ODF

C-LIGHT Optical Distribution Frame (ODF) is a structured framework designed to manage, organize, and interconnect fiber optic cables within telecommunications or data networks, serving as a centralized hub for terminating, splicing, and routing fibers to ensure efficient cable management, protection, and scalability. Its primary functions include safely terminating fibers to network equipment, splicing fibers while maintaining signal integrity, enabling cross-connections to facilitate topology changes, shielding fibers from environmental and mechanical damage, and supporting high-density configurations (e.g., 144+ fibers) for future expansion. It is widely utilized in data centers for high-density interconnections between servers and switches, telecom networks such as central offices or FTTH (Fiber-to-the-Home) hubs for long-haul and access networks, enterprise networks requiring reliable campus or building backbones, and 5G networks to support dense fiber deployments for small cells and base stations.

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Product Details

ODF Optical Distribution Frame for High-Density Fiber Management

Type	Image	Connector	Max Core	Size
CL-ODF01-1U/2U-xx （for exp. 24F LC UPC =CL-ODF01-1U-24LC-U）		FC/SC/ST/LC/DIN	24/48	1U/2U
CL-ODF02-1U/2U-xx （for exp. 24F LC UPC =CL-ODF02-1U-24LC-U）		FC/SC/ST/LC/DIN	24/48	1U/2U
CL-ODF03-1U/2U-xx （for exp. 48F LC UPC =CL-ODF03-1U-48LC-U）		FC/SC/ST/LC/DIN	48/96	1U/2U
CL-ODF04-1U/2U/3U/4U-xx （for exp. 12F LC UPC =CL-ODF04-1U-12LC-U）		FC/SC/ST/LC	12/24/48/72	1U/2U/3U/4U
CL-ODF05-1U/2U/3U/4U/6U-xx （for exp. 12F LC UPC =CL-ODF05-1U-12LC-U）		FC/SC/ST/LC	12/24/48/72/96	1U/2U/3U/4U/6U
CL-ODF06-1U/2U-xx （for exp. 72F MPO UPC =CL-ODF06-1U-72MPO-U）		MPO/MTP	72/144	1U/2U
CL-ODF07-1U-xx （for exp. 96F MPO UPC =CL-ODF07-1U-96MPO-U）		MPO/MTP-SC/LC	96	1U
CL-ODF08-1U-xx （for exp. 72F MPO UPC =CL-ODF08-1U-72MPO-U）		MPO/MTP-SC/LC	72	1U
CL-ODF09-1U/2U-xx （for exp. 120F MPO UPC =CL-ODF09-1U-120MPO-U）		MPO/MTP-SC/LC	120/288	1U/2U
CL-ODF10-1U/4U-xx （for exp. 72F MPO UPC =CL-ODF10-1U-72MPO-U）		MPO/MTP-SC/LC	72/288	1U/4U
CL-ODF11-1U/2U-xx （for exp. 72F MPO UPC =CL-ODF11-1U-72MPO-U）		MPO/MTP	72/144	1U/2U
CL-ODF12-1U-xx （for exp. 96F MPO UPC =CL-ODF12-1U-96MPO-U）		MPO/MTP-SC/LC	96	1U
CL-ODF13-1U-xx （for exp. 192F MPO UPC =CL-ODF13-1U-192MPO-U）		MPO/MTP	192	1U
CL-ODF14-1U-xx （for exp. 144F MPO UPC =CL-ODF14-1U-144MPO-U）		MPO/MTP-SC/LC	144	1U
CL-ODF15-1U/2U/4U-xx （for exp. 144F MPO UPC =CL-ODF15-1U-144MPO-U）		MPO/MTP-LC	144/188/576	1U/2U/4U
CL-ODF16-6U-xx （for exp. 72F LC UPC =CL-ODF16-6U-72LC-U）		FC/SC/ST/LC	72	6U

ODF Optical Distribution Frame Overview

C-LIGHT Optical Distribution Frame (ODF) provides a centralized platform for optical fiber termination, splicing, distribution, and cross-connection. It is designed to organize fiber connections between backbone cables, patch cords, and optical equipment while providing a clear and accessible structure for network operation and maintenance.

Available in different rack heights, connector configurations, and fiber capacities, C-LIGHT ODF solutions can be adapted to a wide range of fiber infrastructure requirements. From compact installations to high-density distribution systems, the product portfolio supports applications where efficient fiber management and organized cabling are essential.

Key Features

Centralized Fiber Distribution

Creates a dedicated point for fiber termination, splicing, and cross-connection, making optical connections easier to identify, manage, and maintain.

High-Density Fiber Management

High-capacity configurations make efficient use of rack space and provide a practical solution for networks with a large number of optical fiber connections.

Multiple Connector Options

Configurations are available for FC, SC, ST, LC, DIN, MPO, and MTP interfaces to accommodate different fiber network architectures.

Flexible Rack Configurations

Different chassis heights, including 1U, 2U, 3U, 4U, and 6U options, allow the ODF to fit various cabinets and equipment racks.

Organized Cable Routing

The structured design helps maintain orderly fiber routing and reduces cable congestion around termination and distribution points.

