FX16M2-51S-0.5SH(30)

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Pluggable Connectors offer a wide variety of connectivity options for virtually any application. The FX16M2-51S-0.5SH(30) is a pluggable connector solution designed to make connecting electrical devices easier. This device is often used in industrial applications where a secure, high-reliability connection is desired.

This pluggable connector is an Ethernet and Power over Ethernet (PoE) interface with sixteen shielded RJ45 ports. It has two USB for power, two signal ports, one LAN port, and two PoE ports. The FX16M2-51S-0.5SH(30) also features an integrated PoE switch with up to four PoE ports and six RJ45 ports.

The FX16M2-51S-0.5SH(30) is designed for use in harsh environments and can withstand temperatures of -40°C to 80°C. The connector is UL and CE listed, and its high-frequency characteristics make it suitable for data transmissions up to 500 Mbps. Additionally, the connector\'s housing is constructed from magnesium in order to protect it from dust, dirt, and water.

In addition to connecting broadband devices, the FX16M2-51S-0.5SH(30) is often used in managed industrial Ethernet networks. These networks require high reliability, low-latency, and scalable connections, making the FX16M2-51S-0.5SH(30) is an ideal solution. This pluggable connector provides the necessary flexibility to accommodate different types of industrial Ethernet network installations.

The key feature of the FX16M2-51S-0.5SH(30) is its unique design. It is a robust, multi-port connector with low insertion loss, high isolation, and low intermodulation distortion. The connector can be used for many applications, including 4G/LTE networks, optical fiber networks, and Ethernet applications. The connector is also designed to meet the physical requirements of any installation.

The FX16M2-51S-0.5SH(30) is an easy-to-install pluggable connector that provides a reliable, secure connection for a wide variety of applications. Its robust design and high-reliability make it an ideal solution for industrial Ethernet networks in harsh environments. Additionally, its low insertion loss, high isolation, and low intermodulation distortion characteristics make it a suitable solution for 4G/LTE networks, optical fiber networks, and Ethernet applications.

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