Multimode fiber patch cable CBO SFP6141FU7.5MKB, 7.5 m

Multimode fiber patch cable CBO SFP6141FU7.5MKB, 7.5 m is a factory-terminated multimode fiber assembly intended for short-distance optical links in networks and data centers. The cable connects compatible SFP multimode ports and equipment to provide low-loss, high-bandwidth transmission over a 7.5 metre run. It is suitable for fiber-based Ethernet, storage area network and telecom applications where a compact, reliable multimode link is required and tidy cable routing is desired.

Advantages

The BlueOptics multimode patch cable provides predictable optical performance and consistent insertion loss for short-range connections. Its factory-terminated ends reduce installation time and minimize connector variability compared with field-terminated fibers. A 7.5 m length balances reach and manageability, helping to maintain neat racks and patch panels while preserving signal quality for multimode transceivers.

Suitable for

• Short-range fiber Ethernet links within racks and between nearby switches
• Storage area network (SAN) connections and server uplinks
• Connecting SFP multimode ports on network equipment and media converters
• Data center patching and structured cabling where 7.5 m reach is required

Key specifications

• Fiber type: multimode fiber optimized for short-range transmission
• Length: 7.5 metres
• Connector style: factory-terminated connectors compatible with SFP multimode ports
• Low insertion loss suitable for multimode transceivers and short links
• Construction: flexible jacket for cable management in racks and patch panels

How to use

Identify the SFP multimode ports on the two devices to be connected and ensure that the transceivers installed are multimode-compatible. Route the patch cable through the rack or conduit path required, avoiding sharp bends and excessive tension. Insert the factory-terminated connectors into the respective SFP ports until they latch securely. Verify link status on each device and, if necessary, test optical power and link integrity following standard network validation procedures.

Usage recommendations

Store the cable coiled without tight loops, avoid bending below the manufacturer's minimum bend radius, and keep connector end faces clean using approved fiber cleaning tools before connection to ensure reliable signal transmission.