Network Cable BlueOptics CB-LC-LC-MMF10M 10 Meter Multimode Patch Cable

The BlueOptics CB-LC-LC-MMF10M 10 Meter Multimode Patch Cable is a fiber optic cable designed for short- to medium-distance network links. Fitted with LC connectors on both ends, this 10 m multimode cable supports high-speed data transmission with low insertion loss, making it suitable for data center, server room and office network patching. The cable is intended for multimode fiber environments and provides a reliable physical layer connection between switches, patch panels and active equipment.

Advantages

This multimode patch cable offers easy plug-and-play connectivity through standardized LC connectors and a consistent 10 m length for predictable link planning. Its construction minimizes signal attenuation and connector reflection, supporting stable transmission for multimode applications. The cable is suitable for densely populated patching areas thanks to the compact LC form factor and flexible jacket that facilitates routing and cable management.

Suitable for

• Interconnects between switches and patch panels in data centers
• Server-to-switch fiber links in server rooms
• Office LAN backbone and horizontal fiber runs
• Fiber patching in telecommunications rooms and equipment racks

Key specifications

• Fiber type: Multimode fiber
• Connector type: LC to LC
• Cable length: 10 meters
• Application: Short- to medium-range data links
• Jacket: Flexible, suitable for rack and conduit routing

How to use

Identify the devices or patch panels to be connected and ensure both ports accept LC multimode connectors. Route the 10 m cable avoiding sharp bends and tight bends that exceed the fiber bend radius. Insert LC connectors into the designated ports until they click into place; verify link status on connected equipment and check for expected signal levels or link indicators. If necessary, label each end for easier maintenance and documentation.

Usage recommendations

Handle the fiber connectors with care: keep end faces clean and protected when not connected, avoid excessive bending and use appropriate cable management to maintain signal integrity. For multimode deployments, confirm transceiver compatibility and link budget for the intended distances and data rates.