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What is the difference between indoor and outside cables

The difference between indoor cables and outside cables. Generally, outside cables are designed to resist water penetration by using a gell fill or dry water-blocking compounds and a polyethylene jacket.

 

The new dry cables are getting very popular, since they can be made as distribution types which are easier to terminate.

 

Many also have a PE jacket over a UL-rated PVC jacket so you can bring the cable into the building, strip off the outside jacket and run it anywhere in the building (not the 50 feet limit of PE.)

 

Indoor or premises cable must be rated for flame retardance for safety and to meet code.

Tight Buffered Fibre

Tight buffered fibre is manufactured by extruding a layer of buffer material (PVC, LSZH, ETFE, etc) on the  sruface of the fiber. Through the selection of high-quality material, dedicated equipments and precision moulds for production, the tight buffered fibre delivers excellent performance.

Simplex Cable(GJFJV)
The Simplex cable uses single 900μm or 600μm tight buffered fibre as optical transmission medium, covered with aramid yarn as Strength member, then extruded with a PVC sheath. Other sheath materials, like LSZH and TPU, are available on request.
Outdoor Single Mode Figure 8 Aerial Hybrid Cable
The self-supporting cable is completed with a PE sheath to be figure 8 structure; Strength Long/Short Term 3000/8000N; 300/1000N/100mm Crush Resistance Long/Short Term

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The small-size and light-weight fiber terminal boxes

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Advantages of Fiber PLC Splitters and FBT Splitters

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The plug and play PLC splitter modules

The plug and play PLC splitter modules . The PLC splitter module is mainly used in the Optical Distribution Network (ODN). The PLC splitter module is placed in the local convergence point (LCP) - the ODF cabinet or the fiber optical cross-connection cabinet. The PLC splitter module distributes the optical power of the main fiber into several-road to realize the multi-user access.     This PLC splitter module is mainly designed for the ODF cabinets or the fiber optical cross-connection cabinet based on the telecom standard. The panel of the splitter has one or two FC/SC flanges as the input end of the fiber; and has many FC/SC flanges as the output end of the fiber. These flanges
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