All electronics ship with US style plugs.You may need a voltage converter or a plug adapter.
Special Features
Plug-and-Play Connectivity: The Starlink Ethernet Adapter for Performance Gen 3 provides a seamless connection between your Starlink Performance Gen 3 dish and standard Ethernet cables. This plug-and-play solution removes the need for cutting or crimping the original Starlink cables, ensuring an easy, hassle-free setup for an optimal internet experience.
Low Contact Resistance for Optimal Performance: Featuring patented advanced soldering-type RJ45 connectors, this Performance Gen 3 Ethernet Cable is built to withstand harsh weather conditions. The connectors reduce contact resistance by 50%, maintaining peak performance and reliability for your Starlink setup in any environment.
Extend and Repair Your Network Setup: Easily extend or repair your network with the Starlink Extension Repair Adapter, which connects to RJ45 Ethernet cables of your desired length. For reliable operation and minimal interference, we recommend using cables under 164ft (50m) to avoid potential signal loss.
Dustproof and Waterproof Protection: The IP67 waterproof RJ45 coupler is designed to protect against moisture, dirt, and other environmental elements. This rugged Starlink cable kit ensures that your network stays intact and consistently performs well, whether you're indoors or outdoors.
High-Speed Data Transmission: Crafted with 23AWG 100% pure copper, the male-to-female extender ensures superior signal integrity and high-speed data transmission of up to 2000Mbps. The full-metal shielding minimizes interference, ensuring stable and high-quality connections at all times.
RVers Special Tip: For installations requiring an Ethernet cable coupler or extender, choose Cat6A or better cables with 23AWG or higher and high-quality RJ45 connectors for maximum stability. To ensure the most reliable performance, we recommend using regular Ethernet cables (23AWG or better) with a maximum length of 75ft, as third-party PoE injectors may cause unstable power delivery.