Cabo de fibra ótica ROLINE 21.15.9472 2 m E-2000 (LSH) LC

The ROLINE 21.15.9472 is a 2 m OM4 fibre optic cable with E-2000 (LSH) to LC terminations designed for high-speed multimode networks. With a 50 µm core diameter and full duplex configuration, this fibre patch cable supports fast, low-loss data transmission in modern data centers, telecom rooms and communications racks. The cable's OM4 grading provides improved bandwidth and reduced modal dispersion compared with lower-grade multimode fibres.

Advantages

This ROLINE OM4 cable combines an E-2000 (LSH) connector at one end and an LC connector at the other to offer secure mating and low insertion loss. The 2 m length is suitable for short patch runs between panels, switches and active equipment without excess slack. The 50 µm core and OM4 specification ensure higher bandwidth and better performance for 10GbE, 40GbE and other high-speed multimode links where compatible transceivers are used.

Suitable for

• Short optical patch connections in data centers and server rooms
• Linking patch panels to switches or transceivers with E-2000 and LC interfaces
• Multimode applications requiring OM4 bandwidth for high-speed Ethernet
• Full duplex links in telecom distribution frames and network cabinets

Key specifications

• Fiber type: OM4 multimode
• Core diameter: 50 µm
• Length: 2 m
• Connector A: E-2000 (LSH)
• Connector B: LC
• Mode: Full duplex

How to use

Position the cable so the E-2000 (LSH) and LC connectors align with the corresponding ports on your equipment. Insert each connector until it clicks or seats firmly in the adaptor or transceiver. Avoid sharp bends and maintain the recommended minimum bend radius for multimode fibre to prevent increased attenuation. For removal, disengage any latch mechanisms on the E-2000 or LC connector and pull straight out without twisting.

Recommendations

Use this OM4 cable in controlled environments such as data centers or network cabinets. Keep protective dust caps on connectors when not in use, perform visual inspection and cleaning of endfaces before mating, and route the cable to avoid stress, tight bends and mechanical damage to maintain optimal optical performance.