Solaris Zones help achieve World Record Benchmark Result

Maximizing performance of multi-node workloads can be challenging. Should I maximize CPU clock rate, or RAM size per node, or network bandwidth? And how do I analyze performance of each component while also measuring aggregate throughput? Solaris Zones provide characteristics that are useful for multi-node architectures:
  • Architectural flexibility: easily remove a network bottleneck between two components by running both in zones on one Solaris server - and move any of them to different servers later as processing needs change
  • Convenient, dynamic resource management, assign a workload to a set of CPUs for predictable, consistent performance, ensure that each workload component has access to sufficient hardware resources, etc.
These characteristics are displayed in the world record benchmark result for Oracle JD Edwards EnterpriseOne. It was achieved using Solaris Containers (Zones) to isolate individual software components, including the WebLogic-based applications and Web Tier Utilities.

Solaris Zones features enabled software isolation and resource management, making the process of fine-tuning resource assignment very easy. For more details, see:

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Jeff Victor writes this blog to help you understand Oracle's Solaris and virtualization technologies.

The views expressed on this blog are my own and do not necessarily reflect the views of Oracle.

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