The LMC series introduces the media converter housed in a robust metal box. It provides Expanded Beam connectors for your fiber optic cable and copper pairs ports for 100 Base-TX or 10/100 Base-TX cable connection in harsh invironmental conditions. The LMC rugged design extends the use of Ethernet in military, aerospace, petrochemical and harsh industrial applications. It meets the demands for mobility, easy installation and the mechanical resistance necessary for tactical deployment in the field. The LMC converters give you the freedom to extend your 10/100 Mbps cabling distance by allowing connectivity up to 2 kilometers. Utilizing just one singlemode optical cable, the cabling distance of your 10/100 Base–TX network may be extended up to 120 kilometers. LED indicators show the power status of the converter, LAN port and fiber activity.

The compact media converter performs all the functions necessary to accept 10 Base-T or 100 Base-TX signals. It converts digital Ethernet Interfaces, containing optical transceiver technology and Ethernet physical layer circuits into the industry standard by utilizing expanded beam technology for harsh environments. The RJ-45 at the electrical interface allows the LMC-N to be directly connected to the LAN equipment of the end user. Space saving is achieved through the elimination of the passive
optical solution and installation time is minimised through the use of expanded beam optical components.

The interconnection networks, based on fiber optic components, are designed to connect the nodes of tactical
networks with the help of optical fiber cables. The Expanded Beam technology used preserves all advantages of signal transmissions through optical lines in harsh environmental field conditions.

The interconnection networks, based on fiber optic components, are designed to connect the nodes of tactical
networks with the help of optical fiber cables. The Expanded Beam technology used preserves all advantages of signal transmissions through optical lines in harsh environmental field conditions.