Patchcord MM OM3 SC-SC duplex 50/125 2.0m ALANTEC FOC-SCSC-5MMD-2-3

Fiber optic patch cord MM OM3 SC-SC duplex 50/125 2.0m is a reliable connection for demanding network installations. This dual-fiber cable, terminated with SC connectors, provides high-quality data transmission in LAN, WAN networks, as well as in CCTV and FTTx systems. Made of OM3 (50/125 µm) multimode fiber, it is characterized by low signal attenuation, which translates to stable and efficient network operation.

This cable is a product of ALANTEC, belonging to A-LAN Technologie – a Polish leader in the production of structured cabling systems. A-LAN has been supplying high-quality products to the market since 2001, confirmed by laboratory tests and covered by a multi-year system warranty. By choosing ALANTEC, you gain confidence in the durability and reliability of connections.

Why choose this patch cord?

• High transmission quality: OM3 fiber provides optimal performance in multimedia networks and applications requiring high bandwidth.
• Low attenuation: Minimizes signal loss over long cable lengths, guaranteeing a stable connection.
• Durable construction: Ceramic ferrules ensure precise connection and high resistance to mechanical damage.
• Safety: The cable is made of LSOH (Low Smoke Halogen) materials, which limit the emission of toxic substances in the event of a fire.
• Compliance with standards: Meets the requirements of the RoHS standard, which means it is environmentally friendly.
• Ready to use: Dual-fiber SC duplex cable facilitates quick and easy connection of devices.

This patch cord is an ideal solution for both professional installers and end-users looking for a reliable and efficient way to connect fiber optic devices. Its versatility makes it suitable for various installations – from offices and data centers to monitoring systems and telecommunications networks. The length of 2 meters provides flexibility in device placement and allows for aesthetic cable routing. The cable jacket color – turquoise – facilitates identification in cross-connect points.