ProLink SC-LC OS2 Duplex Fiber Optic Jumper Cord — 3 m (Single-Mode, OS2)

Key Features:

• SC-to-LC Duplex Connectivity — One end with SC duplex connectors and the other with LC duplex connectors for direct interfacing without adapters.

• OS2 Single-Mode Fiber (9/125 µm) — Laser-optimized single-mode fiber for low attenuation and long-distance signal integrity.

• 3 Meter Cable Length — Ideal for telecom closets, equipment racks, and structured cabling links.

• Precision Ceramic Ferrules — Ensures accurate fiber alignment and consistent optical performance.

• Low Insertion Loss (~0.3 dB) — Maintains strong signal quality across the jumper length.

• High Return Loss — Minimizes back reflections for reliable optical links.

• LSZH Yellow Jacket — Low Smoke Zero Halogen jacket enhances safety for indoor structured installations.

Technical Specifications:

• Brand: ProLink

• Connector Types: SC duplex (male) ↔ LC duplex (male)

• Fiber Type: Single-Mode (OS2, 9/125 µm)

• Cable Length: 3 meters

• Jacket Type: LSZH (yellow)

• Insertion Loss: Typically ≤ 0.3 dB

• Return Loss: Generally high (≥ typical OS2 performance)

• Duplex: Yes (two fibers for full-duplex)

• Application: Single-mode optical patching in structured networks

Note: Exact published values for OS2 return loss and insertion loss can vary by manufacturer and product series, but OS2 single-mode jumpers typically meet industry standards for low loss and high return loss in single-mode networks.

Performance & Connectivity:

• Optimized Single-Mode Performance — OS2 fiber delivers low attenuation and high signal integrity over the jumper length, supporting high-speed optical links and longer wavelength ranges typically used in telecom and data center environments.

• Versatile Compatibility — Works with equipment featuring SC or LC single-mode interfaces, including switches, routers, media converters, patch panels, and optical transceivers.

• Duplex Support for Full-Duplex Links — Twin fiber cores enable simultaneous transmit and receive channels in full-duplex optical networks.