Dell PowerEdge R760XS Rack Server

The new Dell PowerEdge R760xs is a 2U, two-socket rack server. Buy the best fit in scalable performance and large storage capability with this purpose-built 2U system. Focused on delivering the latest technology to power the most popular applications and workloads used by businesses today, including virtual desktop infrastructure (VDI), virtual machines (VMs), and software-defined storage (SDS). All delivered in a thoughtfully crafted platform that will provide balanced compute that fits in your current infrastructure.

Easily configurable

Maximize your workload performance and boost outcomes with scale as you grow to compute, flexibly supporting a wide range of GPUs in a dual-socket/2U air-cooled server, accelerating applications from AI training and inferencing to Digital Twins to performance graphics and dense power-user collaboration environments.

• Add up to two 4th generation Intel® Xeon® Scalable processors with up to 32 cores per socket for faster performance
• Accelerate in-memory workloads with up to 16 DDR5 RDIMMS up to 4800 MT/sec
• Improve data throughput and reduce latency with support up to 8 I/O device (up to available 6 PCIe slots, 1 OCP 3.0 networking slot, and 1 dedicated PERC slot)
• Storage options include up to 12x 3.5” HDDs/SSDs, or up to 16x 2.5” HDD/SSDs, plus up to 8x NVMe drives

A breeze to cool

The 6 hot swappable fans come in 3 different types. Standard (STD) fans or the High performance Silver (HPR) fans or the High performance Gold (VHP) fans. Most configurations have the Standard Fan kit, If you install the BOSS-N1, GPU, or Rear Drives, Fan 1 will be upgraded to a GOLD fan. Below is a table outlining each config.

• Thoughtfully designed to fit in your current air-cooled infrastructure
• Alleviate the worry about expensive liquid cooling retrofitting to your data center
• Synchronize your workload needs with a tailored performance configuration that is air cooled
• Minimize the carbon footprint of your data center by better matching the system power consumption with anticipated workload requirements