Military field optical cable assemblies are communication cable assemblies specifically designed for temporary rapid cabling and repeated deployment/retrieval by the military in outdoor and complex en…

This outdoor optical cable assembly for special scenarios uses single-core/dual-core distribution optical cables, which hold coal mine safety certification. It can be equipped with SC waterproof conne…

The wireless communication small base station optoelectronic composite cable assembly is composed of indoor flat optoelectronic composite cables, indoor round optoelectronic composite cables, butterfl…

The outdoor wireless base station waterproof assembly uses cables such as wireless RF remote unit cables and outdoor central tube optical cables. A splitter structure is added at both ends, and connec…

Data center structured cabling copper assemblies mainly use multi-strand twisted copper cables (Cat 5e, Cat 6, Cat 6A, Cat 7, etc.) to make copper patch cords with RJ45 connectors at both ends, as wel…

Data center structured cabling optical assemblies use micro cables with different core counts, with MPO/MTP connectors made at both ends; or one end with an MPO/MTP connector and the other end with LC…

FTTH cable assemblies mainly use indoor butterfly drop cables, indoor tandem butterfly drop cables, indoor/outdoor self-supporting butterfly drop cables, and indoor/outdoor tandem butterfly drop cable…

FTTR cable assemblies are mainly made by attaching SC or XC connectors to one or both ends of fusion-spliced cables or gecko crimped cables. They are divided into snap-in type and glue-pouring type ac…

The indoor & outdoor drop cable assembly uses central tube cables or butterfly cables, with waterproof connectors (such as SC, LC, MPO) made at both ends. It is divided into crimp-type and glue-po…

Optical patch cords/pigtails for communication equipment rooms mainly use indoor single-core optical cables, dual-core optical cables, bundled optical cables, non-bundled optical cables, ribbon optica…

1~32 cores mini- cable takes the discrete fiber as the basic unit, high modulus aramid yarn as the strength member, and polyvinyl chloride (PVC) or low smoke zero halogen flame-retardant polyolefin (L…

The optical unit of the photoelectric hybrid cable for wireless communication small base stations is a FTTH drop cable, the DC power supply unit is a copper conductor, the outside is a tape and fillin…

Remote Radio Unit(RRU) Optical Fiber Cable takes the 2.0 simplex cable as the basic unit stranded with the filling cord, and the jacket is made of low smoke zero halogen flame-retardant polyolefin (LS…

With fiber ribbon as the basic unit, high modulus aramid yarn as the strength member, and the jacket layer is made of polyvinyl chloride (PVC) or low smoke zero halogen flame-retardant polyolefin (LSZ…

Micromodule optical fiber cable is made of multiple fibers with thin sheath, and has high density, small diameter and can be easily stripped by hands, normally, it has 1 to 24 cores. High modulus aram…

Optical Fiber Break Out Cable takes the simplex optical cable as the basic unit, nonmetal as the strength member around which the sub cable is stranded, and the jacket is made of polyvinyl chloride (P…

Indoor distribution optical fiber cable takes multiple tight-buffered fibers as the basic unit, high modulus aramid yarn as the strength member, and the jacket is made of polyvinyl chloride (PVC) or l…

Micromodule is made of multiple fibers with thin sheath, and has high density, small diameter and can be easily stripped by hands, normally, it has 1 to 24 cores. Micromodule integrated optical cable …

Indoor FTTH drop cable is made by putting the fiber in the center, and two parallel strength members at two sides, and the jacket is made of low smoke zero halogen flame-retardant polyolefin (LSZH). …

With two tight-buffered fibers as the basic unit, high modulus aramid yarn as the strength member, and the jacket is made of polyvinyl chloride (PVC) or low smoke zero halogen flame- retardant polyole…

With a single tight-buffered fiber as the basic unit, high modulus aramid yarn as the strength member, and the jacket is made of polyvinyl chloride (PVC) or low smoke zero halogen flame-retardant poly…

Installation： Underwater, direct- burial, climbing.Structural features： Non- metallic (FRP)/ Metallic (phosphate steel wire) central strength member, double plastic-coated aluminum tape- PE laminate…

Installation： Self-supporting aerial.Structural features： Figure- 8 cross-sections, stranded steel wires messenger, double plastic-coated corrugated steel tape- PE bonded outer sheath. Details Spe…

Characteristics• All-dielectric self-supporting overhead installation.• Protect the optical fiber cable from rodents by the solidness of FRP armor and the sharpness of fiberglass of it after being b…

Structuralfeatures： Non- metallic (FRP)/ Metallic (phosphate steel wire) central strength member, double plastic-coated corrugated steel tape- PE laminated outer sheath.Performancecharacteristics： s…

nstallation： Direct- burial.Structural features： Non- metallic (FRP)/ Metallic (phosphate steel wire) central strength member, double plastic-coated aluminum tape- PE laminated inner sheath, double …

Structuralfeatures： Non- metallic (FRP)/ Metallic (phosphate steel wire) central strength member, double plastic-coated corrugated steel tape- PE laminated outer sheath.Performancecharacteristics： s…

Ribbon cable fiber optic Characteristics• Smaller overall diameter and lighter weight with a high density of optical fibers compared with the other types of cable with the same fiber counts. Or highe…

nstallation： Aerial, duct, weak electrical areas.Structural features： Non- metallic strength members, maybe reinforced with peripheral strength members like glass yarns or aramid yarns, flame-retard…

Installation： Aerial.Structural features： The optical fibers are protected by a central loose tube and gathered in the center of optical fiber cable ， strength members are distributed on two sides …