LC UPC to LC APC Duplex OS2 Single-mode Fiber Patch Cable
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$12.49
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LC/UPC to LC/APC Duplex Patch Cable – OS2 Single-Mode 9/125 µm
Enhance your network with our LC/UPC to LC/APC Duplex OS2 Single-Mode Fiber Patch Cable, designed for seamless, low-loss connectivity between flat-polish and angled-polish LC ports. This duplex jumper, featuring two 9/125 µm single-mode fibers in one jacket, ensures high-bandwidth, long-reach performance with ultra-low back-reflection, making it ideal for DWDM, telecom, and FTTH applications requiring mixed polish interfaces.
At a Glance
- OS2 Single-Mode Fiber (9/125 µm): Engineered for long-reach, high-bandwidth circuits
- Duplex Construction: Two fibers in one jacket for simultaneous send/receive channels
- LC Snap-In Plugs: 1.25 mm ferrules maximize port density for patch panels, SFP, and XFP optics
- Mixed UPC/APC Polarity: Ultra-polish UPC on one end, 8° angled APC on the other for optimal performance
- Precision Geometry: End-faces verified with 3D interferometry, tested for insertion loss (≤ 0.15 dB typical) and back reflection
- Plug-and-Play Compatibility: Fits any standard LC receptacle, no field termination required
- Certified Quality: UL-listed (US/Canada) and RoHS-compliant for safety and environmental standards
- Customizable Options: Available in custom lengths, jackets, and colors to match your documentation
Ideal Applications
- Cross-connecting DWDM equipment in telecom networks
- Patching line cards with mixed UPC/APC polish types
- Extending angled OLT ports to flat SFP modules
- High-density environments requiring compact LC single-mode connectivity
Specifications
- Connector Type: LC UPC to LC APC
- Fiber Mode: OS2 9/125 μm
- Typical Insertion Loss: ≤ 0.15 dB
- Maximum Insertion Loss: ≤ 0.30 dB
- Jacket Material: PVC
- Cable Diameter: 1.8mm x 3.7mm
- Polarity: A (Tx) to B (Rx)
Upgrade your network with this LC/UPC to LC/APC OS2 single-mode fiber optic patch cable, delivering superior signal integrity, high-density compatibility, and flexible customization for demanding mixed-polish applications.