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Product Features
Technical Overview
This fiber optic adapter operates with SC connectors, a widely adopted standard in networking environments for its reliable latching mechanism and low insertion loss. The female-to-female design allows direct coupling of two male SC connectors, eliminating the need for intermediate cable splicing or termination equipment.
The adapter's construction ensures precise alignment of fiber cores to minimize back reflection and maintain optical performance across connected links. With two ports per end, it supports duplex fiber optic cabling commonly used in Ethernet, storage area networks, and telecommunications backbones.
Key Product Advantages
This coupler delivers reliable connectivity through its precision-engineered SC interface and duplex port arrangement. The design ensures consistent signal transmission without compromising network performance.
Reliable Connection Interface
The SC connector's push-pull latching mechanism provides secure mating and easy disconnection, reducing the risk of accidental disengagement in rack-mounted or high-density installations.
- Secure latching mechanism
- Low insertion loss design
- Precise fiber alignment
Duplex Port Configuration
With two SC female ports on each end, this adapter supports standard duplex fiber optic connections, maintaining proper channel separation for bidirectional data flow.
- Bidirectional data support
- Channel separation maintained
- Standard duplex compatibility
Deployment / Use Cases
The Axiom SC/SC duplex female coupler serves as a connection point in fiber optic network infrastructure where cable extension or interconnection is required. It's particularly valuable in data centers, telecommunications facilities, and enterprise network environments.
Common deployment scenarios include connecting patch panels to equipment, extending existing fiber runs without re-termination, and creating temporary test connections during network troubleshooting. The adapter's duplex configuration makes it suitable for Gigabit Ethernet, Fibre Channel, and other protocols requiring separate transmit and receive fibers.
Highlights
- Fiber optic network adapter with SC female connectors on both ends
- Duplex configuration with 2 x SC female ports per end
- Manufacturer part number SCSC-DCP-AX from Axiom
- Precise fiber alignment for minimal signal loss
- Push-pull SC connector design for secure mating
- Suitable for bidirectional data transmission applications
- Compatible with standard duplex fiber optic cabling
- Lifetime limited warranty for long-term reliability
Specifications
| Specifications | |
|---|---|
| Manufacturer | Axiom Memory Solutions |
| Manufacturer Part Number | SCSC-DCP-AX |
| Brand Name | Axiom |
| Product Name | SC/SC Duplex Female Coupler |
| Product Type | Network Adapter |
| Technical Information | |
| Adapter Type | Fiber Optic |
| Connector Type on First End | SC Network - Female |
| Connector on First End Details | 2 x SC Network Female |
| Connector Type on Second End | SC Network - Female |
| Connector on Second End Details | 2 x SC Network Female |
| Warranty | |
| Limited Warranty | Lifetime |
FAQ
What type of connectors does this adapter use?
This adapter uses SC network female connectors on both ends. Each end features two SC female ports in a duplex configuration, allowing connection of standard SC male connectors from fiber optic cables. The SC interface is widely used in networking for its reliable latching mechanism and consistent performance.
How many ports does this coupler have?
The coupler has two SC female ports on each end, totaling four connection points. This duplex configuration supports standard bidirectional fiber optic connections where separate fibers handle transmit and receive signals. The design maintains proper channel separation for reliable data transmission.
What is the warranty coverage for this product?
This Axiom SC/SC duplex female coupler comes with a lifetime limited warranty. This warranty coverage provides long-term assurance of product reliability and performance, supporting its use in critical network infrastructure applications where consistent connectivity is essential.