System solution of MikroTik platforms for wireless Internet connection providers.

The first Cloud Core Switch with twelve 10G RJ45 ethernet ports.

Of the twelve 10G ports, four are combo ports, combinable with four SFP + ports if an optical interface is required. Combo ports can be activated via RouterOS scripting.

Practical solution for installations requiring continuous operation with enormous volumes of data: multimedia production, scientific workplaces, data analysis, development centers, etc. The switch has a throughput of 120Gbps, a switching capacity of 240Gbps and a forwarding rate of 178Mpps.

The CRS312-4C + 8XG-RM also has a redundant power supply, a standard USB input, and a console configuration port. The switch is supplied in a rack-mountable version.

RouterBoard has a dual boot, so you can choose between MikroTik RouterOS v6 or SwOS systems.

You get an active element with the basic functions of a manageable switch with other added functions, e.g. • port-to-port forwarding management • MAC filter • VLANs configuration • mirror traffic • bandwidth limitation • MAC and IP header fields adjustment

SwOS is configurable from a web browser, in addition to the usual functions of manageable switches allows for example • port-to-port forwarding management • apply MAC filter • configure VLANs • mirror traffic • apply bandwidth limitation • adjust some MAC and IP header fields

Technical Specifications: Product code: CRS312-4C + 8XG-RM CPU: QCA9531, 650 MHz Size of RAM: 64 MB Storage: 16 MB flash 10/100 Ethernet ports: 1 1G/2.5G/5G/10G RJ45 Ethernet ports: 8 Combo 10G Ethernet/SFP ports: 4 Supported input voltage AC power supply: 100 - 240 V Redundant supply: Yes USB port USB type: A Serial port: RJ45 Dimensions: 443 x 183 x 44 mm Operating temperature: -30 ° C .. + 70 ° C Operating system: RouterOS, license level 5 Max power consumption: 60 W

Notice: The manufacturer Mikrotik does not cover the warranty for equipment damaged by overvoltage. The device must be adequately protected at the inputs against induced electrostatic overvoltage or overvoltage peaks on the power line. For outdoor installations, shielded cabling (FTP/SFTP), appropriate surge protectors (if not integrated) and correct and efficient grounding must be used.