Dell PowerEdge M905

Power Edge M905

Four sockets, 24 DIMMS, no barriers - the Dell PowerEdge M905 delivers powerful performance in virtualized environments

Exceptional I/O Capability:

The Dell PowerEdge M905’s exceptional I/O capacity is enhanced by its ability to deliver highly available, fully redundant I/O to the system motherboard on all three fabrics. This is critically important in data centers where high availability and redundancy are a must.

Increased RAM Capacity:

Memory is one of the critical components for heavy virtualization and high-end database needs. Dell’s new full-height 4-socket M905 Blade Server delivers 24 DIMM slots to provide truly impressive memory capacity, up to 192GB.

High-Performance Data Management:

The Dell PowerEdge M905 Blade Server is designed to increase the overall efficiency and performance of data management infrastructure by delivering tremendous system resources in a blade form factor.

The Dell PowerEdge M905 features robust network and virtualization capabilities including highly available I/O bandwidth that is fully redundant to the mother board level. With enhanced memory capacity, the four-socket PowerEdge M905 Blade Server is built to address critical business and IT needs such as: management of server resources, control of server sprawl, reduction of energy consumption and cooling costs inside a datacenter

Add the compact dimensions of the Dell M1000e enclosure and the customer has a potent server solution that’s compact, easy to deploy and easy to manage.

Optimised for Virtual Environments:

The Dell PowerEdge M905 Blade Server is a performance powerhouse in virtual environments featuring: the newest generation of Quad-Core AMD Opteron processors, AMD Rapid Virtualisation Indexing, designed to enhance performance. This technology utilises nested-page imaging so that virtual machines have more control over memory allocation, an internal SD card for embedded hypervisors, designed to maximise virtualization performance, high memory capacity and truly redundant throughput capacities.