DESCRIPTION
The 2 Cores φ5.5mm TPU Indoor Outdoor ODC Plug to ODC Plug Fiber Optic Patch Cable is a premium solution for outdoor fiber optic networks. Designed with ODC plug connectors on both ends, it delivers high performance, reliability, and durability in harsh conditions.
The rugged TPU jacket ensures UV resistance, flexibility, and long-term reliability, making it ideal for FTTA and industrial applications. Its compact design and high optical performance provide stable connections for demanding environments, including telecom networks and surveillance systems.
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 outdoor or mixed indoor–outdoor sections.
Scenarios using 2-core fiber links for dedicated signal paths or simplified routing in wireless access networks.
Installations exposed to harsh environmental conditions, such as moisture, dust, UV radiation, or temperature variation.
Industrial and surveillance environments where sealed and mechanically secure fiber connections are required for long-term stability.
When This Product May NOT Be Suitable
Standard indoor network environments where LC or SC patch cords can meet connectivity needs without specialized ODC interfaces.
Deployments requiring interface conversion or fanout assemblies, rather than direct ODC plug-to-plug connections.
High-density indoor cabling systems where frequent reconfiguration and compact patching take priority over rugged sealing.
Common Selection Mistakes to Avoid
Treating an ODC plug-to-plug patch cable as a generic outdoor fiber jumper, without confirming interface compatibility on both ends.
Selecting a 2-core ODC assembly without verifying actual link architecture requirements, leading to over- or under-specification.
Overlooking installation context differences between indoor and outdoor segments, especially regarding connector access and maintenance.
- Durable and Flexible TPU Jacket
- Withstands UV radiation, mechanical stress, and environmental wear.
- Maintains flexibility and performance in temperatures ranging from -40°C to +85°C.
- High-Quality ODC Plug Connectors
- Secure locking mechanism ensures stable and long-lasting connections.
- Compatible with standard ODC interfaces for seamless integration.
- Superior Optical Performance
- Low insertion loss (≤0.3dB) ensures efficient data transmission.
- High return loss (≥50dB) minimizes signal reflection for stable connections.
- Robust IP67 Protection
- Dustproof and waterproof design ensures reliable performance in outdoor and industrial environments.
- Built to withstand extreme conditions and repeated mechanical stress.
| Parameter | Specification |
| Connector Type | ODC Plug to ODC Plug |
| Fiber Mode | Single-Mode (SM) |
| Fiber Count | 2 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 |
| Ingress Protection (Mated) | IP67 |
| Tensile Strength | Long Term: 200N; Short Term: 400N |
| Crush Resistance | Long Term: 500N/100mm; Short Term: 1000N/100mm |
- FTTA Connections: Provides robust fiber links between RRUs and base stations for outdoor telecom systems.
- Industrial Networks: Withstands harsh conditions in oil fields, mining sites, and heavy industrial setups.
- Surveillance Systems: Ensures reliable data transfer for outdoor CCTV installations.
- Extreme Weather Deployments: Built to endure challenging environments with dust, water, and UV exposure.
Q1: What is the main application of a 2-core ODC plug-to-plug jumper?
It is widely used in FTTA (Fiber to the Antenna), telecom networks, outdoor surveillance, and industrial fiber optic systems where stable duplex connections are required.
Q2: Why choose the 2-core version instead of a 4-core?
The 2-core design is compact, lightweight, and cost-effective, making it ideal for point-to-point or duplex transmission without the need for extra unused fibers.
Q3: What benefits does the φ5.5mm TPU jacket provide?
The TPU jacket ensures UV resistance, flexibility, and strong protection against mechanical stress, delivering reliable performance in harsh outdoor conditions.
Q4: What optical performance can be expected?
This jumper ensures low insertion loss and high return loss, maintaining signal quality for high-speed and long-distance transmission.
Q5: How durable are the ODC plug connectors?
ODC connectors are ruggedized, waterproof, dustproof, and IP67-rated, guaranteeing secure connections in challenging indoor and outdoor environments.
Q6: Can this jumper be customized?
Yes. Fiber length, connector configuration, jacket material, and labeling can all be tailored to specific project requirements.
Q7: Is it suitable for both single-mode and multimode fibers?
This model is designed for single-mode (SM) applications. Multimode versions can be supplied upon request if required.
Q8: What is the typical delivery time?
Standard 2-core ODC jumpers are usually available in stock, while customized configurations take about 5–10 working days.
