Patch Cords and Jumpers are used to provide optical connection for fiber optic electronics. The use of the patch cord provides a quick and easy method for routing fiber patches in data centers, head-ends, cellular hubs and central offices. The patch cord can be used in an interconnect or cross-connect path connecting the incoming fibers to the electronic equipment and providing patching within the fiber paths. Patch Cords and Jumpers include simplex, duplex and quadplex (quad) assemblies. Larger fiber counts are available in multifiber type assemblies as connectorized cables and multifiber connector assemblies.
Patch Cords and Jumpers are used to provide optical connection for fiber optic electronics. The use of the patch cord provides a quick and easy method for routing fiber patches in data centers, head-ends, cellular hubs and central offices. The patch cord can be used in an interconnect or cross-connect path connecting the incoming fibers to the electronic equipment and providing patching within the fiber paths. Patch Cords and Jumpers include simplex, duplex and quadplex (quad) assemblies. Larger fiber counts are available in multifiber type assemblies as connectorized cables and multifiber connector assemblies.
Patch Cords and Jumpers are used to provide optical connection for fiber optic electronics. The use of the patch cord provides a quick and easy method for routing fiber patches in data centers, head-ends, cellular hubs and central offices. The patch cord can be used in an interconnect or cross-connect path connecting the incoming fibers to the electronic equipment and providing patching within the fiber paths. Patch Cords and Jumpers include simplex, duplex and quadplex (quad) assemblies. Larger fiber counts are available in multifiber type assemblies as connectorized cables and multifiber connector assemblies.
Lightera offers LC simplex and duplex jumpers, pigtails, and hybrid assemblies. The LC Unibody® Connector used on LC patch cords features a trigger mechanism that allows the connector to be easily engaged and disengaged. The trigger also prevents the plug from snagging when patch cords or jumpers are routed. There are a number of boot options with the LC connector for tight bends and limited mounting space with either a 90 degree clip or short boot and 40 degree boot options. LC patch cords and jumpers are available with 900 μm tight-buffered optical fiber or 1.6, 2.0, 3.0 and 4.8 mm diameter cordage. The 1.2, 1.6 mm cordage is the smallest in the industry and provides greater jumper density in a fully loaded rack and helps prevent congestion in overhead racks.
The push-pull mating of the SC connector configuration allows the connector to be easily engaged and disengaged. The connector is easily configured into a duplex connector by the use of the 2A1 clip either from the factory with multimode connections or in the field. The SC connector also offers various boot options including the short boot for use in limited spaces. SC patch cords and jumpers are available with 900 μm tight-buffered optical fiber or 1.2, 1.6, 2.0, 3.0 and 4.8 mm diameter cordage.
FC connectors have long been used for specific electronic equipment applications. The connector utilizes a twist on cap that is engaged by the key. The assemblies are available with 900 μm tight-buffered optical fiber or 1.6, 2.0 and 3.0 mm diameter cordage.
ST connectors have long been used for data and Department of Transportation (DOT) applications. The connector utilizes a ramped bayonet with a “twist-lock”. The assemblies are available with 900 µm, 1.6 mm, 2.0 mm and 3.0 mm diameter cordage.
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