The GJYXCH 1-Fiber Self-Supporting Bow-type Drop Cable is an innovative and reliable fiber optic cable designed for aerial installations.
It is specifically engineered to provide seamless connectivity for FTTH or FTTP deployments.
With its self-supporting and bow-type design, this cable offers exceptional performance and ease of installation. It can ensure reliable and efficient fiber optic connections for end-users.
The GJYXCH cable features a single optical fiber, enabling the transmission of one communication channel. This allows for efficient and reliable data transmission.
This cable is designed to be self-supporting, eliminating the need for additional support structures like messenger wires or poles.
Its self-supporting capability simplifies installation and reduces deployment costs.
The bow-type design of the GJYXCH cable provides flexibility and ease of handling during installation.
Its unique shape allows for efficient routing and improved cable management, ensuring a smooth and streamlined installation process.
Specifically engineered for drop cable applications, the GJYXCH cable serves as the final connection from the distribution network to individual premises.
It facilitates the seamless extension of high-speed fiber optic connectivity to homes and businesses.
The GJYXCH cable meets the G.657A2 specification, guaranteeing excellent performance in terms of
It offers low optical loss and efficient signal transmission, ensuring high-quality and reliable communications.
This cable is built to withstand outdoor environments.
It features a durable jacket material, LSZH (Low Smoke Zero Halogen), which provides flame retardancy and low toxicity in case of fire.
The steel wire strength member offers enhanced mechanical strength and protection against external stresses.
The GJYXCH cable comes with colored coating fibers, with blue being the standard color.
The colored coating facilitates easy identification and differentiation during installation and maintenance.
|Mode Field Diameter 1310nm
|Mode Field Diameter 1550nm
|Core-Cladding Concentricity Error
|Cladding-Coating Concentricity Error
|Cable Cutoff Wavelength
|Attenuation (max.) 1310nm
|Attenuation (max.) 1550nm
|Macro-Bending Loss @1550nm
|Macro-Bending Loss @1625nm
|Colored Coating Fiber Dimension
|Strength Member Dimension
|Self-Supporting Member Dimension
|Black or White
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