Scalable Fiber Infrastructure

Multiple capacity options allow network operators to select an ODF according to current fiber requirements while allowing room for future network expansion.

ODF Product Configurations

FC / SC / ST / LC / DIN ODF

These configurations are designed for conventional fiber termination and distribution applications, with different fiber capacities available according to the selected model.

MPO / MTP ODF

MPO and MTP configurations provide a high-density interface for managing multiple optical fibers within compact rack space.

MPO/MTP to SC/LC ODF

Hybrid configurations provide connectivity between high-density MPO/MTP trunk systems and conventional SC or LC fiber connections.

High-Capacity ODF

Selected models are designed for larger fiber distribution systems, with available configurations supporting high fiber counts for backbone and data center applications.

Fiber Capacity and Rack Options

C-LIGHT ODF products are offered in several rack-mounted formats to accommodate different installation environments. Available chassis options include 1U, 2U, 3U, 4U, and 6U configurations depending on the model.

Fiber capacity varies according to the product configuration and connector arrangement. The portfolio covers lower-density fiber distribution as well as high-density systems, with selected configurations supporting up to 576 fibers. This range helps customers balance fiber capacity, rack space, and future expansion requirements.

ODF Applications

Data Center Fiber Management

Provides an organized termination and distribution point for backbone fibers, patch connections, and high-density optical cabling inside data center racks and cabinets.

Telecommunication Networks

Used in telecom facilities and transmission environments where large numbers of optical fibers require centralized termination and cross-connection.

FTTH Networks

Supports fiber distribution in access networks by providing a structured connection point between feeder cables and downstream optical links.

5G Fiber Infrastructure

Suitable for fiber distribution around 5G transport and aggregation networks, base station infrastructure, and other high-density optical connection points.

Enterprise Backbone Networks

Can be deployed in enterprise buildings and campus networks to centralize fiber termination and simplify the management of multiple optical routes.

Optical Equipment Rooms

Provides a dedicated fiber management platform for communication rooms and network facilities where accessible and organized optical connections are required.

Why Choose C-LIGHT ODF?

C-LIGHT offers a diversified ODF portfolio covering different fiber capacities, connector interfaces, and rack-mounted formats. This enables the distribution frame to be matched with the physical space, fiber density, and connectivity requirements of different network projects.

The product range covers both conventional fiber connector configurations and high-density MPO/MTP architectures. C-LIGHT can also provide customized configurations based on specific project requirements, helping customers build fiber distribution systems that fit their existing infrastructure.

C-LIGHT applies multiple quality inspection stages throughout production, including initial testing, final testing, and factory inspection. A three-step quality control process is used to support consistent product quality and reliable deployment.

How to Select an ODF

Fiber Capacity

Determine the number of fibers that need to be terminated or distributed and consider additional capacity for future network expansion.

Connector Type

Select the connector configuration according to the existing optical equipment and fiber cabling system, such as LC, SC, FC, MPO, or MTP.

Rack Space

Choose a suitable 1U, 2U, 3U, 4U, or 6U configuration based on the available cabinet space and installation environment.

Network Density

For standard fiber distribution, conventional connector configurations may be sufficient, while dense network environments can benefit from higher-capacity MPO/MTP solutions.

ODF FAQ

Q1. What is an Optical Distribution Frame?

An Optical Distribution Frame is a fiber management device used for optical fiber termination, splicing, distribution, routing, and cross-connection within a network.

Q2. What connectors are available for C-LIGHT ODF?

C-LIGHT ODF configurations include FC, SC, ST, LC, DIN, MPO, and MTP interfaces. Hybrid MPO/MTP-to-SC and MPO/MTP-to-LC configurations are also available.

Q3. What fiber capacity can C-LIGHT ODF support?

The available capacity depends on the selected model and configuration. The product range includes different fiber counts, with selected high-density models supporting up to 576 fibers.

Q4. What rack sizes are available for C-LIGHT ODF?

C-LIGHT offers different rack-mounted configurations, including 1U, 2U, 3U, 4U, and 6U options depending on the model.

Q5. Can C-LIGHT ODF be used with MPO and MTP systems?

Yes. C-LIGHT provides MPO and MTP configurations for high-density fiber distribution, together with hybrid options for connecting MPO/MTP systems to SC or LC interfaces.

Q6. Where are ODF products commonly used?

ODF products are commonly used in data centers, telecommunications facilities, FTTH networks, 5G infrastructure, enterprise networks, and optical equipment rooms.

Q7. Can C-LIGHT provide customized ODF solutions?

Yes. C-LIGHT can provide customized fiber capacities, connector configurations, and product formats according to specific network and project requirements.

Q8. What factors should be considered when selecting an ODF?

Key factors include fiber capacity, connector type, rack height, available installation space, network density, and expected future expansion.

Efficient Fiber Distribution for Modern Networks

C-LIGHT ODF solutions provide a structured platform for optical fiber termination, distribution, splicing, and cross-connection. With multiple rack formats, connector options, and fiber capacities, the product range can support diverse requirements across data centers, telecom networks, FTTH, 5G, and enterprise fiber infrastructure.