PLANET XT-705A network media converter 10000 Mbit/s Multi-mode. Single

Flexible and Reliable Network Distance Extension SolutionPLANET XT-705A Media Converter is equipped with one 10G/5G/2.5G/1G/100BASE-T auto-negotiation port and one 10GBASE-X SFP+ slot. It supports 10Gigabit Ethernet media conversion from copper 10GBASE-T to fiber multi-mode or single-mode. utilizing 10GBASE-SR or 10GBASE-LR SFP+ transceiver installed in the SFP+ slot to extend distances to servers. switches and patch panels. The deployment distance can be extended from 300 meters (multi-mode) to up to 60 kilometers (single-mode).They are designed for use in network environments where the ultra-high bandwidth provided by 10Gigabit Ethernet is required. for example. data center cloud computing. enterprise backbones. campus networks. and carrier infrastructure.High Performance 10Gbps Ethernet CapacityThe XT-705A offers wire-speed packets transfer performance without the risk of packet loss. The high data throughput of the device makes it ideal for most Gigabit environments. With a 20Gbps internal fabric.16K jumbo frame feature and auto negotiation support in its 10 Gigabit port. the XT-705A can handle extremely large amounts of data transmission in a secure topology linking to data center cloud computing. enterprise backbones. campus networks. and carrier infrastructure.Robust ProtectionThe XT-705A provides contact discharge of ±6KV DC and air discharge of ±8KV DC for Ethernet ESD protection. It also supports ±4KV surge immunity to improve product stability and protects users’ networks from devastating ESD attacks. making sure the flow of operation does not fluctuate.Low Power ConsumptionThe XT-705A adopting the advanced chip technology has the power-saving feature like a low power consumption of only 3.75 watts when in full operation.Easy Chassis InstallationThe XT-705A Media Converter can be used as a stand-alone unit or as a slide-in module to the PLANET Media Converter Chassis (MC-700 and MC-1500 chassis series). The media chassis can assist in providing DC power t