Hybrid Splice Closures
Broadband FTTC networks often utilize copper Twisted Pairs (TWP) to power Optical Network Units (ONUs) and optical fiber cables for communication with ONUs. Hence, cable networks supporting ONUs may utilize individual copper and fiber cables or incorporate composite cable designs where both types of media are combined in a Cable inside a single splice closure, eliminating the need for separate fiber optic and copper closures near individual or multiple ONU locations.
Hybrid closures also facilitate the efficient deployment of composite drop cables like Corning Cable Systemsle Systems' DualCom cable design. Composite cable designs are often smaller in diameter and faster to install than separate fiber optic and copper cables-important cost considerations for deployment of broadband networks. Corning Cable Systemsle Systems' hybrid closure product line is available with both 6-in. and 8-in. diameter end caps to allow for efficient matching to broadband network conditions. Corning Cable Systemsle Systems' hybrid closures are designed to accommodate incoming fiber optic and copper feed cables along with composite drop cables for up to eight ONUs in a single end for all applications. Corning Cable Systemsle Systems' hybrid closure line includes a special storage system for excess buffer tube slack during splicing.
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