Bangun 3m (4-Pack) LC to LC Duplex OM3 Patch Cables – 50/125 Multimode, 2.0mm, 10G Ethernet

Overview

Upgrade your fiber runs with Bangun 3m (4-Pack) LC to LC Duplex OM3 Multimode Patch Cables. Built for speed-focused setups, these cables pair OM3 multimode fiber (50/125 µm) with a compact 2.0 mm outer diameter for flexible deployments inside racks, between transceivers, and across short-distance links.

Key features and benefits

• Wide compatibility: optimal for 10G SR, 10G LRM, and SFP+ transceivers, with support extending to multi-rate Ethernet ecosystems from 10G upward.
• OM3 multimode fiber: 50/125 µm core sizing delivers reliable high-speed performance across supported link lengths.
• Safer jacket: Low-Smoke, Zero-Halogen (LSZH) jacket design helps minimize smoke and toxic gases in enclosed spaces or confined racks.
• Low insertion loss: Foxconn precision ceramic LC/PC ferrules help maintain clean terminations with typical losses under 0.2 dB for strong, repeatable signals.
• Bend-insensitive construction: Minimum bend radius of 7.5 mm reduces signal distortion when routing cables in tight spaces.
• Conduit-friendly sizing: Recommended minimum conduit sizes are ≥13 mm for duplex LC pairs and ≥10 mm for simplex LC runs.

Installation and handling tips

• Before inserting into transceivers, remove the protective white boots to ensure a clean, snag-free connection.
• Adhere to the recommended bend radius to preserve signal integrity and prolong cable life in dense enclosures.
• Each 3 m length is bundled as a 4-pack for convenient deployment across racks, switches, and patch panels, helping you maintain orderly fiber layouts.

These Bangun LC to LC duplex patch cords are terminated with Foxconn precision ceramic ferrules, engineered for reliable, low-loss performance across repeated connections. The slim 2.0 mm jacket offers a balance of durability and flexibility, suitable for data centers, server rooms, or lab environments. While results can vary by environment and equipment, this set provides a practical option for building scalable, high-speed fiber links without overextending installation time.