Product Description: Elevate your network performance with our Singlemode 9/125 Fiber Optic Patch Cable, a top-tier OS2 Fiber Jumper Cord. This cable is meticulously crafted for high-speed fiber optic networking, offering impeccable light pulse fidelity over extended distances and exceptional bandwidth. Its LC (APC) to LC (UPC) termination ensures reliable connectivity. Features:
Connector 1: LC Duplex, 1.25mm form factor with APC polish.
Connector 2: LC Duplex, 1.25mm form factor with UPC polish.
Max Connector Loss: A mere 0.50 dB, guaranteeing minimal signal loss.
Typical Connector Loss: Only 0.30 dB, ensuring efficient data transmission.
Typical Return Loss: Impressive -55 dB for signal integrity.
Optical Mode Type: OS2 (9/125 Singlemode) with a 9-micron core and 125-micron cladding, supporting 10 Gigabit speeds over 5-10km at 1310nm and 30-40km at 1550nm.
Core Material: Crafted with Corning Optical Fiber, a pioneer in low-loss, high bandwidth optical fiber.
Strand Count: Features 2 Fiber Strands for reliable connections.
Jacket Color: Yellow, the industry standard for single-mode fiber optic cables.
UL Rating: OFNR (Optical fiber, nonconductive, riser) certified for use in riser, backbone, and fiber-only applications.
Quality Control: Rigorously inspected and tested in line with ANSI/TIA/EIA-455-171-A-2001 attenuation standards by qualified fiber optic technicians.
Warranty: Enjoy peace of mind with a Lifetime Warranty – if it stops working when it shouldn't, we'll replace it for free.
Current Specials: Benefit from Free Shipping and Same Day Shipping options for your fiber optic patch cable orders.
Condition: New
Product Description: Elevate your network performance with our Singlemode 9/125 Fiber Optic Patch Cable, a top-tier OS2 Fiber Jumper Cord. This cable is meticulously crafted for high-speed fiber optic networking, offering impeccable light pulse fidelity over extended distances and exceptional bandwidth. Its LC (APC) to LC (UPC) termination ensures reliable connectivity. Features:
Connector 1: LC Duplex, 1.25mm form factor with APC polish.
Connector 2: LC Duplex, 1.25mm form factor with UPC polish.
Max Connector Loss: A mere 0.50 dB, guaranteeing minimal signal loss.
Typical Connector Loss: Only 0.30 dB, ensuring efficient data transmission.
Typical Return Loss: Impressive -55 dB for signal integrity.
Optical Mode Type: OS2 (9/125 Singlemode) with a 9-micron core and 125-micron cladding, supporting 10 Gigabit speeds over 5-10km at 1310nm and 30-40km at 1550nm.
Core Material: Crafted with Corning Optical Fiber, a pioneer in low-loss, high bandwidth optical fiber.
Strand Count: Features 2 Fiber Strands for reliable connections.
Jacket Color: Yellow, the industry standard for single-mode fiber optic cables.
UL Rating: OFNR (Optical fiber, nonconductive, riser) certified for use in riser, backbone, and fiber-only applications.
Product Description: Elevate your network performance with our Singlemode 9/125 Fiber Optic Patch Cable, a top-tier OS2 Fiber Jumper Cord. This cable is meticulously crafted for high-speed fiber optic networking, offering impeccable light pulse fidelity over extended distances and exceptional bandwidth. Its LC (APC) to LC (UPC) termination ensures reliable connectivity. Features:
Connector 1: LC Duplex, 1.25mm form factor with APC polish.
Connector 2: LC Duplex, 1.25mm form factor with UPC polish.
Max Connector Loss: A mere 0.50 dB, guaranteeing minimal signal loss.
Typical Connector Loss: Only 0.30 dB, ensuring efficient data transmission.
Typical Return Loss: Impressive -55 dB for signal integrity.
Optical Mode Type: OS2 (9/125 Singlemode) with a 9-micron core and 125-micron cladding, supporting 10 Gigabit speeds over 5-10km at 1310nm and 30-40km at 1550nm.
Core Material: Crafted with Corning Optical Fiber, a pioneer in low-loss, high bandwidth optical fiber.
Strand Count: Features 2 Fiber Strands for reliable connections.
Jacket Color: Yellow, the industry standard for single-mode fiber optic cables.
UL Rating: OFNR (Optical fiber, nonconductive, riser) certified for use in riser, backbone, and fiber-only applications.
