RamboCables 200ft OM3 LC to LC Duplex Fiber Patch Cable – 50/125μm, LSZH, 10G/40G Ready

Overview

RamboCables 200ft OM3 LC to LC multimode duplex patch cable elevates fiber connectivity for modern networks. Built with 50/125μm high‑quality cladding and a compact 2.0mm jacket, this cable blends durability with flexible routing in data centers, enterprise closets, and telecom rooms. The environmentally friendly LSZH jacket adds an indoor safety benefit, aligning with typical safety standards while staying unobtrusive in densely populated spaces.

Designed to support high‑speed Ethernet environments, this OM3 MMF patch cord is compatible with popular transceiver types and configurations. Its emphasis on reliable signal transmission makes it a solid choice for organizations looking to streamline cabling density without compromising performance or manageability.

Key benefits at a glance

• OM3 MMF duplex LC‑LC construction supports multiple wavelengths (850/1300nm) for versatile link options.
• Very low insertion loss (≤ 0.3 dB) helps preserve signal strength across longer runs and compact racks.
• Return loss ≥ 30 dB minimizes reflections, contributing to cleaner data transmission and fewer errors.
• Wide bandwidth (2000 MHz·km at 850nm) enables practical 10G up to ~300 m, 40G up to ~240 m, and 100G up to ~100 m.
• LSZH jacket reduces smoke production and toxicity, making it suitable for indoor, high‑density facilities.
• Compact diameter and duplex design save space in high‑density cabling environments while simplifying routing.

Why choose RamboCables

RamboCables focuses on reliable performance and responsive support. This OM3 LC‑LC patch cable pairs well with 10G SR, 40G SR/BIDI, QSFP+, and SFP+ transceivers, helping you scale links from edge to core without overhauling your patch architecture. Our team offers guidance and customization options to fit unique data‑center layouts or office deployments, ensuring you have access to dependable, high‑quality networking solutions.

Practical use cases

• Data centers and cloud environments requiring dense, orderly patching for high‑speed links.
• Enterprise networks and telecom rooms that benefit from consistent performance across rack‑to‑rack spans.
• Laboratories or staging areas where flexible testing cables support quick swaps and reconfigurations.