DESCRIPTION
The 4 Cores φ5.5mm TPU Indoor Outdoor Jumper ODC Plug to ODC Plug is a high-performance solution for indoor and outdoor fiber optic networks. Featuring ruggedized ODC connectors on both ends, this jumper is specifically engineered for FTTA and industrial applications requiring reliable and durable connectivity.
Its φ5.5mm TPU jacket ensures flexibility and excellent resistance to environmental factors, making it suitable for harsh outdoor conditions. The jumper’s high optical performance and IP67-rated sealing make it an ideal choice for high-speed, stable fiber optic connections in demanding environments.
Engineering Suitability & Selection Boundaries
When This Product Is the Right Choice
FTTA deployments where ODC plug-to-plug connections are required between RRUs and base stations across indoor and outdoor sections of the network.
Scenarios utilizing multi-core fiber links, where a 4-core structure supports specific signal routing or redundancy requirements.
Installations exposed to harsh environmental factors such as dust, moisture, or UV, where sealed and rugged cable assemblies are necessary.
Applications in industrial or surveillance environments requiring stable fiber connectivity with limited on-site intervention.
When This Product May NOT Be Suitable
Standard indoor data networks where conventional LC or SC patch cords can meet performance needs without specialized ODC interfaces.
Deployments that require interface conversion or fanout structures, rather than direct ODC plug-to-plug connections.
High-density indoor cabling systems where frequent reconfiguration and compact patching are prioritized over sealed connector systems.
Common Selection Mistakes to Avoid
Treating an ODC plug-to-plug assembly as a generic outdoor fiber patch cable, without verifying interface compatibility on both ends.
Selecting a 4-core ODC cable without confirming actual fiber count requirements, leading to unnecessary complexity or unused fibers.
Overlooking installation context differences between indoor and outdoor sections, especially regarding connector access and maintenance workflows.
- High-Quality ODC Plug Connectors
- Secure and stable connections with robust locking mechanisms.
- Compatible with industry-standard ODC interfaces for easy integration.
- Durable TPU Jacket for Outdoor Use
- Resistant to UV radiation, water, and mechanical stress.
- Ensures long-term reliability in extreme environmental conditions.
- High Optical Performance
- Low insertion loss (≤0.3dB) ensures minimal signal degradation.
- High return loss (≥50dB) guarantees stable and efficient transmission.
- IP67-Rated Protection
- Dustproof and waterproof design ensures reliability in harsh weather conditions.
- Withstands high tensile and crush forces, making it ideal for rugged installations.
| Parameter | Specification |
| Connector Type | ODC Plug to ODC Plug |
| Fiber Mode | Single-Mode (SM) |
| Fiber Count | 4 cores |
| Polish | UPC |
| Cable Diameter | φ5.5mm |
| Jacket Material | TPU |
| Insertion Loss | ≤0.3dB |
| Return Loss | ≥50dB |
| Operating Temperature | -40°C to +85°C |
| Storage Temperature | -40°C to +85°C |
| Waterproof Rating | IP67 |
| Tensile Strength | Long Term: 300N; Short Term: 600N |
| Crush Resistance | Long Term: 500N/100mm; Short Term: 1000N/100mm |
- FTTA Deployments: Provides reliable connectivity for remote radio units and base stations in outdoor conditions.
- Industrial Networks: Ideal for robust data transmission in oil fields, mining, and other demanding environments.
- Surveillance Systems: Ensures stable fiber connections for outdoor video monitoring setups.
- Indoor and Outdoor Use: Suitable for environments requiring flexibility and high durability.
Q1: What is the main application of a 4-core ODC plug-to-plug jumper?
It is primarily used in FTTA networks, industrial fiber optic systems, and both indoor and outdoor environments requiring reliable, high-speed connectivity.
Q2: Why use φ5.5mm TPU for the jacket?
The φ5.5mm TPU jacket provides excellent flexibility, mechanical strength, and environmental resistance, ensuring long-term durability in harsh indoor and outdoor conditions.
Q3: What optical performance can be expected from this jumper?
The jumper offers low insertion loss and high return loss, supporting stable and high-speed signal transmission in critical network applications.
Q4: What makes ODC connectors suitable for indoor and outdoor use?
ODC connectors are rugged, waterproof, dustproof, and IP67-rated, providing secure and reliable connections even in challenging environments.
Q5: Can this jumper be customized?
Yes. Fiber count, length, connector type, jacket material, and labeling can be customized according to project requirements.
Q6: Is the jumper suitable for single-mode or multimode fibers?
This model is designed for single-mode (SM) applications, ideal for long-distance and high-performance links; multimode options may be available on request.
Q7: In which environments can this jumper be deployed?
It is suitable for both indoor and outdoor deployments, including telecom base stations, FTTA installations, and industrial networking setups.
Q8: What is the typical delivery time?
Standard jumpers are usually in stock, while customized versions typically require 5–10 working days depending on specifications.
