Integra Optics - Network cable - LC/UPC multi-mode (M) to LC/UPC multi-mode (M) - 5 m - 0.1 in - fiber optic - duplex - 50 / 125 micron - OM4 - riser, jumper - aqua
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Enhanced durability
The PVC jacket material ensures that the cable is not only flexible but also durable, capable of withstanding various environmental conditions without compromising performance.
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High-speed connectivity
Featuring OM4 compliant standards with a core/cladding diameter of 50 / 125 micron, this cable supports high-speed data transmission, making it ideal for network infrastructures requiring fast and reliable connectivity.
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Optimized for complex installations
With bend insensitive technology, this cable is designed to maintain signal integrity even in tight bends and corners, making it perfect for complex routing paths without the risk of signal loss or degradation.
Discover the Integra Optics network cable, engineered to meet the demands of modern network infrastructures. This high-performance cable features a duplex design, allowing for simultaneous two-way data transfer, and is equipped with LC/UPC multi-mode connectors on both ends for seamless integration into existing setups. With compliance to OM4 standards and a core/cladding diameter of 50 / 125 micron, it supports high-speed data transmission, essential for today's data-heavy applications. The cable's bend insensitive technology ensures that signal integrity is maintained even in tight bends and corners, making it ideal for complex installations. Additionally, the durable PVC jacket material offers flexibility while protecting the cable from environmental stress, ensuring long-term reliability. Whether upgrading an existing network or building a new one, this cable provides the performance and durability needed for optimal connectivity.
- OM4 compliant for high-speed data transmission
- Bend insensitive technology ensures signal integrity
- Duplex mode supports simultaneous two-way data transfer
- PVC jacket material for enhanced durability and flexibility
- LC/UPC multi-mode connectors for reliable connectivity
