IP MPO trunk cables with robust flexible cable and multi-fiber connector provide ideal solution for cross-connection patching for FTTA, broadcast networks or other harsh environment applications.
We can offer you SM (OS2) and MM (OM3 and OM4) trunks as well as bend insensitive single mode patch cords with fiber G657.A. Round 7.0mm (12 fibres) or 7.5mm (24 fibres) resistant cable optimise for outdoor applications or underground lying, with very high pulling force element.
The IP connectors are fully IP68 rated for water immersion and dust protection.
The MDC duplex patch cord is normaly used for cross-connection between patch panels or distribution boxes with products which contains optical fibers. The perfect feature of the MDC connectors is an easy polarity change, push-pull boot advantage and the small-form-factor connector design. New SFP-DD transceivers can be directly connected by these patch cords.
We can offer you SM (OS2) and MM (OM3, OM4, OM5) patch cords as well as bend-insensitive single-mode patch cords with fibre G657.A. Hybrid versions combined with all standard single-fibre connectors are available as well.
The version of our MTP to LC 900um fanout allows you to split the parallel 12-fiber link into individual 900um connections. The round cable, combined with the compact and robust design of the Duralino fanout, allows rapid deployment of high density patching in SAN and LAN DataCenter environments, where additional cable protection is necessary.
A polarization-maintaining jumper, also known as a PM jumper, is a type of optical fiber jumper that is designed to maintain the polarization state of light as it travels through the fiber. It is commonly used in applications where the preservation of polarization is critical, such as in fiber optic communication systems, interferometers, and laser systems.
The PM jumper is typically available in various lengths and connector types to suit different applications. It is important to choose the correct length and connector type to ensure proper polarization alignment and compatibility with the system.
PRIZM® LightTurn® is designed as a miniature detachable connector for high-speed, board-mounted Avago MicroPOD and MiniPOD modules, or for direct mounting on PCB using a mechanical-optical interface (MOI). The PRIZM® LT assembly with LC connectors on the second end is typically used during the design phase and testing of optical parameters.
PRIZM® LightTurn® is designed as a miniature detachable connector for high-speed, board-mounted Avago MicroPOD and MiniPOD modules, or for direct mounting on PCB using a mechanical-optical interface (MOI). In combination with standard MTP connectors, it is suitable for a wide range of applications such as use in transceivers, parallel optics and supercomputing.
PRIZM® LightTurn® is designed as a miniature detachable connector for high-speed, board-mounted Avago MicroPOD and MiniPOD modules, or for direct mounting on PCB using a mechanical-optical interface (MOI). In combination with standard MTP connectors, it is suitable for a wide range of applications such as use in transceivers, parallel optics and supercomputing.
The SN duplex patch cord is normaly used for cross-connection between patch panels or distribution boxes with products which contains optical fibers. The perfect feature of the SN connectors is an easy polarity change, push-pull boot advantage and the small-form-factor connector design. New SFP-DD transceivers can be directly connected by these patch cords.
We can offer you SM (OS2) and MM (OM3, OM4, OM5) patch cords as well as bend-insensitive single-mode patch cords with fibre G657.A. Hybrid versions combined with all standard single-fibre connectors are available as well.
The fanout solution is designed for the testing of individual channels of MXC assemblies in the design stage. Fibres from the bare ribbon structure are separated into individual fibres, protected by 2.0mm tubings and terminated by LC connectors with high-precision zirconia ferrules.
Individual channels terminated by LC connectors are identified by marking sleeves for easy identification of each channel.