RamboCables OM3 LC-LC Duplex Fiber Patch Cable 3m - 5 Pack, 50/125µm LSZH

Overview

Elevate your network with the RamboCables OM3 LC-LC duplex fiber patch cables. These links are built for stable, efficient data transfer in busy environments, combining a compact 2.0 mm cable diameter with a protective LSZH jacket. The result is a neat, reliable solution that helps you keep high-density cabling organized without compromising performance.

Key benefits at a glance

• 50/125 μm multimode core and cladding support higher bandwidth potential, enabling scalable performance as your network evolves.
• 2.0 mm cable diameter with a minimum bend radius of 7.5 mm supports tight layouts in racks and cabinets.
• LSZH jacket offers safer indoor use by reducing smoke and toxic emissions, helping align with safety standards.

What you can connect

• Designed for linking 10G Ethernet transceivers such as SR modules, as well as 40G SR and QSFP+/SFP+ devices.
• Ideal for 10G/40G/100G deployments in data centers, enterprise networks, telecom rooms, server farms, and cloud storage facilities.

Performance and distances

• Bandwidth rating of 2000 MHz·km at 850 nm supports stable high-speed links in multigig environments.
• Typical transmission reach varies by standard: up to 300 m at 10G, up to 240 m at 40G, up to 100 m at 100G using compatible transceivers.

Quality and reliability

• Manufactured with precision materials, including LSZH jacket by a renowned supplier, and fiber tails finished with reliable bonding.
• Key specs include IL ≤ 0.3 dB and RL ≥ 30 dB, with operation across a wide temperature range (-20°C to 70°C).

Packaging and value

• Available as a 3 m cable in a 5-pack, offering convenient bulk deployment and potential cost savings versus single cables.
• Designed to simplify cable management in demanding network environments while delivering dependable performance.

Real-world use cases

In data centers, these patch cables help organize dense fiber runs between racks and top-of-rack switches. In office and campus networks, they support clean, scalable uplinks for growing bandwidth needs. They’re also suitable for labs and testing environments where repeatable, quick-connect fiber links matter.