MTP/MPO to LC/SC/ST/FC Fanout Fiber Optic Cable

• High-density MTP/MPO-to-multiple-connector breakout design
• Available in 12- and 24-fiber configurations
• Supports both single-mode and multimode fiber
• 0.9mm fanout fibers for compact and flexible cable routing
• Compatible with LC, SC, ST, and FC breakout connectors
• US Conec MTP® connectors available
• Corning ClearCurve® glass fiber available
• Factory-terminated plug-and-play construction
• Low insertion loss and reliable return loss performance
• Custom fiber counts, lengths, jacket materials, and connector configurations

• Data center high-density fiber connectivity
• MTP/MPO backbone breakout applications
• Fiber patch panels and distribution frames
• Optical cross-connect systems
• Telecommunications networks
• Server and switch connectivity
• Structured fiber optic cabling
• Equipment-to-patch-panel connections
• High-density rack and cabinet installations

OEM and customized MTP/MPO fanout cable assemblies are available for different equipment and cabling architectures. Customers can specify the fiber type, fiber count, cable length, fanout length, connector types, connector polarity, jacket material, and breakout configuration according to their installation requirements.

Custom cable identification, labeling, packaging, and private-label production can also be supported for OEM projects and volume orders. Customized assemblies can be manufactured according to customer-provided drawings, specifications, or existing cable samples.

How is an MTP/MPO fanout cable different from a standard MTP/MPO trunk cable?

An MTP/MPO trunk cable maintains multi-fiber connectivity between MTP/MPO interfaces at both ends, while a fanout cable separates the fibers from one MTP/MPO connector into individual connectors such as LC, SC, ST, or FC. This makes the fanout version suitable for connecting high-density backbone cabling to equipment or patching systems that use individual fiber ports.

Can the fanout side use different connector types in the same assembly?

Yes. The breakout side can be configured according to the required port arrangement. For example, an assembly can be manufactured with LC connectors for one application or with SC, ST, or FC connectors where those interfaces are required. Mixed connector configurations can also be considered for specific projects.

What should be considered when selecting a 12-fiber or 24-fiber version?

The required fiber count should match the number of optical channels that need to be connected through the MTP/MPO interface. A 12-fiber assembly is commonly used for applications based on 12-fiber connectivity, while a 24-fiber configuration provides greater fiber density for systems requiring additional channels or higher-capacity cabling.

Can the fanout length be customized?

Yes. The length of the individual breakout section can be customized. This allows the cable to be matched to rack dimensions, patch panel positions, equipment port layouts, and cable management requirements, helping avoid excessive slack or unnecessary bending.

How is MTP/MPO polarity handled in a fanout assembly?

Polarity defines the relationship between each fiber position in the MTP/MPO connector and its corresponding connector at the breakout end. The required polarity should be determined from the network’s optical transmit and receive architecture and the mating equipment. The cable can then be assembled with the appropriate fiber mapping.