The compact design offers future scalability, with up to 432 fibers per 1U, while reducing cabling efforts by direct cassette placement.
Mass fusion splicing reduces splicing time, while the dry cable design eliminates the need for gel, speeding up cable processing. Optimized winding and placement options further improve cable management.
Fewer technicians are needed due to the ease of processing, which reduces maintenance costs and improves handling. The system integrates seamlessly with LISA and IANOS for optimized management.
Components:
OptiRibbon cables enable splicing times up to 60% faster compared to traditional fiber. These cables are designed for mass fusion splicing and feature superior stripping properties for fast, hassle-free processing. With pre-sorted fiber bundles and an optimized structure, OptiRibbon integrates with LISA and IANOS systems.
The LISA optical splitter is a high-density fiber management solution that has been on the market for over 20 years. Designed to maximize fiber efficiency, it can support up to 28,000 optical fibers, making it ideal for meeting rooms and high-capacity distribution areas. The latest MTP and VSFF splice cassette design improves installation times and increases modularity.
The IANOS connectivity system is a modular fiber optic management platform that offers scalability and efficiency. Designed for top-of-rack, backbone, and cross-connect applications, IANOS supports up to 18,000 fibers. The new fusion splicing module reduces installation time. Capable of handling 432 fibers per 1U, IANOS is a solution for modern, high-performance networks.
The RSB (Ribbon Splice Box) is a high-efficiency splice panel designed for optical distribution frames (ODFs) and 19-inch cabinets. It centralizes up to 1728 fibers in just 2U, making it the ideal solution for structured network infrastructures. It enables a seamless transition from outdoor to indoor fiber and simplifies mass fusion splicing with its intuitive drawer system, which can hold up to 288 ribbon splices per drawer.
