1.Operating environment
- Operating temperature: -25℃ to +55℃
- Relative humidity: ≤93% at +40℃
- Storage environment: The product should be stored in a well-ventilated, dry warehouse, free from corrosive gases, at a temperature between -25℃ and +55℃.
2.Size
| Dimension (H x W x D) mm | 12 Fibers:45×482×260 |
| 24 Fibers:45×482×260 | |
| 48 Fibers:90×482×260 | |
| 144 Fibers:270×482×260 |
3.Features
- Using double-layer 24-core distribution trays can significantly save space.
- Using left-exit fiber method
- Providing efficient termination, splicing, storage and management of optical fibers within the system;
- Employ a fiber management system such that all fibers are properly routed and secured;
- Being installed and operated only front access;
- The patch panel of ODF allows easy access to the rear of the front plate and the interior of the panel;
- Easy access during verification and identification of terminated fibers (e.g., pigtails) in the ODF；
- Installation of the ODF equipment is only using hand-tools.
4.Optical performance parameters of fiber optic connector
Unit：dB
| No. | Item Name | DX（1300nm) | SM( 1300nm/1550nm) | ||||||||
| Insertion loss | Excess loss | Insertion loss | Excess loss | Return loss | Change in return loss | ||||||
| PC/UPC | APC | PC | UPC | APC | |||||||
| A | Before the test | ≦0.35 | ≦0.35 | ≦0.45 | ≧40 | ≧50 | ≧60 | ||||
| B | Interchangeability test | ≦0.5 | ≦0.5 | ≦0.6 | ≧43 | ≧48 | ≧58 | ||||
| C | Mechanical durability | ≦0.5 | ≦0.2 | ≦0.5 | ≦0.6 | ≦0.2 | ≧43 | ≧48 | ≧58 | ≦5 | |
| D | Tensile test | ≦0.5 | ≦0.1 | ≦0.5 | ≦0.6 | ≦0.1 | ≧43 | ≧48 | ≧58 | ≦5 | |
| E | High temperature test | ≦0.5 | ≦0.2 | ≦0.5 | ≦0.6 | ≦0.2 | ≧43 | ≧48 | ≧58 | ≦5 | |
| F | Low temperature test | ≦0.5 | ≦0.2 | ≦0.5 | ≦0.6 | ≦0.2 | ≧43 | ≧48 | ≧58 | ≦5 | |
| G | Wet heat test | ≦0.5 | ≦0.2 | ≦0.5 | ≦0.6 | ≦0.2 | ≧43 | ≧48 | ≧58 | ≦5 | |
| H | Salt spray test | ≦0.5 | ≦0.2 | ≦0.5 | ≦0.6 | ≦0.2 | ≧43 | ≧48 | ≧58 | ≦5 | |
| I | Transportation test | ≦0.5 | ≦0.1 | ≦0.5 | ≦0.6 | ≦0.1 | ≧43 | ≧48 | ≧58 | ≦5 | |
5.Meta Descriptions for Fiber Optical Distribution Frames
12F - Compact Fiber Patch Panel
"Optimize fiber management with our 12-Fiber Optical Distribution Frame—compact, durable, and ideal for small-scale fiber networks. Perfect for efficient fiber patching and termination."
24F - High-Density ODF Solution
"Enhance fiber connectivity with our 24-Fiber Optical Distribution Frame. Designed for high-density environments, this ODF ensures seamless fiber organization and reliable performance."
48F - Scalable Fiber Management
"Achieve scalable fiber management with our 48-Fiber Optical Distribution Frame. Built for growing networks, it supports high-performance fiber routing and efficient cable organization."
96F - Efficient Fiber Termination
"Maximize efficiency with our 96-Fiber Optical Distribution Frame. Engineered for large-scale deployments, it provides streamlined fiber termination and structured cabling solutions."
144F - High-Capacity Fiber Hub
"Upgrade your network with our 144-Fiber Optical Distribution Frame—ideal for data centers and telecom hubs. Experience superior fiber capacity, organization, and seamless expansion."
FAQ
1. What fiber capacities are available in a fiber optical distribution frame ODF?
Common capacity options include 12C, 24C, 48C, 96C, and 144C, allowing buyers to match cabinet space, fiber count, and project expansion requirements more efficiently.
2. Why do buyers choose a multi-capacity ODF fiber hub for telecom racks?
A multi-capacity ODF fiber hub gives more flexibility for different rack layouts and network scales, which makes planning easier for both current installation and future expansion.
3. What are the advantages of front-access fiber optical distribution frame design?
A front-access fiber optical distribution frame makes installation, inspection, patching, and routine maintenance more convenient, especially in telecom racks where rear access is limited.
4. Can a rack mounted ODF support fiber termination, splicing, and storage in one unit?
Yes. A rack mounted ODF can integrate fiber termination, splicing, storage, and management functions in one assembly, helping keep internal routing more organized.
5. What tray structure is commonly used in a high-capacity optical distribution frame?
A high-capacity optical distribution frame often uses multi-layer or double-layer fiber trays to improve internal organization and support higher density fiber management.
