Overview:

Outdoor Fiber Distribution Cabinets are robust enclosures designed to house, protect, and manage fiber optic connections in outdoor environments. They serve as critical nodes in telecom and broadband networks, enabling efficient fiber distribution, splicing, and termination.

The FTTH Fiber Distribution Hub, commonly known as an Outdoor Optical Distribution Cabinet, serves as a crucial cross-connection point for outdoor optical distribution cables, linking the optical central node to various optical distribution nodes within a network. This robust cabinet provides an optimal and secure environment for essential fiber management activities, including efficient fiber splicing, precise cable termination, organized fiber distribution, and streamlined dispatch operations, all while enduring diverse outdoor environmental conditions. Its design prioritizes safe, reliable, and flexible optical fiber and cable circuit management, ensuring network integrity and operational efficiency. Consequently, these cabinets are indispensable for a wide array of communication networks, particularly excelling in the demanding requirements of user optical fiber access network engineering.

Application:

The Outdoor Fiber Distribution Cabinet (FDC) serves as a critical outdoor terminal enclosure within FTTX networks, specifically designed to establish the connection between feeder fiber cables and individual fiber drop cables through dedicated fiber ports. Constructed from high-quality metal with options for single or double doors, these cabinets are engineered for robust performance in both residential and business environments. They are capable of terminating up to 576 or 1152 fibers and can accommodate up to 48 fiber splice trays, each supporting a maximum of 12 or 24 simplex adapters for comprehensive fiber management. Consequently, the ODC is an indispensable component for efficient distribution and terminal connections across diverse optical fiber systems, particularly excelling in FTTx network terminal deployments.

• Smaller diameter

• Excellent environmental properties

• Perfect cable structure with high fiber density

• Network design flexibility

• The outer sheath is a PE layer

• Blown into the microduct from 8mm inner diameter

• Fiber bundle for Uni-loose tube 2 to 12 cores

• Fiber bundle for Multi loose tube (Stranded) 12 to 288 cores

• Fiber bundle diameter: 5.8 – 11.2 mm

• Singlemode or Multimode

• Fiber type G.G652D, G.657A1, G.657A2

• Fiber type is Uni-loose tube 2 to 12 cores

• Fiber type is Multi loose tube (Stranded) 12 to 288 cores

• Low friction surface for maximum installation lengths

• Excellent environmental properties

• Material outer sheath is PE layer

• Maximum Air Pressure (Blowing) 15bar

• Temperature Performance[°C]: -30 to +60

Mechanical Performance Test compliance:

• Tensile Performance: IEC 60794-1-21 Method E1

• Bend: IEC 60794-1-21 Method E11

• Impact: IEC 60794-1-21 Method E4

• Crush: IEC 60794-1-21 Method E3

Operation Performance:

Optional Features: