Air-blown fiber optic cable and traditional (ordinary) fiber optic cable represent two different approaches to deploying and managing fiber optic networks.
Installation Method:
Air-Blown Fiber: Involves the use of compressed air to install the fiber optic cable into pre-installed ducts or microducts. The cable is typically smaller in diameter, and fibers are blown through the ducts using air pressure.
Ordinary Fiber Optic Cable: Typically involves the manual installation of the cable. The cable is pulled or laid into place without the need for air assistance.
Flexibility and Scalability:
Air-Blown Fiber: Offers greater flexibility and scalability as additional fibers can be added or replaced easily by blowing new fibers through the existing ducts.
Ordinary Fiber Optic Cable: May require more effort and time for installation or upgrades, and additional capacity might involve laying new cables.
Cost:
Air-Blown Fiber: Initial installation costs may be higher due to the need for specialized equipment for air blowing. However, long-term flexibility and scalability can lead to cost savings during network expansions or upgrades.
Ordinary Fiber Optic Cable: Initial installation costs may be lower, but the cost of future upgrades or expansions might be higher due to the need for additional cable installations.
Installation Speed:
Air-Blown Fiber: Faster installation process, especially in environments with pre-installed ducts. Reduces deployment time.
Ordinary Fiber Optic Cable: Installation speed depends on factors like cable length, environment, and the complexity of the installation route.
Maintenance:
Air-Blown Fiber: May require less maintenance over time, as upgrades or repairs can be accomplished without major disruptions.
Ordinary Fiber Optic Cable: Maintenance may involve more complex procedures, especially if replacement or upgrades are needed.
Environment and Space:
Air-Blown Fiber: Suitable for environments with limited space, as the smaller diameter of the cable allows for installation in smaller ducts.
Ordinary Fiber Optic Cable: Requires more space, and the size of the cable may limit installation in certain environments.
Suitability for Specific Applications:
Air-Blown Fiber: Well-suited for situations where rapid deployment and future scalability are important, such as in data centers or urban areas.
Ordinary Fiber Optic Cable: Commonly used in various applications, and its suitability depends on factors like bandwidth requirements and the expected lifespan of the network.
Post time: Dec-22-2023