Ethernet Switch,2 Port Internet and Extranet Bi-Directional Network Switch,2.5/5 Gigabit Ethernet Switch Splitter, 1 to 2,Plug and Play,Support Two Devices Working Simultaneously,Adapter for Cat5/5e/6/7/8 Cable

• Bidirectional Gigabit Network Switch: This Ethernet switch is a multifunctional bidirectional network switch that allows you to seamlessly transition between internal and external networks. It supports two modes: ① Switching input sources: connecting two networks as inputs and connecting a PC or device as output, making it easy to switch between the two networks. ② Switching PCs: Connect one network as input and two PCs as output, and freely switch between the two PCs. • 2.5G/5G high-speed transmission: This gigabit switch has two ports with speeds of up to 5Gbps, ensuring peak performance for your 1000Mbps devices and bandwidth. It can achieve fast data transmission and uninterrupted online activities, making it very suitable for streaming video, playing online games, or processing large files. Say goodbye to lag and buffering! • Plug and play: Network switches 1 to 2 have a convenient one click switching mechanism, allowing you to easily switch between different networks. Simply plug in the Ethernet cable to connect to both the internal and external networks without causing any interruptions. (Note: 1. In the Ethernet splitter mode, two devices cannot be connected to the Internet at the same time; 2. When using, the switch must be connected to the power supply.) • Wide compatibility: This LAN splitter can easily handle both Cat 5, 5e, 6, 7, and 8 Ethernet cables. It has extensive compatibility with various Ethernet devices, ensuring a smooth network experience. Use it together with hubs, switches, televisions, set-top boxes, routers, wireless devices, computers, cameras, etc. • Reliable and efficient: The design of this Ethernet switch emphasizes reliability and efficiency, ensuring stable and secure network connections. It is made of high-quality materials, with durability and stability, and good heat dissipation effect.