ST/UPC to LC/UPC Duplex OM1 Fiber Optic Patch Cable OFNR 3.0mm
Categories:
Product Highlights:
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ST/UPC to LC/UPC duplex multimode fiber patch cable for OM1 62.5/125 µm networks.
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Supports short-distance, high-bandwidth data transmission in LANs, telecom rooms, and data centers.
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3.0 mm OFNR-rated jacket ensures flame-retardant protection for indoor riser installations.
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FiberMania provides OEM and private label manufacturing services with flexible customization for fiber optic cable assemblies.
Table of Contents
Description
The ST/UPC to LC/UPC OM1 Duplex Multimode Fiber Patch Cable is engineered to provide stable and reliable optical connectivity in indoor network environments such as LANs, data centers, and telecommunications rooms. Constructed with 62.5/125 µm OM1 multimode fiber, this cable supports short-distance, high-bandwidth data transmission, making it ideal for legacy and existing multimode infrastructure.
The cable features an ST/UPC connector on one end and an LC/UPC connector on the other, enabling seamless integration between equipment with different connector interfaces. The ST connector uses a bayonet-style locking mechanism for secure and vibration-resistant connections, while the LC connector’s compact design allows efficient deployment in high-density patching environments. The duplex configuration supports simultaneous transmit and receive channels, ensuring reliable bidirectional communication.
Protected by a 3.0 mm OFNR-rated jacket, the cable is flame-retardant and suitable for indoor riser installations, meeting fire safety and building code requirements. Its flexible design allows easy routing through patch panels, racks, and cable trays. The bright orange jacket simplifies identification and organization in complex cabling systems. Each assembly is manufactured under strict quality control and tested for insertion loss, return loss, and optical performance. Compliance with TIA/EIA and IEC standards ensures suitability for professional networking applications.
Specification
| Core size: | 62.5 µm |
|---|
Features
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ST/UPC to LC/UPC hybrid connector configuration
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OM1 multimode fiber 62.5/125 µm
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Duplex design supports simultaneous transmit and receive signals
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Bayonet-style ST connector for secure, vibration-resistant connections
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LC connector suitable for high-density patching environments
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3.0 mm OFNR-rated jacket for indoor riser installation
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Flexible and durable cable structure for easy routing and handling
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Bright orange jacket for easy identification in cabling systems
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Tested for insertion loss, return loss, and optical performance
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Compliant with TIA/EIA and IEC standards
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Supports OEM customization and private labeling
Applications
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LAN and enterprise network installations
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Data center optical patching
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Telecommunications rooms and racks
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Legacy multimode infrastructure integration
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Structured cabling for bidirectional communication
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High-density patch panel deployments
FAQ
Q: What type of fiber is used in this patch cable?
A: The cable uses OM1 multimode fiber with a 62.5/125 µm core/cladding, suitable for short-distance high-bandwidth applications.
Q: What connectors are on this cable?
A: One end has an ST/UPC connector and the other end has an LC/UPC connector, enabling hybrid connectivity.
Q: What is the advantage of the duplex configuration?
A: Duplex design allows simultaneous transmit and receive signals, supporting bidirectional communication in structured networks.
Q: What does the OFNR jacket provide?
A: The OFNR-rated jacket provides flame-retardant protection suitable for indoor riser installations, meeting fire safety requirements.
Q: Can FiberMania provide customized cables?
A: Yes. FiberMania offers OEM and private label services including custom lengths, connectors, and branded packaging.
Quality Qulifications and Compliance
To get the detailed certification, please go to the Compliance.
Please Note: Our products comply with all internationally recognized and industry-standard specifications. For customized or special requirement products, we carry out testing and standards in accordance with the conformity criteria specified in the contract.
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