Product Overview

The Optical Distribution Frame (ODF) is a professional high-density fiber optic splicing, termination, storage and distribution device, specially designed for large-scale fiber optic network scenarios such as data centers, telecom rooms, enterprise computer rooms and large-scale comprehensive wiring systems. It adopts a 19-inch standard rack-mounted design, which can be seamlessly integrated with standard server racks, saving installation space and facilitating centralized management of fiber optic networks. The ODF is made of high-quality cold-rolled steel plate,经过 anti-rust and anti-corrosion treatment, which has excellent load-bearing capacity, impact resistance and durability, ensuring long-term stable operation in harsh industrial environments. It supports 24/48/72/96 core optional capacity, with a high-density layout that maximizes the use of rack space, meeting the high-capacity fiber distribution needs of large-scale networks. It is compatible with SC, LC, FC (UPC/APC) common optical adapters, and supports both single-mode and multi-mode fibers, realizing flexible fiber termination and distribution. The internal structure is scientifically designed, equipped with removable splice trays, fiber storage modules, cable management slots and grounding devices, strictly controlling the fiber bending radius ≥30mm (static) and ≥40mm (dynamic) to avoid micro-bending loss. The ODF adopts a front-facing operation design, which is convenient for on-site splicing, maintenance and later expansion; the transparent protective door can effectively prevent dust and foreign objects from entering, while facilitating observation of internal fiber routing. It is widely used in data centers, telecom backbone networks, enterprise core networks and large-scale comprehensive wiring projects, serving as a core supporting device for fiber optic network construction, providing a safe, efficient and standardized solution for fiber splicing and distribution.

Detailed Technical Specifications

Key Features & Advantages

• 19-Inch Standard Rack-Mounted: Adopts 19-inch standard design, compatible with all standard server racks, easy to install and integrate, saving space and facilitating centralized network management.

• High-Density Layout: 24/48/72/96 core optional capacity, high-density design maximizes rack space utilization, meeting high-capacity fiber distribution needs of data centers and telecom rooms.

• Wide Compatibility: Compatible with SC/LC/FC (UPC/APC) adapters, single-mode/multi-mode fibers and ribbon cables, supporting both heat-shrinkable sleeve and mechanical splicing, flexible and versatile.

• Durable & Reliable: Made of high-quality cold-rolled steel plate with electrostatic spraying, anti-rust, anti-corrosion and strong load-bearing capacity, suitable for long-term use in harsh industrial environments.

• Easy Operation & Maintenance: Front-facing operation design, removable splice trays and adapter panels, convenient for on-site splicing, maintenance and later capacity expansion.

• Comprehensive Fiber Protection: Built-in cable management slots, fiber storage modules and cable fixing devices, strictly controlling fiber bending radius, avoiding micro-bending loss and protecting fiber integrity.

• Safe & Dust-Proof: Transparent acrylic protective door effectively prevents dust and foreign objects from entering; integrated grounding terminal, anti-static, ensuring equipment and network safety.

• Standardized Design: Complies with international standards, certified by CE, RoHS and UL, suitable for global export and large-scale network construction projects.

Application Scenarios

The Optical Distribution Frame (ODF) is widely applied in large-scale fiber optic network scenarios, including data centers, telecom rooms, enterprise computer rooms, telecom backbone networks, large-scale comprehensive wiring systems, campus networks and industrial park networks. It is mainly used for fiber optic splicing, termination, storage and distribution, realizing centralized management of fiber optic signals in large-scale networks. It is suitable for high-capacity fiber distribution projects such as data center server room wiring, telecom room backbone fiber connection, enterprise core network construction and campus network comprehensive wiring. It is widely used by telecom operators, data center operators, network integrators and engineering teams, serving as a core supporting device for fiber optic network construction, ensuring stable, efficient and standardized operation of large-scale fiber optic networks.