Dell PowerEdge C6220II 2U Barebone Node

Get >80% more performance with up to four 2-socket Intel Xeon E5-2600 processor-based servers in a smart 2U shared infrastructure chassis that saves more than 100 watts over previous designs.

• Intel Xeon E5-2600v2 processors boost performance by > 80%
  
• 135W processors deliver ~20% more performance over 95W
• 2.3x the memory bandwidth than the previous generation
• Smart chassis improvements save more than 100W per chassis
• Dell PowerEdge C6220II/C6000II CTO Enclosure Chassis

Whether you’re seismic processing, video rendering or running scientific simulations, server performance, bandwidth and efficiency can impact time and cost to results.

The ability to run high-frequency processors can increase performance. Servers that can run at higher ambient temperatures can help reduce cooling costs. Simplified serviceability can save time while helping increase uptime, and the flexibility to run multiple configurations in the same chassis means the ability to do more with less.

We incorporated that customer feedback into the next‑generation Dell PowerEdge C6220II server. This scale‑out building block is a workhorse with up to four 2‑socket Intel Xeon E5-2600 processor-based servers in a streamlined 2U shared infrastructure chassis.

The high volume of computations requires performance, from the processor to the memory to the interconnect. Intel Xeon processor E5-2600 product family features Turbo Boost Technology 2.0 to deliver more than 80% more performance than the Intel Xeon 5600 processors.

In addition to this generational leap in processor performance, the PowerEdge C6220 II server supports up to 135 watt processors, adding ~20% in performance over the 95 watt processor.

When it comes to memory, 16 DIMM slots provide up to 256GB of memory per server node — up to four nodes — and 1600MT/s memory speed to help improve bandwidth per processor.

The Intel Xeon processor E5-2600 product family has 2.3x the memory bandwidth of the previous generation, with four memory channels, and the integrated I/O helps reduce latency up to 30%.