All Dielectric Self Supporting (ADSS) cable is designed for installation on poles with maximum span of 100 meters. It can be supplied with loose and ribbon fiber or both. The aramide yarn strength member and the radial shape of the slotted core profile provide an effective protection against tension and radial forces applied by the cable fittings. Being completely dielectric, the cable can be installed parallel with power lines.   Duct Cable is designed to be pulled into ducts in service ducts of an optical cable communication network. Its non-metallic characteristic enables it to be installed in an environment where there is electrical interference, for example alongside power lines. The slotted core cable design is available in loose fiber cable (up to 24 loose fibers), four fiber ribbon cable (4 to 96 fibers) and eight fiber ribbon cable (104 to 192 fibers). The design is lightweight and flexible and able to withstand normal installation forces of strain, crush, bend and twist.   Direct Burial Cable is designed to be placed directly under the ground either by trenching or ploughing. The metallic cable is armored with corrugated steel tape that provides good protection against rodents and allows the cable to retain outstanding flexibility for easy installation. The slotted core cable design is available in loose fiber cable (up to 24 loose fibers), four fiber ribbon cable (4 to 96 fibers) and eight fiber ribbon cable (104 to 192 fibers).   For effective anti-rodent, a layer of corrugated steel tape is formed in between two polyethylene jackets. For non-metallic cables, additional nylon jacket can be extruded over the outer polyethylene jacket to provide additional protection. The slotted core cable design is available in loose fiber cable (up to 24 loose fibers), four fiber ribbon cable (4 to 96 fibers) and eight fiber ribbon cable (104 to 192 fibers).   Both designs are flexible, non-gel filled cable for use in telecommunication stations for interconnection between the optical line system and the fiber distribution frame. It is also suitable for data networks. The sheath is made of PVC that has good tensile strength and tear resistance. The cable can be terminated with a wide variety of connectors. Simplex design is supplied with one tight buffered fiber (in single-mode and/or multi-mode) whereas Duplex Design is supplied with two tight buffered fibers, single-mode or multi-mode.   This design is flexible, non-gel filled and lightweight for indoor use and is well suited for local area networks (LAN). It is also ideal for use where space is limited. It is completely non-metallic and the outer sheath is made of PVC, supplied with 0.9mm tight-buffered fiber (in single-mode and/or multi-mode). The cable can be terminated with a wide range of connectors.   This design is flexible, flame-retardant, non-gel filled cable used in telecommunication stations for interconnection between the optical line system and the fiber distribution frame. It is also suitable for data networks. The sheaths are made of flame-retardant PVC that has a very good tensile strength and tear resistance. It can be supplied with up to 24 tight buffered fibers (in a single mode and/or multi-mode). This cable can be terminated with a wide variety of connectors.