ENET - Patch cable - LC single-mode (M) to LC single-mode (M) - 4 m - fiber optic - duplex - 9 / 125 micron - OS1 - riser, jumper - green
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Reliable Connectivity
The LC single-mode connectors on both ends of the cable provide dependable connections, allowing for clear and uninterrupted data transfer in demanding networking environments.
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Robust Construction
Featuring a PVC jacket, this patch cable is designed to withstand various environmental conditions, ensuring durability and longevity in installation.
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Environmentally Compliant
This cable meets RoHS standards, contributing to safer, eco-friendly installations and reductions in hazardous substances, aligning with environmental regulations.
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Optimized Fiber Technology
The 9 / 125 micron core/cladding diameter enhances data transmission efficiency, making it suitable for high-speed network applications.
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Versatile Usage
As a riser and jumper cable, it offers flexibility for multiple networking setups, accommodating diverse requirements in modern communication infrastructure.
The ENET Solutions patch cable ensures reliable connectivity with its efficient fiber optic technology. Designed to meet OS1 compliant standards, it features LC single-mode connectors on both ends, facilitating seamless data transmission. With a core/cladding diameter of 9 / 125 micron, this cable is ideal for duplex mode applications, making it a suitable choice for various networking needs. Constructed with a durable PVC jacket, the cable is well-suited for riser and jumper applications. It complies with RoHS and MSA standards, ensuring it meets critical environmental and industry requirements. The ENET Solutions patch cable is crafted to deliver consistent and effective performance across various environments.
- Designed with LC single-mode connectors for optimal connectivity
- Constructed with a durable PVC jacket for extended use
- Compliant with RoHS and MSA standards for safety and reliability
- Features a 9 / 125 micron core/cladding diameter for effective transmission
- Ideal for duplex mode applications
