ARRANEXPRECISION MULTI-FIBER CONNECTIVITY
APPLICATION ARCHITECTURE
Plan the multi-fiber backbone from port maps, transceiver interfaces and polarity method rather than selecting cabling by data rate alone.
Map equipment ports, cabinet positions and the upgrade path. Coordinate trunks and breakouts, with clear port identification for service.
Use approved drawings, mating samples, test methods and batch data to define acceptance.
RECOMMENDED ASSEMBLIES
Factory-terminated multi-fiber trunks for repeatable, rapid links between high-density cabinets, distribution zones and equipment ports. Fiber count, polarity, fiber type, jacket and length are configured to the project.
View productSingle-row 16-fiber and dual-row 32-fiber assemblies for parallel optics and high port density. The configuration defines interface orientation, fiber grade, polarity and equipment mapping without assuming an unverified system data rate.
View productModular assemblies that convert multi-fiber trunks into serviceable front-panel ports. Front interfaces, port count, polarity method and enclosure footprint are engineered as one system.
View productRFQ / ENGINEERING REVIEW
Interfaces, fiber count, application, environment, quantity or a drawing are enough to start.