July 12th, 2019

Intel Xeon Processors for Workstations

Enabling better designs and faster time to market

In many industries, the demand for faster time to market, design optimization, and cost reduction is driving the rapid adoption of workstation products. Not long ago, workstations were reserved for high-end design work such as complex mechanical assemblies, architecture, and aerospace design. Today, workstations are used in every major industry for tasks ranging from financial modelling to medical diagnostics. Workstations have become standard equipment for engineers, content creators, analysts, and others who need the highest levels of performance, visualization, and data integrity. Increasingly, design professionals and engineers are using Intel® Xeon® processor-based workstations to create, test, and modify new ideas almost as fast as they can think of them. Derived from server processors, workstation processors typically are optimized for higher frequency, improved graphics, and application certification for better performance and reliability.

Moving Data – Processing More – Helping You Innovate Faster
What makes Intel Xeon processor-based workstations so powerful? It is not just about adding more computational cores, it is about a powerful infrastructure that accelerates the opportunity for processors and cores to act on data and change it into actionable information faster than ever before. The Intel® Xeon® processor E3 and E5 product families include the following features:




Advanced multi-core, multi-threaded processing

  • Up to 18 cores and 36 threads per processor for running the highest performance applications
Larger cache and faster memory
  • Up to 45 MB of last level cache for fast access to frequently used data.
  • Fast memory speeds, up to DDR4 – 2133
Higher performance for demanding workloads
  • Intel Advanced Vector Extension 2.0 (Intel AVX 2.0) supports wider vector units and new instructions to perform more work per clock cycle
  • Intel Turbo Boost Technology 2.0 takes advantage of power and thermal headroom to automatically increase core frequencies during peak workloads
Intel Hyper-threading technology (Intel HT Technology)
  • Faster performance for many demanding applications
Intel HD Graphics P530
  • Enhanced graphics capability for CAD and high-performance video editing professionals, using integrated processor graphics
PCI Express 3.0 ports
  • Extra capability and flexibility for graphics and storage expansion
Support for error-correcting code (ECC) memory
  • Enables better data integrity and system reliability through automatic data correction
Intel Rapid Storage Technology
  • Improved performance for disk-intensive retrieval applications, such as simulation and video editing

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