Cabo de fibra ótica ProXtend SC-SC UPC OM2 Duplex 10M

The ProXtend SC-SC UPC OM2 Duplex 10M fiber cable is a 10-metre multimode patch cable engineered for high-speed, high-bandwidth links over short to medium distances. It has a 50 µm glass core and SC male UPC connectors on both ends, enclosed in a low-smoke zero-halogen (LSZH) jacket and specified to operate in temperatures from -20 °C to 70 °C.

Advantages

This ProXtend OM2 duplex cable supports full-duplex multimode transmission with reliable SC UPC terminations and a transparent glass core for consistent optical performance. The LSZH outer jacket reduces harmful smoke and halogen emissions in case of fire and the -20 °C to 70 °C operating range makes the cable suitable for many indoor and controlled-environment installations. The 10 m length provides flexibility for equipment placement within racks and cabinets.

Suitable for

• Connecting switches, patch panels and servers in LANs
• Interconnecting equipment in data centres and telecom rooms
• Short- to medium-range multimode optical links

Key specifications

• Brand: ProXtend
• Model / MPN: FO-SCSCOM2D-010
• EAN: 5714590107678
• Type: Multimode duplex fiber patch cable
• Connector: SC — SC, UPC polish, male
• Core diameter: 50 µm (OM2)
• Length: 10 m
• Jacket: LSZH (low-smoke zero-halogen)
• Operating temperature: -20 °C to 70 °C

How to use

Route the cable between the two optical ports to be connected, avoiding sharp bends and kinks; maintain the minimum bend radius recommended for multimode fiber. Remove protective dust caps from the SC connectors immediately before insertion, then plug the connectors firmly into the SC ports until they click. For best performance, ensure connectors and ports are clean and, if necessary, use an optical connector cleaner before installation.

Recommendations

Use this OM2 duplex SC-SC UPC cable for structured cabling within racks and patch panels, and for short- to medium-distance multimode links. Inspect and clean connectors regularly and avoid installation near strong electromagnetic sources or mechanical stress to preserve optical performance.