Cisco Ucs Fabric Interconnect

Cisco ucs fabric interconnects and fabric extenders are part of our unified fabric solution for data center networks.

Cisco ucs fabric interconnect.

6324 fabric interconnect this switch is embedded in a cisco ucs 5100 series blade server chassis and is part of the cisco ucs mini solution. Consistency virtual machine fabric extender technology enables a consistent operational model and visibility between physical and virtual environments. The cisco ucs 6324 fabric interconnect fabric interconnect provides the management lan and storage connectivity for the cisco ucs 5108 blade server chassis and direct connect rack mount servers. The 6454 is a 10 25 40 100 gigabit ethernet fcoe and fiber channel switch offering up to 3 82 tbps throughput and up to 54 ports.

Cisco ucs 6300 series fabric interconnect models. They provide the management and communication backbone for cisco ucs b series blade servers 5100 series blade server chassis and c series rack servers and cisco nexus 2232pp fabric extenders. The cisco unified computing system is a highly available cohesive architecture. Typically deployed in redundant pairs the cisco ucs 6248up fabric interconnects provide uniform access to both networks and storage.

The switch has 16 unified ports port. It can support up to 20 servers. 6332 and 6332 16up fabric interconnects these top of rack tor switches manage domains of up to 160 servers. The cisco ucs 64108 fabric interconnect fi is a 2 ru top of rack switch that mounts in a standard 19 inch rack such as the cisco r series rack.

The cisco ucs 6248up 48 port fabric interconnect is a core part of the cisco unified computing system. The unified computing system ucs fabric interconnect is a networking switch or head unit where the ucs chassis essentially a rack where server components are attached connects to. The switch has 16 unified ports port numbers 1 16 that can. Cisco ucs 6200 series fabric interconnects expand the cisco ucs networking portfolio increasing capacity and port density and reducing power consumption.