Dell Poweredge R610 1u Rack Server

Saving the world one server at a time.

Dell poweredge r610 1u rack server.

Reduced power consumption with increased performance over previous generations. The poweredge r410 is an intel processor based 2 socket 1u rack server with advanced systems management and redundancy options for small and medium business to larger enterprise business applications select hpc usage and entry virtualization needs. The dell poweredge r610 is a 2 socket 1u rack server that offers simplified management purposeful design and energy efficiency that can help you better manage your enterprise it environment. The intel quickpath interconnect technology enables the processor to provide high performance communications.

An intel based 2 socket 1u server the poweredge r610 is ideal for data centres and remote sites that require virtualisation. The dell emc poweredge r6525 is a dual socket 1u server that delivers performance and innovation to handle workloads like hpc vdi and virtualization. Dell poweredge r610 inspired by customer feedback the dell poweredge r610 server is engineered to simplify data center operations improve energy efficiency and lower total cost of ownership. The processors come with 4 mb and 8 mb cache.

The dell poweredge r610 offers simplified management purposeful design and energy efficiency combined in a rack server that can help you better manage your enterprise. The processors are either quad core or six cores. The bedrock of the data center. The dell poweredge r610 is an 11th generation 1u enterprise level rack server designed for high performance power efficiency and ease of maintinence.

Dell poweredge r610 an intel based 2 socket 1u server ideal for data centers and remote sites that require virtualization. Choice of hypervisor from vmware citrix or microsoft for fast easy virtualisation. The highly affordable dell poweredge r610 rack server supports two processors i e intel xeon 5500 and 5600 series. Dell poweredge r410.

Reduced power consumption with increased performance over previous generations.