GYTC8S Figure 8 Self-supporting Armored Outdoor Optical Fiber Cable

• Figure-8 self-supporting design for aerial suspension without additional messenger cables

• Loose tube construction with 2–144 fibers, including optional PP fillers

• Steel tape armor and PE sheath for crush, rodent, and environmental protection

• Stranded steel wires provide tensile support for suspension

• Lightweight, flexible, and easy to install

• Suitable for high-capacity, long-distance outdoor distribution and telecom networks

• Resistant to mechanical stress, UV exposure, and environmental factors

• Aerial optical distribution networks for urban, suburban, and rural areas

• Outdoor LAN, telecom, and backbone network deployments

• Pole or tower-mounted installations requiring self-supporting cables

• Long-distance feeder or trunk lines in outdoor environments

• High-capacity fiber transmission for enterprise, CATV, and utility networks

• Outdoor networks exposed to mechanical stress, wind, and temperature variations

• Simplified installation and maintenance for aerial fiber applications

• Fiber count, type, and cable length customizable to project specifications

• Optional jacket materials, colors, and labeling for compliance or identification

• OEM branding and packaging solutions

• ODM support for specialized aerial cable designs or reinforced mechanical performance

• Engineering consultation for optimal aerial deployment and network planning

Bulk Fiber Cable Customization Options

Ordering & Service Information
Standard GYTC8S self-supporting armored cables are available in common fiber counts and lengths. Custom designs, including fiber type, armor layers, jacket material, and OEM branding, can be produced with lead times of 3–6 weeks. All cables undergo rigorous optical, mechanical, and environmental testing.

Q&A

Q1: What is the advantage of the figure-8 self-supporting design?
It allows aerial deployment without additional messenger cables, reducing installation complexity and cost.

Q2: How does the cable maintain fiber integrity under stress?
Loose tube construction with jelly filling and optional PP fillers keeps fibers stress-free, ensuring stable optical transmission.

Q3: Can this cable be used for long-distance networks?
Yes. Its armored, crush-resistant construction and tensile support make it suitable for long-distance outdoor distribution.

Q4: How does the cable resist environmental factors?
Steel tape armor, PE sheath, and stranded steel wires provide UV, mechanical, and environmental protection.

Q5: Are custom or OEM options available?
Yes. Fiber count, length, jacket material, armor layers, and labeling can all be tailored to project needs.

Q6: What fiber counts are supported?
This cable supports 2–144 fiber cores for flexible deployment in various outdoor applications.