Abstract

Cables with 200 or more fibers are becoming common as optic fiber technology migrates into subscriber networks. As illustrated in Fig. 1 these networks can have a complex tapered topology with numerous branch points requiring individual and mass splicing.¹ Small size, light weight, flexibility, versatility, and robustness remain paramount design features that determine ease of cable placement and handling. Rapid and simple access to fibers for individual or mass splicing is key to low cost installation, network reconfiguration, and maintenance. This paper describes the design and performance of a new optical fiber ribbon core cable with the highest packing density available: 204 fibers in a single 0.6-in. sheath. The design is tailored to the special needs of subscriber networks.

© 1990 Optical Society of America