Glasvezelkabel EFB Elektronik O6413.25 — OM2 50µm, SC–SC, 25 m, vollduplex, oranje

EFB Elektronik O6413.25 is a 25 m fibre optic cable using OM2 multimode fibre (50 µm core) with SC connectors on both ends in a full-duplex SC–SC configuration. The orange jacket provides easy visual identification and the cable is designed for high-speed links such as InfiniBand, server connections and data centre backbone runs where a reliable multimode connection is required.

Advantages

The cable follows international structured cabling concepts for fibre jumpers and offers consistent performance for multimode links. Using OM2 50 µm fibre and standardized SC connectors ensures compatibility with a wide range of network equipment. Full-duplex SC–SC termination provides simple point-to-point connectivity and the 25 m length enables flexible routing in data centre and rack environments.

Suitable for

• InfiniBand links and other high-speed network connections
• Server-to-switch or server-to-switch-to-server connections in racks
• Data centre backbone and horizontal multimode runs
• Short- to medium-distance multimode fibre links within buildings

Key specifications

• Brand: EFB Elektronik
• Model / MPN: O6413.25
• EAN: 4049759153540
• Type: Fibre optic patchcord (fibre jumper), full duplex
• Fibre: OM2 multimode, 50 µm core
• Connector: SC–SC
• Length: 25 m
• Colour: Orange

How to use

Route the cable between the passive interface (patch panel or wall outlet) and the active device port (switch, server HBA or transceiver) ensuring gentle bends and avoiding sharp kinks. Plug SC connectors into the corresponding SC ports until they click; verify correct full-duplex orientation by matching transmit and receive ports on each end. Test the link with appropriate fibre test equipment or network diagnostics after installation to confirm signal continuity and expected performance.

Recommendations

Handle the OM2 multimode fibre with care: maintain the minimum bend radius specified by the manufacturer, keep connector end-faces clean and protected when not in use, and avoid excessive tensile load on the cable. For critical high-speed links, verify connector cleanliness and perform optical loss testing after installation.