ACT 3 meter Multimode 50/125 OM4 polarity A fiber patch cable with MTP female connectors

The ACT 3m Multimode 50/125 OM4 fiber patch cable with MTP female connectors provides a short-range, high-bandwidth link for data center and enterprise networks. With a 50 µm core diameter and OM4-grade multimode construction, this 3-meter cable is engineered for low-loss transmission and consistent performance in densely cabled environments. The Polarity A wiring simplifies integration with standard patching systems and preserves optical channel orientation for reliable connectivity.

Advantages

This multimode OM4 cable delivers enhanced modal bandwidth for demanding short-reach applications while maintaining low insertion loss through precision-terminated MTP female connectors. The 50/125 core-cladding geometry supports high data rates and multimode transceivers commonly used in modern network equipment. The Polarity A configuration reduces installation errors when connecting patch panels, trunk assemblies, and transceivers. The 3-meter length balances flexibility and signal integrity for typical rack-to-rack or panel-to-equipment connections.

Suitable for

• Data center patching between switches, servers, and optical distribution panels
• High-density fiber trunking and cross-connects
• Short-range multimode links for 10G, 40G or 100G multimode transceivers
• Fiber backbone segments inside telecom rooms and equipment racks

Key specifications

• Cable type: Multimode OM4
• Core/cladding diameter: 50/125 µm
• Connector type: MTP female
• Polarity: A
• Length: 3 m
• Typical use: Short-range, high-bandwidth links

How to use

Confirm that connected transceivers and patch panels are compatible with OM4 multimode fiber and MTP female interfaces. Route the cable along appropriate cable management pathways to avoid tight bends and mechanical strain; maintain minimum bend radius as specified by equipment guidelines. Plug each MTP female connector into the corresponding male adapter or cassette with correct orientation for Polarity A. Verify link integrity and optical power levels using appropriate test equipment after installation.

Recommendations

Store and handle the fiber cable in a clean environment to prevent contamination of connector endfaces. Avoid exceeding recommended bend radii and protect connectors with dust caps when not connected. For optimal performance, periodically inspect and clean endfaces before mating and perform optical loss testing after installation.