RamboCables 10m OM4 LC-LC Fiber Patch Cables – 10 Pack, 50/125μm MMF, LSZH

Overview

RamboCables presents a practical 10 m OM4 LC to LC multimode patch cable set, sold as a convenient 10‑pack. These duplex cables feature a 50/125 μm MMF core paired with a low‑smoke, zero‑halogen (LSZH) jacket, delivering reliable performance while supporting safer, neater installations in busy data centers and telecom rooms.

Why choose OM4 LC to LC patch cables

• High bandwidth capability with 4700 MHz·km at 850 nm, enabling flexible Ethernet deployments over meaningful distances.
• Duplex LC to LC connectors are ready for SR transceivers and QSFP+/SFP+ modules used in 10G, 40G, and 100G links.
• Zirconia ceramic ferrules provide precise alignment and help maintain stable transmission paths.
• LSZH jacket minimizes smoke and halogen content, supporting safer setups in dense racks and shared spaces.
• Compact 2.0 mm cable diameter with a bend radius near 7.5 mm for tidy cabling in tight enclosures.
• Bulk 10‑pack packaging simplifies procurement and inventory management for larger deployments.

Technical snapshot

• Wavelength range spans 850 and 1300 nm, optimized for multimode links.
• Bandwidth specification around 4700 MHz·km at 850 nm supports diverse Ethernet configurations.
• Insertion loss typically ≤ 0.3 dB; return loss ≥ 30 dB, contributing to dependable signal paths.
• Operating temperature from -20 to 70 C accommodates data centers, server rooms, and equipment closets.

Real‑world use cases

Ideal for connecting 10G SR or 40G/100G transceivers in dense rack layouts, or extending links between switching racks in a busy data hall. The 10 m length offers flexible routing without excess slack.

For spaces prioritizing safety and cleanliness, the LSZH jacket helps reduce smoke exposure during fault events while maintaining cable flexibility during maintenance or rearrangement.

What to expect when purchasing

The 10‑pack configuration provides a cost‑effective way to stock essential patch cables and scale upgrades. With reliable materials, precise ferrules, and tested specs, you can anticipate consistent performance across standard Ethernet deployments.