Cleerline SSF-SFP-SFP-CON10G-UK 10G Base-X SFP+ to SFP+ Converter, DIP Switch, AC UK Adapter Included

Deliver reliable, high-speed fiber connectivity where flexibility and protocol transparency matter most. The Cleerline SSF-SFP-SFP-CON10G-UK media converter converts between two SFP+ ports without altering frames or protocols, enabling seamless integration of Ethernet, Fiber Channel and SONET links across data center, surveillance and enterprise environments. Supporting any line rate from 155M to 16G, dual SFP+ slots accommodate multimode, single-mode, CWDM, DWDM and BiDi optics so you can extend or reconfigure links without changing endpoints.

Built for real-world deployments, this compact SFP module converter runs on a universal 100–240V AC adapter (UK plug included), consumes under 4W, and operates in standard environmental ranges—making it a dependable choice for security, monitoring and telecom applications. IEEE 802.1Q VLAN and Q-in-Q transparency preserve traffic segmentation for secure video and access control systems. Clear LED status indicators speed up troubleshooting and keep mission-critical systems online.

Choose the Cleerline SSF-SFP-SFP-CON10G-UK when you need versatile, low-power fiber conversion for CCTV, access control, storage or core network extensions—order now to simplify your fiber deployments.

• Plug-and-play fiber flexibility: dual SFP+ slots accept multimode, single-mode, CWDM, DWDM and BiDi modules so you can adapt links without replacing infrastructure.
• Protocol-transparent conversion: forwards Ethernet, Fiber Channel and SONET traffic (155M–16G) to simplify integration into storage, security and enterprise networks.
• VLAN and Q-in-Q pass-through: preserves IEEE 802.1Q tags for secure, segmented surveillance and monitoring systems.
• Compact, low-power design: small 90 x 60 x 20 mm footprint with <4W consumption and included UK AC adapter ideal for edge, rack or remote installations.
• Easy diagnostics: front LEDs for power, link and traffic provide fast troubleshooting to minimize downtime for critical security or network services.