Description

Jabra Cisco Quick Disconnect to RJ-9 Coiled Cable PN 8800-01-37

Jabra QD to Modular RJ extension coiled cord for Cisco IP

Jabra QD (Quick Disconnect) to RJ-9 coil cable for Cisco IP 69xx, 78xx, 794x, 796x, 797x, 89xx, 99xx

The Jabra Cisco Quick Disconnect to RJ-9 Coiled Cable PN 8800-01-37 is a professional-grade headset connection cable designed to provide reliable compatibility and optimized audio performance for Cisco IP phone systems. Built for durability and daily business use, this coiled cable is ideal for office and call center environments where dependable communication is essential.

Engineered with a Quick Disconnect (QD) connector and RJ-9 modular interface, the Jabra 8800-01-37 cable enables seamless integration between compatible Jabra headsets and a wide range of Cisco IP phones. It is specifically designed for compatibility with Cisco IP phone series 69xx, 78xx, 794x, 796x, 797x, 89xx, and 99xx.

The coiled cord design provides flexibility while helping reduce desk clutter and cable tangling, allowing users to move comfortably during calls while maintaining an organized workspace. This makes it especially suitable for customer service teams, contact centers, enterprise offices, and high-volume communication environments.

Featuring Quick Disconnect functionality, the cable allows users to easily disconnect their headset without interrupting active calls, improving convenience and workflow efficiency throughout the workday.

Designed with plug-and-play simplicity, the cable installs quickly without requiring additional software or complex setup. Its durable construction is built to withstand the demands of professional communication environments while delivering reliable audio performance.

Constructed to Jabra’s high-quality standards, the 8800-01-37 Cisco headset cable is built for long-term durability and dependable daily use.

With part number 8800-01-37, the Jabra Cisco QD to RJ-9 coiled cable is a trusted solution for improving headset compatibility, supporting Cisco IP phone systems, and enhancing workplace communication efficiency.

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