AddOn - Network splitter - LC/PC single-mode (M) to LC/PC single-mode (M) - 29 m - fiber optic - simplex - OS2 - riser - yellow
- Utilizes fiber optic technology for efficient data transmission
- Features LC/PC connectors for high performance
- Compliant with ISO/IEC 11801 standards for reliability
- Supports a wavelength range of 1310-1550 nm
- Riser design for flexible installation options
The AddOn Networks network splitter offers a robust solution for high-performance networking applications. Built with fiber optic technology, this cable ensures seamless data transmission thanks to its single-mode LC/PC connectors. The non-conductive materials used in its construction enhance safety and performance in various environments. Operating within a wavelength range of 1310-1550 nm, it supports networking tasks, making it suitable for applications including data centers and enterprise networks.
With a simple cable mode and compliant with ISO/IEC 11801 standards, the AddOn network splitter features a riser design that allows for flexible installation options. The cable’s 50/50 ratio allows equal distribution of signals, ensuring reliable connectivity across all connected devices. Efficiency, safety, and reliability come together in this well-engineered networking solution, designed to meet the needs of modern enterprise systems.
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Efficient Design
The simplex configuration of the AddOn network splitter allows for straightforward installation and maintenance, optimizing network performance while minimizing complexity.
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High Safety Standards
Constructed from non-conductive materials, this network splitter enhances safety during operation and installation, protecting against potential electrical hazards.
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Versatile Connectivity
Equipped with two male connectors on the right and one male connector on the left, this splitter facilitates flexible setups for various networking requirements.
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Reliable Signal Distribution
The 50/50 ratio feature ensures that signals are evenly distributed across connected devices, contributing to consistent performance and connectivity.
