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ODI Extended Ethernet

ODI Extended Ethernet
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HYBRID PRODUCTS E2FL – Extended Ethernet Flying Leads ETHERNET FLYING LEAD Designed to extend the reach of Ethernet Transmission beyond 100 meters • Wet Mate Electrical Ethernet • Fully Qualified • Ethernet Jumpers extending beyond 100 meters • Long Step-out (up to 300 meters) Whether on land on in networks subsea, One repeater is used in-line for jumpers up traditional Ethernet transmission distances to 200 Meters, and two repeaters are used are limited to 100 meters in length due to in-line for jumpers up to 300 Meters in length. signal degradation. This length limitation is clearly defined in the IEEE 802.3 Ethernet specification. • Very Long Step-Out (VLSO) Extended Ethernet Flying Leads enable high integrity Ethernet transmission to distances up to Due to vast geographies and complex field 10 kilometers in length. This series utilizes transmission requirements may reach beyond integrated within the 12-way Electrical Wet Mate connectors. The PBOF hose Extended Ethernet Flying Leads (E2FL) enable Ethernet transmission beyond the limits of the standard ≤ 100 meters Ethernet assemblies. RELATED PRODUCTS • Ethernet Flying Leads • Ethernet Penetrators The E FL series features Long Step-Out (LSO) 2 and Very Long Step-Out (VLSO) Flying Leads. • Long Step-Out (LSO) Extended Ethernet Flying Leads enable high integrity Ethernet • Rolling Seal Optical transmission at distances between 100 marinized Ethernet Repeater system in a 1 meters and 300 meters by utilizing a ATM enclosure. The repeater regenerates • Hybrid FACT Termination the signal via a powered circuit board, allowing it to travel longer distances. www.teledynemis.com teledynemis@teledyne.com assemblies are configured with Ethernet data cable plus up to 4 power lines, allowing power to the E/O converters from either direction. All E2FL jumpers are suited for connectivity on subsea control modules, data transmission systems, umbilical terminations, electrical junction boxes and other subsea structures. Including E2FL into the layout designs allows the use of existing and qualified electrical subsea control systems and SEMs without the need for designing and qualifying new optical control systems and maint

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