ComNet CNFE2002S1APOE/M Mini PoE 10/100Mbps Media Converter

Simplify and harden your security and surveillance network with the ComNet CNFE2002S1APOE/M mini PoE media converter. This compact media converter converts two auto-negotiating 10/100 Mbps Ethernet inputs into a single 100 Mbps optical uplink, enabling installers to consolidate cabling while extending reach over single-mode fiber (1310/1550 nm). The CNFE2002S1APOE/M delivers up to 30W PoE+ (802.3at) to support IP cameras, wireless access points, and other powered devices, reducing the need for separate power runs. ComNet’s exclusive Demux and Mux features provide port isolation and multicast control so critical surveillance and monitoring traffic stays reliable and secure. Rugged power flexibility (wide-range AC/DC) and support for SC or ST connectors make this media converter suitable for control rooms, remote CCTV nodes, and enterprise security infrastructures. RoHS/WEEE compliance and a lifetime limited warranty further protect your investment. Deploy the CNFE2002S1APOE/M to streamline fiber uplinks, improve network resilience, and power edge devices—ideal for CCTV, access control, and remote monitoring installations. Contact sales or order today to start consolidating your security network.

• Consolidate cabling and power: combine two 10/100 Ethernet feeds into a single 100 Mbps fiber uplink to simplify installations and reduce infrastructure costs.
• Reliable PoE+ delivery: supplies up to 30W per unit (802.3at) to power cameras and access points directly over Ethernet for cleaner surveillance deployments.
• Demux/Mux traffic control: built-in port isolation and multicast uplink selection prevent network flooding and protect critical monitoring streams.
• Flexible fiber options: available in single-mode (1310/1550 nm) with SC/ST connectors to support long-distance security and monitoring links.
• Rugged, field-ready power: wide-range AC/DC power inputs and lifetime limited warranty give installers confidence in 24/7 security and networking applications.