Tripp Lite N820-10M-IND Lc Lc Multimode Fiber Cable 10M

Product Description

The TRIPP LITE N820-10M-IND is a ruggedized LC to LC multimode fiber optic cable rated for 10 Gigabit data transmission and built to IP68 ingress protection standards. At 10 meters in length, this cable is designed for demanding environments where standard patch cables fall short. The IP68 rating means the connectors are sealed against continuous water immersion, making this cable suitable for outdoor runs, industrial enclosures, and harsh-environment data center installations. Network technicians and industrial electricians install this cable where reliable high-bandwidth fiber connectivity is required under tough physical conditions.

This cable is used in 10G network infrastructure deployments that require durable, weatherproof fiber connections. Typical applications include outdoor equipment cabinets, industrial automation networks, campus backbone links, and data center interconnects exposed to moisture, dust, or temperature extremes. The LC to LC connector format makes it compatible with standard SFP+ transceivers and high-density fiber panels commonly found in enterprise and industrial switching equipment.

Key Features

• IP68-rated connectors provide sealed protection against dust ingress and continuous water submersion
• Supports 10 Gigabit Ethernet transmission for high-bandwidth network runs
• LC to LC multimode fiber format compatible with standard SFP+ ports and patch panels
• 10-meter length suits inter-rack, cabinet-to-cabinet, and short outdoor runs
• Ruggedized construction suited for industrial and outdoor installation environments

Compatibility

Designed as an OEM-style replacement or infrastructure cable for 10G multimode fiber network installations using LC duplex connector interfaces.

Installation Notes

Installation should be performed by a qualified network technician or low-voltage cabling professional. Power down or disable the associated SFP+ port before connecting or disconnecting fiber to avoid damage to the transceiver. Never bend the cable beyond its minimum bend radius, and do not look directly into fiber ends when the cable is connected to an active optical source. Follow applicable structured cabling standards during installation.