Fiber optic patch cords, as high-stability connectors, are suitable for high-density applications. They are manufactured using a bundled 12-core 3.0mm outer diameter optical cable structure. The end-face contact types for single-mode MPO fiber optic connectors include UPC and APC, while multi-mode MPO fiber optic connectors use the UPC type. Male connectors can be provided according to customer requirements.
- Insertion Loss (dB): 0.2dB
- Return Loss (dB): ≥60dB (APC); ≥50dB (UPC)
- Operating Temperature (℃): - 40 ~ +75
- Storage Temperature (℃): - 50 ~+85
| Product Model |
Product Description |
Color |
Unit |
| GTX312-AMPB1dAMP-ZL01M0A |
MPO(M)/A-MPO(M)/A Single-mode G.652.D 12-core fiber optic patch cord LS0H 1 meter Type B |
Yellow |
1PC |
| GTX312-UMPOM3UMP-ZL01M0A |
MPO/M-MPO/M Multimode OM3 12-core Fiber Optic Patch Cord LS0H1m Type B |
Aqua green |
1PC |
| GTX312-UMPOM4UMP-ZL01M0A |
MPO/M-MPO/M Multimode OM4 12-core Fiber Optic Patch Cord LS0H1 Meter Type B |
Purple |
1PC |
| GTX312-UFPOM4UFP-ZL01M0A |
MPO/F-MPO/F Multimode OM4 12-core Fiber Optic Patch Cord LS0H 1 m Type B |
Purple |
1PC |
Note:
FRNC/LSOH = Flame Retardant, Non-Corrosive, Low Smoke, Halogen-Free. For other models and lengths.
please consult your local sales and technical representatives. Thank you.
Use Scenarios
Laboratory Network Configuration and Validation
In controlled research and development lab environments, the MPO Fiber Optic Jumper GTX312 is instrumental in validating MPO network designs and prototype configurations. It provides a dependable means to execute high-density fiber optic patching with quick polarity adjustments essential for testing device interoperability and link performance. The fiber optic jumper cable’s low insertion and high return loss performance ensures accurate signal transmission metrics crucial for evaluation purposes. Fiber optic cable manufacturers recommend this product for training and demonstration applications where replication of complex MPO interfaces is required. Integration with lab test benches and measurement equipment is facilitated, ensuring efficient workflow and compliance with testing standards.
Telecommunication Infrastructure and Data Center Deployment
Within large-scale telecommunication networks and data center environments, the MPO jumper wires perform an essential role in high-capacity optical interconnect systems. The GTX312 supports quick installation and reconfiguration of MPO links, accommodating evolving network demands with minimal service interruption. Its flame-retardant LSOH design aligns with safety protocols required for enclosed facilities housing sensitive communications equipment. The jumper cable contributes to maintaining signal integrity across multimode and single-mode channels, supporting uptime commitments and bandwidth requirements. Network cable manufacturers leverage this cable to streamline cabling operations and ensure compatibility with MPO equipment from various vendors, facilitating cohesive infrastructure expansion and maintenance workflows.
FAQ
What materials are used in the GTX312 fiber optic jumper cable jacket?
The GTX312 jumper jacket is made from flame-retardant, low smoke, halogen-free LSOH (Low Smoke Zero Halogen) or LS0H materials. These materials ensure fire safety and environmental compliance, making the cable suitable for industrial and commercial environments where safety is critical. This reliable jacket protects the fiber optic jumper cable during installation and use.
Can the polarity of the GTX312 MPO Fiber Optic Jumper be customized on-site?
Yes, the GTX312 fiber optic jumper allows on-site polarity changes, with Type B polarity as the default. This flexibility supports different MPO network configurations, enabling easier installation and maintenance without needing to replace the entire fiber optic jumper cable or order custom configurations from the fiber optic cable manufacturer.
What fiber types and connector end-face options are available for the GTX312?
The GTX312 series supports both single-mode and multimode fiber types. Single-mode connectors offer UPC and APC end-faces, while multimode (OM3 and OM4) use UPC end-faces exclusively. These options support various network requirements and ensure compatibility with existing MPO interfaces from trusted fiber optic cable suppliers.
What installation environments and tests are suitable for the GTX312 jumper?
The 12-core MPO fiber optic jumper is ideal for high-density patching, lab testing, and MPO-to-MPO interconnect evaluation in prototype racks or manufacturing upgrades. Its flame-retardant LSOH jacket and stable optical performance support safe, reliable use in controlled industrial environments common to network cable manufacturers and installation teams.
