TP-Link TL-SM5310-T 10G BASE-T RJ45 SFP+ Module, Fully Metallic Enclosure

Accelerate deployment of high-bandwidth copper links for security, surveillance and enterprise networks with the TP-Link TL-SM5310-T 10G SFP+ RJ45 module. This SFP+ module converts an SFP+ slot into a 10GBASE-T RJ45 port, delivering up to 10 Gbps over Cat6a cabling for distances up to 30 meters — an ideal solution when fiber runs aren’t available or when connecting switches, NVRs and PoE-enabled camera aggregators. The plug-and-play, hot-swappable design reduces installation time and avoids service interruptions, while DDM support (temperature and voltage) and TX Disable add remote diagnostics and control that network professionals rely on. Built with a fully metallic enclosure and rated for commercial temperatures (0–70°C), the TL-SM5310-T resists EMI and provides long-term stability in rack rooms and edge deployments. Compatible with a wide range of 10G SFP+ switches, routers and media converters, it’s a cost-effective way to extend copper connectivity for monitoring, security and data center aggregation. Add the TP-Link TL-SM5310-T to your inventory to quickly enable reliable 10G copper links for surveillance, network expansion and critical monitoring systems.

• Extend SFP+ ports to copper: Enables 10GBASE-T connectivity up to 30m over Cat6a, letting you connect existing copper runs without replacing cabling.
• Minimize downtime with hot-plug design: Hot-swappable SFP+ form factor and plug-and-play setup simplify upgrades and field replacements for busy network teams.
• Rugged, reliable performance: Fully metallic enclosure and commercial 0–70°C rating deliver stable links in demanding switch, NVR, and surveillance environments.
• Broad multi-vendor compatibility: Works with most 10G SFP+ switches, routers and media converters to add copper ports where fiber or SFP+ ports are constrained.
• Diagnostics & control: Supports DDM for temperature/voltage monitoring and TX Disable for remote port management to aid troubleshooting and security monitoring.