ODC Socket–LC/UPC SM 2-Core Fanout Outdoor Fiber Patch Cord, 2.0mm TPU Jacket

The Patchcord 2 Cores ODC Socket to LC Single-Mode Fanout φ2.0mm TPU is a robust and efficient solution for outdoor fiber optic networks. With an ODC socket on one end and LC connectors on the other, it enables seamless integration with FTTA systems, surveillance setups, and industrial applications.

Its rugged TPU jacket provides excellent resistance to environmental factors such as UV exposure and extreme temperatures, making it ideal for long-term deployment in challenging conditions. This patch cord is a reliable choice for high-performance, low-maintenance fiber connections.

Engineering Suitability & Selection Boundaries

When This Product Is the Right Choice

• FTTA deployments where ODC socket interfaces must transition to LC connectors, such as connections between RRHs and base station equipment.

• Outdoor installations requiring fanout fiber structures to support separated signal paths from a sealed interface.

• Industrial or infrastructure environments where rugged jackets and environmental sealing are needed to withstand UV exposure, dust, and moisture.

• Applications involving optical sensing or outdoor monitoring, where stable long-term fiber connectivity is required under harsh conditions.

When This Product May NOT Be Suitable

• Indoor network environments where standard LC duplex patch cords can be used without interface conversion.

• Deployments that do not utilize ODC socket interfaces, making the fanout transition unnecessary.

• High-density indoor cabling systems where compact routing and frequent re-patching are prioritized over sealed outdoor interfaces.

Common Selection Mistakes to Avoid

• Treating an ODC socket to LC fanout cable as a generic LC patch cord, without accounting for interface conversion requirements.

• Selecting a fanout structure without evaluating actual fiber count and port allocation needs, leading to inefficient system design.

• Overlooking installation and maintenance workflows, particularly the transition between sealed outdoor interfaces and indoor LC equipment.

1. Durable TPU Construction
   • Offers excellent flexibility and environmental resistance.
   • Protects against UV exposure, extreme temperatures, and mechanical stress.
2. High-Performance Optical Characteristics
   • Low insertion loss (≤0.3dB) ensures minimal signal degradation.
   • High return loss (≥50dB) provides stable optical performance.
3. Compact and Reliable Fanout Structure
   • Converts 2-core ODC connections into LC terminations for easy deployment in various systems.
   • Compact design ensures compatibility with space-constrained setups.
4. Rugged ODC Connector
   • IP67-rated for waterproof and dustproof protection.
   • Designed for secure and long-term connections in outdoor and industrial environments.

• FTTA Networks: Enables secure connections between remote radio heads and base stations for 3G, 4G, and 5G deployments.
• Industrial Communications: Provides stable performance in oil fields, mining sites, and other harsh outdoor environments.
• Video Monitoring Systems: Ensures reliable connectivity for outdoor video surveillance setups.
• Optical Sensing Systems: Ideal for environmental and structural monitoring networks requiring robust fiber connections.

Q1: What is the main application of a 2-core ODC to LC fanout patch cord?
It is widely used in FTTA (Fiber to the Antenna) systems, outdoor surveillance networks, and industrial applications requiring reliable fiber connections.

Q2: Why choose a 2-core version instead of 4-core?
The 2-core design is ideal for point-to-point links or duplex transmission, offering a cost-effective and compact solution where fewer fibers are required.

Q3: What advantages does the TPU jacket provide?
TPU offers superior flexibility, UV resistance, and durability against extreme temperatures and mechanical stress, making it suitable for outdoor and long-term installations.

Q4: What optical performance can be expected?
The patch cord delivers low insertion loss and high return loss, ensuring stable and clear signal transmission for telecom and data networks.

Q5: Can the patch cord be customized?
Yes. Fiber length, connector type (ODC, LC, SC, etc.), jacket material, and labeling can be tailored to specific project needs.

Q6: Is this patch cord suitable for single-mode and multimode?
This model is single-mode (SM) for long-distance, high-performance applications. Multimode options may be available upon request.

Q7: How does the ODC connector benefit outdoor deployments?
The ODC connector is ruggedized, waterproof, and dustproof, ensuring reliable connections in harsh outdoor environments.

Q8: What is the typical delivery time?
Standard products are usually available from stock, while customized versions take about 5–10 working days.