Коммутатор TP-Link TL-SG108

application8-port desktop TP-LINK TL-SG108 allows you to easily increase Ethernet throughput to gigabit. You can increase the speed of connection to servers and other important network connections. The TL-SG108 switch is an energy-saving device. Thanks to innovative technologies, the device can save up to 72% of energy, making it an ecological solution for both home and office networks.Gigabit switch8 ports 10 / 100 / 1000 Mbps The TL-SG108 switch increases network throughput, allowing fast transfer of large files. Now users in home, office, workgroup or production environments can upload larger files that require high transmission bandwidth. Here you can quickly exchange graphics files, CGI, CAD or multimedia files over the network.Efficient energy consumption Ethernet networkWhen building a gigabit Ethernet network, you can now choose an environmentally friendly solution! The TL-SG108 switch uses high-capacity network technology, saving a lot of energy. The device automatically determines the required power consumption, taking into account the connection status and cable length, reducing power consumption.Power off unused portsTraditional network switches consume a lot of power for ports, even if the connected devices are turned off. The TL-SG108 switch automatically detects the connection status of each port, reducing the power consumption of inactive ports.Power consumption depending on cable lengthTheoretically, using shorter cables should reduce power consumption due to lower power loss along their length. most devices, but use the same power regardless of cable length. The TL-SG108 switch analyzes the length of the cables connected to it and adjusts the power consumption of the ports accordingly.Easier to useAuto-switching features make the device seamless and require no configuration. Thanks to MDI/MDIX, no cable is needed. The auto-negotiation function allows you to automatically detect the speed of devices connected to each port (10, 100 or 1000 Mb/s), thus ensuring optimal transmission performance.