Fibre optic cable EFB Elektronik O0341.2 — OM4, 2 m, LC to E‑2000 (LSH), 50 µm, violet

Single multimode fibre optic patch cable EFB Elektronik O0341.2 with OM4 multimode fibre and 50 µm core diameter. The cable is 2 m long and terminated with an LC connector on one end and an E‑2000 (LSH) connector on the other. The violet jacket allows easy identification in installations. This fibre jumper is suitable for short connections between passive interfaces and active device ports in structured cabling environments and complies with terminology used in ISO/IEC 11801.

Advantages

The OM4 multimode core provides improved bandwidth and lower attenuation for short‑reach high‑speed data links. Factory‑polished connectors (LC and E‑2000 LSH) ensure repeatable low‑loss mating and reliable performance. A 2 m length covers common patching distances in racks and patch panels while the violet jacket simplifies cable management and identification.

Suitable for

• Datacentre interconnects and rack patching
• High‑speed multimode links (10/40/100 Gbps over OM4 distances)
• Equipment patching between switches, transceivers and fibre panels

Key specifications

• Brand: EFB Elektronik
• MPN: O0341.2
• EAN: 4049759079475
• Fibre type: OM4 multimode
• Core diameter: 50 µm
• Length: 2 m
• Connectors: LC to E‑2000 (LSH)
• Jacket colour: Violet

How to use

Route the fibre jumper between the device port and the passive interface, avoiding tight bends and mechanical strain. Align and insert the LC and E‑2000 connectors into the corresponding ports until they latch; verify indicator LEDs or link status on connected equipment. For secure installation, use cable management panels or guides to prevent kinking and to maintain minimum bend radius recommended for multimode fibre.

Recommendations

Inspect connector endfaces before mating; clean with approved fibre‑optic cleaning tools if contamination is present. Do not exceed the specified minimum bend radius and avoid tensile loads on the cable. Store unused ends with protective dust caps when not connected.