rewiring. In addition, thanks to its robust shielding and construction, it offers dependable long-term performance in all weather conditions.
Compatibility and System Integrity
This cable integrates smoothly with all NMEA2000 certified equipment, including displays, GPS units, sensors, and engine interfaces. Along with proper terminators at each backbone end, it helps build a compliant, robust system. Also, the shielded design reduces electrical noise, which improves overall signal stability and communication across the network.
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