ARRANEXPRECISION MULTI-FIBER CONNECTIVITY
APPLICATION ARCHITECTURE
Co-design the optical path from engine and card edge to the chassis port, controlling bend routing, airflow, port mapping and assembly tolerances.
Define the assembly around board space, optical mapping and assembly sequence. Review optical interfaces and mechanical integration together.
Use approved drawings, mating samples, test methods and batch data to define acceptance.
RECOMMENDED ASSEMBLIES
Custom multi-fiber assemblies for dense internal or card-edge equipment links. Interface licensing, mating hardware, end-face design and mechanical installation conditions are verified at project start.
View productCustom optical routing between on-board parallel-optic devices and external or card-edge interfaces. Ribbon orientation, bend management, mating method and available equipment space are key design inputs.
View productCustom assemblies that reorganize fiber channels between multi-fiber interfaces or equipment port maps for dense optical routing inside chassis, backplanes and switching systems.
View productRFQ / ENGINEERING REVIEW
Interfaces, fiber count, application, environment, quantity or a drawing are enough to start.