Pollo 8 Port GigaBit PoE Network Switch - 8 PoE Ports - 2 Uplink RJ45 Ports

Introducing the Pollo PLN1108-MGB 10/100Mbps Unmanaged PoE Switch – a powerful networking solution designed to meet the demands of high-density PoE power supply and efficient network performance. With its exceptional features and reliable operation, this switch is the perfect choice for hotels, campuses, factory quarters, and small to medium-sized enterprises seeking an economical and efficient network solution. Equipped with 8 * 10/100M PoE ports and 2 * 10/100/1000M uplink RJ45 ports, the PLN1108-MGB offers flexible networking options to meet various scenarios. It supports IEEE802.3af/at standard PoE power supply, allowing each PoE port to deliver up to 30W of power, with a maximum output of 120W. This makes it ideal for powering devices such as wireless APs, webcams, VoIP phones, and video access control intercoms, providing a high-density PoE power supply via the network cable.With its intelligent PoE power supply system, the PLN1108-MGB automatically detects and recognizes compatible devices, ensuring seamless power supply through the network cable. Its priority system for PoE ports enables the allocation of power to high-priority ports first when the power budget is insufficient, preventing overwork of the device and ensuring smooth operation. In addition to its exceptional power supply capabilities, the PLN1108-MGB boasts innovative functions to enhance network performance. The long-distance file feature allows for transmission distances of up to 250 meters by reducing the speed of ports 1-8 to 10Mbps. This breakthrough enables the utilization of existing twisted pair cables, overcoming transmission limitations and solving issues caused by line aging.The PLN1108-MGB prioritizes stability, reliability, and ease of use. It is CCC, CE, FCC, and RoHS certified, guaranteeing compliance with industry standards. With its plug-and-play functionality, the switch requires no configuration, making installation simple and convenient. The low power consumption.