Choose this fibre optic cable from StarTech.com for reliable data transmission in your industrial system. It's a single-mode type that works by transmitting data as pulses of light through a single fibre. As it doesn't send physical electrical signals, the risk of EMI is minimised, ensuring clear signal quality.

High-speed transmissionWith a maximum data transfer rate of 100Gbps, this cable is suitable for your high-speed applications.
Long distance connectionThanks to its 10m length, you can easily connect devices across larger workspaces.

• Flame-retardant LSZH outer sheath helps prevent fire from spreading
• Bright orange colour for easy identification

The SMFIBLCLC10 10m LC to LC Single-Mode Duplex Fiber Cable features 9/125 micron fiber for high-speed, high bandwidth data transmissions over Gigabit Ethernet and Fiber Channel networks, with support for duplex single-mode applications.

This LC-LC patch cable is housed in a Low-Smoke, Zero-Halogen flame retardant jacket, to ensure minimal smoke, toxicity and corrosion when exposed to high sources of heat, in the event of a fire – an ideal solution for use in industrial settings, central offices and schools, as well as residential settings where building codes are a consideration.

Each Duplex 9/125 (OS1) Single-Mode Fiber Patch Cable is within acceptable optical insertion loss limits for guaranteed compatibility and 100% reliability, and is backed by our lifetime warranty.

2x LC SM male connectors
OS1 (9/125)
Low-Smoke, Zero-Halogen cable jacket
Molded connectors

Guaranteed reliability
Applications
Connecting PoE-enabled devices to Gigabit networks
Patch connections from network hub to distribution panel
Connects workstation to RJ45 wall outlet
Deliver data, voice and video over Gigabit networks

What's the difference between a single mode and a multimode fibre optic cable?A single-mode cable contains a slim core which minimises the risk of reflection in the internal LED sources carrying the signal. A multimode cable has a larger core and can carry multiple signals.