ACT 5 meters Singlemode 9/125 OS2 Polarity Twist uniboot duplex fiber patch cable with CS - LC connectors

The ACT 5m Singlemode 9/125 OS2 Polarity Twist Uniboot Duplex Fiber Patch Cable CS-LC is a thin, high-density duplex fiber cable with a CS connector on one end and an LC Polarity Twist™ connector on the other. Designed for singlemode OS2 networks with a 9/125 µm core, it supports high-speed links and is suitable for data centers and telecom environments where space and port density are important.

Advantages

The Polarity Twist™ design lets you change the LC connector polarity in seconds without re-terminating, saving installation time. At approximately 60% thinner than standard patch cables, this uniboot duplex cable reduces cable bulk and improves airflow and tray capacity in high-density racks. Combining a CS connector for QSFP/OSFP high-speed optics with an LC Polarity Twist™ makes the cable compatible with common transceivers while providing quick polarity reversal.

Suitable for

• High-density data center patching
• Connections to QSFP/OSFP transceivers (CS ports)
• Singlemode OS2 backbone and interconnect links
• Telecommunication rooms with limited cable space

Key specifications

• Length: 5 m
• Fiber type: Singlemode 9/125 µm (OS2)
• Connector A: CS
• Connector B: LC Polarity Twist™ uniboot duplex
• MPN: RL1105
• EAN: 8716065529739

How to use

Plug the CS end into the QSFP/OSFP transceiver or CS-equipped port and insert the LC Polarity Twist™ duplex end into the LC ports on the receiving device. If the transmit/receive orientation needs to be reversed, use the Polarity Twist™ mechanism on the LC connector to change polarity within seconds, then reseat the connector. Route the thin uniboot cable through management panels or trays as required.

Recommendations

Use the cable in environments where port density and minimal cable bulk are required. Handle fiber connectors by the housing, keep ferrules clean, and avoid sharp bends below the manufacturer’s minimum bend radius to maintain signal integrity.