About the B+B SmartWorx IMC-450 IMC-450-MM-US
The IMC-450 and 470 series are standalone media converters with an optional internal power security device that makes the connection between copper and fiber cables. They can be installed anywhere a network connection is required. In addition, these media converters feature automatic link restoration. They increase the scalability of a network by providing rate conversion, distance extension, and multiple types of fixed fiber connectors or open slots for small form-factor pluggable (SFP) connections.
The IMC-450 and 470 support troubleshooting features such as Link Loss and Fiber Alert which can be enabled/disabled by DIP switches. The diagnostic features allow the network administrator to quickly identify network faults. The IMC-470 series provides two 10/100/1000Mbps copper UTP ports and one fiber port. They are available in an SFP form factor, as well as for fixed-fiber in single-mode and multi-mode. Link Fault Pass Through (LFPT) functionality allows network operators to determine a fault condition on the interface.The IMC-450 and 470 series are standalone media converters with an optional internal power security device that makes the connection between copper and fiber cables. They can be installed anywhere a network connection is required. In addition, these media converters feature automatic link restoration. They increase the scalability of a network by providing rate conversion, distance extension, and multiple types of fixed fiber connectors or open slots for small form-factor pluggable (SFP) connections.
The IMC-450 and 470 support troubleshooting features such as Link Loss and Fiber Alert which can be enabled/disabled by DIP switches. The diagnostic features allow the network administrator to quickly identify network faults. The IMC-470 series provides two 10/100/1000Mbps copper UTP ports and one fiber port. They are available in an SFP form factor, as well as for fixed-fiber in single-mode and multi-mode. Link Fault Pass Through (LFPT) functionality allows network operators to determine a fault condition on the interface.