AddOn - Patch cable - MPO/APC single-mode (F) to MPO/APC single-mode (F) - 8 m - fiber optic - duplex - 9 / 125 micron - OS2 - OFNR - riser - yellow
- MPO/APC single-mode connectors on both ends
- Operates at a wavelength of 1310/1550 nm
- Constructed from 9 / 125 micron singlemode fiber
- Riser-rated design for safe vertical installations
- 8 fibers per connector for high-density applications
The AddOn Networks patch cable offers robust connectivity for fiber optic networks with its precise engineering and high-quality materials. Designed with MPO/APC single-mode connectors on both ends, it ensures reliable transmission with low insertion loss. The cable operates at a wavelength of 1310/1550 nm and is compliant with OS2 standards, making it suitable for a range of applications including data centers and telecommunications. Constructed from singlemode fiber, this cable has a core and cladding diameter of 9 / 125 micron, allowing efficient light transmission. Its riser-rated design (OFNR) enhances safety in vertical spaces, while non-conductive features ensure effective use without risk of electrical interference. With 8 fibers in each connector, this duplex cable is a strong choice for high-density network environments.
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High-performance connectivity
This patch cable provides exceptional data transmission capabilities with its compliant OS2 technology and MPO/APC single-mode connectors. Its design minimizes insertion loss, ensuring that signal integrity is maintained over distances.
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Suitable for diverse applications
The AddOn patch cable is versatile and can be used in various networking environments, including data centers and enterprise networks. Its specifications meet the needs of professionals requiring reliable and efficient fiber optic connections.
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Safe and efficient installation
With a riser-rated (OFNR) feature, the cable is safe for installation in vertical spaces, reducing fire hazards. Its non-conductive characteristics further enhance safety during use.
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Optimized light transmission
Designed for performance, the cable operates at wavelengths of 1310/1550 nm, allowing for optimized light transmission across the fibers, making it ideal for high-bandwidth applications.
