Fiber Optic Cable Garbot FO Cable OM4 50/125 B-01-10305 multimode duplex

Garbot FO Cable OM4 50/125 B-01-10305 multimode duplex is a multimode fiber optic cable with 50/125 µm core/cladding geometry (OM4) designed for high-speed short- to medium-range data transmission. The duplex configuration supports two-way links in structured cabling systems and data center interconnects. This cable is intended to deliver low attenuation and consistent signal quality for enterprise networks, telecom links and high-density patching environments.

Advantages

The OM4 multimode design provides enhanced modal bandwidth for higher aggregate throughput compared with lower-grade multimode fibers, improving margin for 10 Gbit/s and 40/100 Gbit/s short-range applications where OM4 is supported. The duplex format simplifies installation of bidirectional links and reduces cable management complexity in patch panels. Built to industry multimode geometry standards, the cable offers predictable optical performance and compatibility with common multimode connectors and transceivers.

Suitable for

• Data center horizontal and rack-to-rack connections
• Enterprise LAN backbone and telecom equipment interconnects
• High-density patch panels and duplex transceiver links

Key specifications

• Fiber type: Multimode OM4
• Core/cladding diameter: 50/125 µm
• Configuration: Duplex (two fibers)
• Intended application range: Short to medium reach optical links

How to use

Install the Garbot OM4 duplex cable following standard structured cabling practices. Route the cable through appropriate cable management trays or conduits, maintain minimum bend radii specified by the manufacturer of the cable or system, and terminate with compatible multimode connectors (LC, SC or others) and duplex transceivers rated for OM4 fiber. Perform end-face inspection and optical loss testing after termination to verify insertion loss and continuity according to network requirements.

Usage recommendations

Use this OM4 duplex fiber for short- to medium-distance links where higher modal bandwidth is required. Verify connector type and transceiver compatibility before installation, avoid exceeding recommended bend radii, and perform testing (e.g., insertion loss, continuity) to ensure link performance meets network specifications.