Fiber optic patch cords are highly stable connectors with extremely low insertion loss and return loss.
They come in a variety of connector types, including 10 Gigabit patch cords. Fiber optic connectors are available in UPC and APC types.
- Insertion Loss (dB): 0.2
- Return Loss (dB): ≥60 (APC); ≥50 (UPC)
- Operating Temperature (℃): - 40 ~ +75
- Storage Temperature (℃): - 50 ~ +85
| Product Model |
Product Description |
Color |
Unit |
| GTX501-ULCB1dULC-ZL01M0 |
LC-LC single-mode single-core 3.0 fiber optic patch cord, FRNC/LS0H outer sheath, 1 meter |
Yellow |
1PC |
| GTX501-ULCOM2ULC-ZL02M0 |
LC-LC multimode OM2 single-core 3.0 fiber optic patch cord, FRNC/LSOH outer jacket, 2 meters |
Orange |
1PC |
| GTX501-ULCOM3ULC-ZL03M0 |
LC-LC multimode OM3 single-core 3.0 fiber optic patch cord, FRNC/LSOH outer jacket, 3 meters |
Water blue |
1PC |
| GTX501-ULCOM4ULC-ZL05M0 |
LC-LC multimode OM4 single-core 3.0 fiber optic patch cord, FRNC/LS0H outer jacket, 5 meters |
Purple |
1PC |
Use Scenarios
Laboratory and Data Center Deployment
In controlled lab environments and data centers, this fiber optic jumper cable supplied by qualified fiber optic cable manufacturers plays a critical role in validating fiber link quality and system integrity. Its low insertion loss and high return loss values enable precise testing of high-speed network components, essential for equipment manufacturers and research institutions requiring rigorous optical performance measurements. The flame retardant FRNC/LSOH jacket enhances safety compliance in densely packed racks, facilitating seamless integration into optical testing setups or patch panels managed by network cable manufacturers. This reliability supports expedited prototyping and maintenance workflows.
Telecommunication Network Maintenance and Upgrades
In telecommunications infrastructure, the Dual Core 3.0 Fibre Optic Jumper GTX502 installed by field engineers offers dependable interconnect solutions essential for network expansion and routine maintenance. Deployed within conduit or cable trays, its flame retardant jacket meets regulatory requirements for commercial and industrial sites. The jumper’s design from experienced fiber optic cable suppliers enables quick connector swaps and compatibility with multiple connector types, reducing service downtime. This adaptability ensures seamless integration with legacy equipment and new-generation optical nodes, optimizing fiber optic cable manufacturing lifecycle and enabling continued network scalability.
FAQ
What materials are used in the Dual Core 3.0 Fibre Optic Jumper GTX502 jacket?
The GTX502 jumper features an FRNC/LSOH outer sheath, providing flame retardancy and low smoke emission for safety in controlled environments. Additionally, some variants use a PVC outer jacket for flexibility and protection. These materials are standard for reliable fiber optic jumper cable manufacturing.
Can the fiber optic jumper cable lengths and connectors be customized?
Yes, the product family offers multiple lengths—1m (Yellow), 2m (Orange), 3m (Water Blue), and 5m (Purple)—with color coding to simplify identification. Connectors include LC-LC as standard, with optional SC, FC, and ST types available in GTX501 variants to meet diverse network requirements.
What are the recommended installation conditions for this fiber optic jumper cable?
The jumper operates reliably between -40°C and +75°C, making it suitable for both indoor lab environments and outdoor field applications. Its low insertion loss (0.2 dB) and high return loss ensure stable connections during equipment installation and routine maintenance.
How does Guangzhou Yuhong support large volume orders for fiber optic cable suppliers?
As an experienced fiber optic cable manufacturer, Guangzhou Yuhong offers scalable production capacity and quality assurance. We assist industrial buyers with tailored solutions and timely logistics, ensuring your supply chain needs for jumper wires and related components are met efficiently.
