5 Meter LC-APC/LC-UPC Simplex Singlemode Fiber Patch Cable

The 5 Meter LC-APC/LC-UPC Simplex Singlemode Fiber Patch Cable provides a convenient optical connection between compatible equipment using different LC connector polish types. Featuring singlemode fiber, an LC/APC connector on one end, an LC/UPC connector on the opposite end, and simplex construction, this hybrid fiber patch cord is suited for telecommunications, broadband, fiber distribution, and structured optical network applications.

The LC/APC (Angled Physical Contact) connector uses an angled fiber end-face designed to help minimize optical back reflection, while the LC/UPC (Ultra Physical Contact) connector provides connectivity to compatible UPC-polished optical interfaces. This APC-to-UPC configuration is useful when interconnecting equipment, patch panels, enclosures, or optical devices that require different connector polish types.

Its simplex design incorporates a single optical fiber for a single-path optical connection between compatible devices. Singlemode construction supports low-loss optical transmission over longer distances and is commonly used throughout telecommunications, broadband, campus fiber, and other professional optical infrastructures.

At 5 meters in length, this LC fiber jumper provides additional routing flexibility between racks, cabinets, fiber distribution areas, and network equipment.

Key Features:

• 5-meter singlemode fiber patch cable
• LC/APC connector on one end
• LC/UPC connector on the opposite end
• Simplex single-fiber configuration
• Singlemode optical fiber construction
• Hybrid APC-to-UPC connectivity
• APC interface helps minimize optical back reflection
• Compact LC connectors for high-density fiber applications
• Suitable for compatible fiber panels and optical equipment
• Ideal for telecom, broadband, and structured fiber networks

Connect different LC interface types with the 5 Meter LC-APC/LC-UPC Simplex Singlemode Fiber Patch Cable, providing a professional APC-to-UPC singlemode fiber jumper for reliable optical network connections.