TRENDnet TEG-10GBS10/2 10G SFP+ Single Mode LC Module, 10km, 2-Pack

Upgrade core and edge fiber links with the TRENDnet 10G SFP+ Single Mode LC Module 2-pack — engineered to provide high-capacity, long-reach connectivity for enterprise networking and security deployments. These SFP+ modules deliver up to 10.31Gbps over single-mode fiber with duplex LC connectors, supporting distances up to 10 km to bridge buildings, secure perimeter networks, and distributed surveillance camera systems. The modules are compatible with standard SFP+ ports found on switches and fiber converters, offering straightforward plug-and-play installation that reduces configuration time and network downtime.

Designed for reliability in monitoring and security environments, this 2-pack gives you paired transceivers for full-duplex links or an extra unit for quick replacement. The compact form factor and industry-standard interface make these modules an ideal choice for video surveillance backbones, access control networks, and high-speed data aggregation points. Improve throughput for camera feeds, analytics, and centralized recording with a solution built for consistent performance.

Add the TRENDnet TEG-10GBS10/2 SFP module to your network to extend fiber runs and strengthen security and monitoring infrastructure — order now to streamline installation and secure uninterrupted connectivity.

• High-performance 10G fiber links: deliver up to 10.31Gbps for bandwidth-heavy applications like surveillance and monitoring
• Long-reach single-mode design: LC duplex transceivers support distances up to 10 km to extend network and camera deployments
• Ready for standard SFP+ ports: plug-and-play compatibility reduces deployment time and simplifies upgrades on switches and fiber converters
• Cost-effective 2-pack: includes a pair for duplex links or redundant spares, lowering per-port cost and improving uptime
• Reliable physical layer for security systems: stable fiber connectivity minimizes network interruptions for critical security and monitoring traffic