Choose outdoor fiber optic cables by installation route, cable structure, and project environment.
Choose outdoor fiber optic cable by installation route first: duct or conduit, direct burial, aerial self-supporting, or a route requiring a non-metallic construction. Then confirm fiber count, armor or messenger requirement, span or soil condition, sheath, drum length and the approved project specification. A model name alone does not confirm route suitability.
Select a cable group first, then open the matching model page for details and quotation.
GYTA, GYTS, GYXTW, GYFTA, GYDTA, GYDTS, GYDXTW, GYDTA53
GYTA53, GYTY53, GYXTW53, GYTS53, GYFTY53, GYDTA53, GYDTS53
GYC8S, GYTC8S, GYXTC8S, GYFXTC8Y, ADSS
GYFTY, GYFTZY, GYFXTY and ADSS, subject to final construction and route confirmation
Stranded loose tube outdoor cables for duct, conduit, or lashed aerial installation, including metallic and non-metallic strength member directions.
Stranded loose tube cable with APL moisture barrier and PE sheath. Fiber count is subject to final cable design.
View Details →Stranded loose tube with steel tape protection and PE sheath. Fiber count is subject to final cable design.
View Details →Outdoor stranded loose tube cable with non-metallic central strength member and APL moisture barrier, subject to project requirements.
View Details →Armored outdoor cables for underground routes where additional mechanical protection is required.
Stranded loose tube cable with APL moisture barrier, steel tape armor and PE sheath. Fiber count is subject to final cable design.
View Details →Stranded loose tube cable with steel tape armored PE sheath. Final structure depends on project specification.
View Details →Central loose tube cable with steel tape armored PE sheath. Final structure depends on project specification.
View Details →Stranded loose tube outdoor cable with 53 armored double-sheath structure, subject to project conditions.
View Details →Non-metallic stranded loose tube outdoor cable with 53 double-sheath armored structure, subject to project requirements.
View Details →Compact central tube designs for access networks and outdoor distribution, including single-tube and ribbon fiber directions.
Central loose tube with steel-polyethylene composite protection (PSP) and PE sheath. Fiber count is subject to final cable design.
View Details →Central loose tube cable with steel tape protection and PE sheath. Fiber count is subject to final cable design.
View Details →Central loose tube with non-armored PE sheath for lightweight outdoor/indoor transitions. Fiber count is subject to final cable design.
View Details →Central loose tube ribbon fiber outdoor cable for compact outdoor distribution and project-specific network routes.
View Details →Aerial cable options for pole routes, figure-8 support, and power-line environments.
Figure-8 self-supporting aerial cable with integrated steel messenger. Fiber count and span are subject to final cable design.
View Details →All-dielectric self-supporting cable for aerial routes and power-line environments.
View Details →Figure-8 self-supporting central loose tube aerial fiber optic cable for pole-route outdoor installation.
View Details →Figure-8 self-supporting outdoor fiber optic cable for pole-route installation, subject to confirmed cable design and project requirements.
View Details →For route planning and cable selection, read our outdoor fiber optic cable selection guide for ISP networks and indoor versus outdoor fiber optic cable guide.
Outdoor cables with non-metallic strength-member designs, plus ADSS where an all-dielectric self-supporting structure is specifically required.
Non-metallic loose tube with PE sheath for routes requiring a non-metallic strength-member design. Fiber count is subject to final cable design.
View Details →Non-metallic loose tube with LSZH flame-retardant sheath. Fiber count and project-specific flame requirements should be confirmed.
View Details →Non-metallic outdoor fiber optic cable for project-specific outdoor routes, subject to confirmed cable structure and installation requirements.
View Details →Ribbon fiber cable structures for high-density backbone and mass-fusion splicing projects.
Ribbon fiber cable with APL moisture barrier and PE sheath. High fiber count design.
View Details →Ribbon fiber outdoor cable with armored 53 double-sheath structure for project-specific outdoor applications.
View Details →Ribbon fiber outdoor cable with steel tape armored / 53 double-sheath structure, subject to project requirements.
View Details →Custom designs, special fiber counts, unique sheath materials, or specific packaging — we manufacture per your project specification.
