Patchcord RBLINE PC-2SC/2SC-2 singlemode 2 m – fiber optic 2x SC connectors

RBLINE PC-2SC/2SC-2 is a 2 m singlemode fiber optic patchcord with SC connectors on both ends. It is intended for singlemode fiber links where a fixed-length SC–SC interconnect is required, providing a reliable optical connection between patch panels, transceivers and other network equipment. The cable design supports standard singlemode networks and is suitable for deployments in telecommunication racks, data centers and network rooms.

Advantages

The patchcord offers low insertion loss and stable optical performance typical for singlemode SC terminations. Its 2 m length provides a practical balance between reach and cable management in structured cabling. Both SC connectors are designed for secure mating with compatible adapters and sockets, ensuring consistent signal transmission and repeatable connections.

Suitable for

• Interconnecting SC ports on patch panels
• Connecting optical transceivers to fiber infrastructure
• Linking fiber termination boxes and distribution frames
• Short runs within data center racks and telecommunication cabinets

Key specifications

• Fiber type: singlemode
• Connector type: SC to SC (both ends)
• Cable length: 2 m
• Polish/connector finish: physical contact (PC) polish
• Typical applications: telecom, data center, network equipment interconnect

How to use

Inspect connector endfaces for cleanliness before installation and clean with appropriate fiber cleaning tools if necessary. Insert each SC connector into the corresponding SC adapter or transceiver port until it clicks into place, avoiding excessive bending of the fiber cable. Route and secure the patchcord according to rack or cabinet cable management practices to prevent strain and microbending.

Usage recommendations

Store and handle the patchcord in a dry, dust-free environment. Avoid tight bends and mechanical stress; observe the cable minimum bend radius specified by the installer or manufacturer. Regularly inspect and clean connector endfaces to maintain low insertion loss and reliable connections.