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  • Air-blown G652D single-mode fiber optic cable
    Outdoor Fiber Optic Cable

    Air-blown G652D single-mode fiber optic cable

    • Place of origin: China
    • Brand name: Aixton
    • Certification: ISO9001, CE, FCC, ROHS
    • Terms of payment: L / C, T / T, Western Union
    • Delivery time: 5-20 days (depending on the quantity)
    • Shipping method: by sea, air, express

    We are happy to answer any questions, please send us your inquiries and orders.

    product detail

    Photos

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    Parameters

    product name

    air-blown optical cable

    Fiber count

    12 -288hilos

    Construction

    Loose tube

    Fiber type

    G652D / G657A1 / G657A2

    Long-term crush resistance:

    300 (N / 100MM)

    Crush resistance Short term:

    1000 (N / 100MM)

    Total diameter

    11,4 mm ~ 13,10 mm

    Package

    2 km - 5 km by drum

    Sample status

    A stock

    Warp Radio

    10D / 20D (millimeter)

    Sample status

    Free sample in stock

    More information

    Description

    The outdoor air-blown fiber optic cable consists of outside plant (OSP) loose-tube fiber optic cables optimized for air-blowing into individual or bundled microduct ducts. The product is constructed with gel-filled protective tubes twisted with SZ wire around a central resistor, encased in an overall HDPE outer jacket. The LM series is available in core counts from 12 to 432.

    Feature

    Flexible installation: Quick and easy implementation in different environments.
    Scalability: Allows future upgrades without replacing existing cables.
    Space efficiency: Requires less physical space compared to traditional fiber installations.
    Reduced downtime: Minimizes disruptions during installation and maintenance.
    Profitability: Reduces labor and material costs over time.
    Durability: Designed to withstand harsh conditions for long-lasting performance.

    Application

    1. Telecommunications networks: These are used for data transmission and high-speed Internet in urban and rural areas.
    2. Data centers: support flexible and scalable network configurations for efficient data management.
    3. Smart cities: facilitate the connectivity of IoT devices and smart infrastructure.