STLOPT DS 2022 09 ODC2 ENG
Optotec has a wide range of closures matching every need in telecommunication networks.
Optotec has a wide range of closures matching every need in telecommunication networks.
The Optotec micrODC is a compact and versatile splice closure designed for FTTH networks. It provides IP68 environmental protection, IK10 impact protection, and is ≤ 2 litres in volume
MAX is an environmentally sealed single-ended “dome-type” closure for fiber management systems that provides the functions of splicing and passive component integration in plants outside
The Opto-Bolt, a pre-connectorized drop cable is a factory terminated single fibre drop cable, designed to significantly reduce cable installation time, hence the total cost required to connect a subscriber.
STL OH-Lite 250 Single Mode Optical Fibre is a low water peak fibre where attenuation at 1380-1390 nm is less than attenuation at 1310 nm.
STL Stellar 250 Fibre is the first to offer ITU-T G.657.A2 bend performance with a 9.1 micron standard mode field diameter, ensuring complete compatibility with existing networks.
STL Stellar 200 Fibre is the first to offer ITU-T G.657.A2 bend performance with a 9.1-micron standard mode field diameter, ensuring complete compatibility with existing networks.
STL HD A2 250 fibre is an ultra-low bend loss ITU-T G.657.A2 compliant fibre with a 250-micron diameter. The induced loss of this fibre at the tightest bends is a factor of two lower than the ITU-T G.657.A2 standard providing installation and operational efficiencies in high density (HD) networks.
STL HD A2 200 fibre is an ultra-low bend loss ITU-T G.657.A2 compliant fibre with a 200-micron diameter. This fibre
enables very high density (HD) cables with small diameters which allow service providers to maximize the number of fibres that can be installed in existing ducts or to minimize the size or even the need for new ducting and related infrastructure.
STL Nova 250 Optical Fibre was one of the first to offer ITU-T G.657.A1 bend performance with a 9.1 micron standard mode field diameter, ensuring complete compatibility with existing networks.
