The GYFTY-72 G.652D is a robust, duct installation cable designed to house 72 optical fibers within its loose tubes, while being safeguarded by a UV-proof black PE outer sheath and water blocking components for reliable data transmission.
The GYFTY-96 G.652D is a robust, non-metallic, duct installation fiber optic cable designed to support long-distance communication requirements. It features a UV-proof black PE outer sheath and is optimized for use in duct systems.
The Z-MICRO-MT.12-144J multitube fiber optic cables, designed with a durable HDPE jacket, offer a reliable solution for data transmission in microduct systems, distribution networks, campus networks, and indoor settings.
The DUCT MICRO CABLE 2F GYCFXT6Y-2 G.657A1 is a compact and robust fiber optic cable designed for blowing into microducts, featuring a single loose tube with 2 optical fibers encased in a durable HDPE sheath.
The DUCT MICRO CABLE 4F is a compact, high-quality optical cable designed for installation within microduct systems. Its construction comprises a single loose tube with four G.657A1 optical fibers, aramid yarn strength members, and a durable black HDPE outer sheath.
The DUCT MICRO CABLE 6F is a compact, high-performance micro cable designed for installation in microduct systems. It features a single loose tube with up to 6 optical fibers and utilizes ITU-T G.657A1 fiber for superior bending performance.
The GYFXT6P-144 G.652D is a high-density, 144-fiber, duct installation cable designed for telecommunication applications. It features micro modules with jelly-filled optical fibers and robust construction for efficient and reliable data transmission.
The GYFXT6P-24 G.652D is a robust duct installation fiber optic cable designed to house 24 fibers within its compact structure. Equipped with two micro-modules and water-blocking elements, it offers dependable performance in various environmental conditions.
The GYFXT6P-288 G.652D is a high-capacity duct installation cable designed to house 288 fibers within 24 micro modules, ensuring reliable, high-speed data transmission suitable for extensive network infrastructures.