Fiber Optic Patch Cable Intellinet OM3 ST/LC 2m Aqua Duplex Multimode 50/125 µm

The Intellinet Fiber Optic Patch Cable OM3 (2 m, Aqua Duplex) is a multimode 50/125 µm cable designed for high-speed data transmission with ST to LC connectors. Constructed from LSZH materials and supplied with a lifetime warranty, this patch cable is intended for reliable network links where low attenuation and physical safety are required.

Advantages

Fiber optic transmission provides very long reach and low signal loss compared with copper cabling, enabling links that can exceed typical distances for multimode installations while maintaining signal integrity. Optical fibres are inherently more secure because signals cannot be detected remotely without physically accessing the fibre, making this cable suitable for installations with elevated security requirements. The cable contains no metallic elements, allowing installation in environments with electromagnetic interference and near power infrastructure without introducing conductive pathways.

Suitable for

• Data centre patching and intra-rack connections
• Campus and enterprise backbone links
• Secure network segments for financial, governmental or sensitive applications
• Installations near power lines or equipment subject to EMI

Key specifications

• Brand: INTELLINET
• Model/MPN: 751001
• Type: Multimode OM3 duplex patch cable
• Core/cladding: 50/125 µm
• Connectors: ST to LC (duplex)
• Length: 2 m
• Jacket material: LSZH
• Colour: Aqua

How to use

Connect the LC end to the transceiver or device with LC ports and the ST end to the corresponding ST adapter or equipment port. Ensure connectors are clean before mating to prevent signal loss or contamination. Route the cable following standard bend-radius guidelines for multimode fibre and secure with proper cable management accessories to avoid strain or damage.

Usage recommendations

For best performance, use this OM3 duplex cable with OM3-compatible transceivers and active equipment, maintain connector cleanliness, observe minimum bend radii, and avoid running the cable alongside high-voltage power where mechanical damage could occur.