864 Fiber Multi-Tube Ribbon Fiber Optic Cable, 108F Ribbon, GFRP Strength Member, Outdoor Backbone Cable

• Ultra-high-density 864 fiber design for large-capacity optical backbone networks
• Eight SZ-stranded loose tubes with 108-fiber ribbon stacks for optimized fiber management
• Supports mass fusion splicing to reduce installation labor and deployment time
• Compact cable structure maximizes duct space utilization
• GFRP central strength member provides high tensile strength with non-metallic construction
• Water-blocking jelly and water-swellable yarns prevent moisture penetration
• HDPE outer jacket provides excellent UV resistance and outdoor durability
• G.657.A1 compatible bend-insensitive fiber options available for enhanced installation flexibility
• Suitable for aerial, duct, and direct burial applications
• Designed for long-term stability in harsh outdoor environments

• Long-haul optical communication networks
• Metropolitan area network (MAN) backbone systems
• Telecom operator backbone infrastructure
• Large-scale FTTx deployment projects
• Data center interconnection networks
• Campus and enterprise backbone cabling
• High-density underground duct installations
• Outdoor optical distribution networks requiring maximum fiber capacity

Customized solutions are available for the 864 Fiber Multi-Tube Ribbon Fiber Optic Cable to meet different network deployment requirements. Customers can specify fiber types, cable structure, tube configuration, jacket materials, printing requirements, and packaging options according to project needs.

Additional customization services include different fiber counts, alternative strength member designs, enhanced mechanical protection, special environmental requirements, and customized cable lengths. OEM production is available for telecom operators, system integrators, and large-scale infrastructure projects.

Bulk Fiber Cable Customization Options

Why does this cable use multi-tube ribbon construction instead of a traditional ribbon design?

Multi-tube ribbon construction separates ultra-high fiber counts into multiple ribbon units, improving cable organization, handling, and installation efficiency. Compared with a single large ribbon bundle, this design provides better mechanical stability while maintaining the advantages of mass fusion splicing.

How does an 864 fiber ribbon cable improve installation efficiency?

The ribbon configuration allows multiple fibers to be spliced simultaneously using ribbon fusion splicing equipment. For large backbone projects involving hundreds of fibers, this significantly reduces splicing time compared with individual fiber-by-fiber fusion methods.

What are the advantages of using a GFRP central strength member?

GFRP (Glass Fiber Reinforced Plastic) provides high tensile strength while remaining lightweight and completely non-metallic. It prevents electrical conductivity issues and makes the cable suitable for environments where metallic components are undesirable.

Can this cable be used for direct burial installations?

Yes. The cable includes water-blocking materials and a durable HDPE outer jacket designed to withstand outdoor environmental conditions. For applications requiring additional mechanical protection, customized armored versions can also be considered.

What fiber count options are available besides 864 fibers?

The ribbon cable platform can be customized with different fiber counts and ribbon configurations, depending on project requirements. Common options include lower or higher fiber counts for different backbone network capacities and installation constraints.