Cisco ATT-SC-PC-3DB

Brand: Cisco | SKU: ATT-SC-PC-3DB

The ATT-SC-PC-3DB is a fiber optic attenuator featuring an SC/PC connector and providing a fixed 3dB attenuation, designed to reduce optical signal power in single-mode fiber networks for precise power management and system optimization.

Refurbished Availability

Refurbished versions of the Cisco ATT-SC-PC-3DB are available from Comtek, offering exceptional value without compromising on quality. Each refurbished unit undergoes comprehensive inspection and rigorous testing to ensure it meets or exceeds original manufacturer specifications. By choosing refurbished equipment, customers benefit from significant cost savings while maintaining high performance and reliability in their network infrastructure.

Expert Repair Service

Comtek provides expert repair services for fiber optic attenuators like the ATT-SC-PC-3DB, supporting a wide range of brands including Cisco, Juniper, and Nokia. Our skilled technicians offer fast turnaround times and in-depth diagnostic capabilities, ensuring that network, telecoms, and critical infrastructure users can minimize downtime and maintain seamless operations.

Global Presence

With repair centres and offices located in the UK, Northern Ireland, Germany, Greece, and the USA, Comtek delivers truly global coverage. This extensive network enables us to provide responsive service and local support, ensuring rapid assistance and high customer satisfaction wherever your operations are based.

Committed to Sustainability

Comtek is dedicated to advancing the circular economy by extending the life of telecom, network, and critical infrastructure equipment. Our refurbishment and repair services help reduce electronic waste, deliver significant carbon savings, and provide long-term value for our customers, supporting both environmental responsibility and operational efficiency.

For more information or to request a quote, please visit our contact form. All refurbished and repaired equipment comes with warranty coverage for peace of mind.