TRENDnet TI-BG104 - Commutateur - industriel - non géré

<a href="https://www.trendnet.com/products/industrial-poeplusplus-switch/10-port-industrial-gigabit-poeplusplus-din-rail-switch-TI-BG104-v1" style="display: block;">https://www.trendnet.com/products/industrial-poeplusplus-switch/10-port-industrial-gigabit-poeplusplus-din-rail-switch-TI-BG104-v1</a><br><br>TRENDnet's Industrial Gigabit PoE++ DIN-Rail Switches delivers network connectivity to rugged environments, while saving you on installation costs and setup time using Power over Ethernet technology. The industrial PoE++ switches each feature a rugged IP30 rated metal enclosure, designed to withstand a high degree of vibration and shock, while operating in both high and low temperatures for industrial environments within -40° – 75° C (-40° – 167° F). These hardened industrial PoE++ switch models feature copper Gigabit PoE+ ports for high-speed device connections, and SFP slots that support 1000Base-FX modules for long distance fiber networking applications.<br><br>Installers and integrators can save on equipment costs and reduce installation time with TRENDnet's Industrial Gigabit PoE++ DIN-Rail Switches by delivering up to 90W per port of PoE power and data over existing Ethernet cables. With PoE technology inside these industrial PoE++ switches, users only need one set of cables to deliver both data and power. Easily network PoE devices to this hardened industrial PoE+ switch, such as high-power wireless access points, IP cameras, VoIP phone systems, IPTV decoders, and access controls.<br><br><ul><li>4 x Gigabit PoE++ ports</li><li>Alarm output triggered by power failure</li><li>Power supply sold separately (TI-S48048)</li><li>NDAA / TAA compliant (U.S. and Canada only)</li><li>4 x Gigabit PoE+ ports</li><li>2 x Gigabit Share ports (SFP or RJ-45)</li><li>360W power budget</li><li>20Gbps switching capacity</li><li>Hardened IP30 rated metal switch</li><li>Includes DIN-Rail and wall mounts</li><li>Extreme operating temperature range of -40° – 75° C (-40° – 167° F)</li><li>Dual power inputs for redundancy</li></ul>