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Intel White Paper Intel® Optane™ PMem CSI Operator for Containers

Summary

Deploy high-performance, stateful container applications anywhere with Intel Optane Persistent Memory CSI and Kubernetes Operators. This guide details how to streamline and automate the implementation of advanced container storage solutions within cloud-native environments. Ideal for development organizations and DevOps teams adopting microservices architectures on platforms like OpenShift or Kubernetes who require maximizing agility and reliability in their demanding enterprise workloads.

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White Paper Intel® Optane™ persistent memory Container Storage

Streamlined Implementation of High- Performance Container Storage Development organizations can deploy stateful applications in containers using the Intel® Optane™ Persistent Memory (PMem) CSI Operator to expose high- performance container storage. To streamline and automate implementation, the open source code is available either as a Kubernetes operator or as a certified Red Hat® Open Shift® operator, which is provided through the Red Hat Ecosystem Catalog. This paper introduces Intel PMem CSI and the role of operators in enabling control path operational agility and scale. Table of Contents Enterprise containers are a key enabling technology for digital transformation and

Container Storage Based on the migration to cloud-native infrastructure. They decouple software workloads Intel Optane PMem . from the underlying hardware, allowing all application dependencies to be bundled up in the container package, enabling them to traverse multiple clouds while being

Unprecedented Flexibility in

centrally orchestrated. This architecture enables IT organizations to realize the full

Memory-Storage Architectures .

agility, flexibility, elasticity, and benefits of cloud computing, as well as both Op Ex

Industry-Standard,

and Cap Ex advantages by paying for resources on an as-needed basis.

Open Programming Model .

Enabling the New Container Beyond simply packaging software for cloud deployment, cloud-native computing Storage Tier . requires software to be designed explicitly for the cloud to attain the model’s full benefit. Software architectures must place a premium on lightweight design

Standardized Storage Access

to enable software-defined networking to spin container-based services up and

with Intel Optane PMem CSI .

down on demand with maximum performance and scalability. The following cloud-

Containerized Access to Intel Optane

native principles enable development organizations to improve their ability to

Persistent Memory .

serve the business with cost-effective, high-quality container-based solutions that

Installing Intel Optane PMem

accelerate time-to-production for new capabilities and services:

CSI with a Kubernetes Operator .

• Microservices are small, discrete modular units of software functionality that

Integrating and Automating with

communicate among themselves on a shared fabric to instantiate composite

Red Hat® Open Shift® .

applications in aggregate.

Conclusion .

More Information • Dev Ops practices enable software development teams to automate code, debug, test, and release processes as a unified whole, increasing quality, efficiency, and deterministic repeatability. • Continuous integration/continuous delivery (CI/CD) consists of making many frequent software releases (even multiple times per day), increasing the pace of change while reducing its incremental impact. The adoption of application containers continues to accelerate. This rapid transition to delivering network functionality using cloud-native software extends the historical transition from rigid, single-purpose architectures to flexible ones built for dynamic environments, as illustrated in Figure 1.

Page Summary Contents For Intel White Paper Intel® Optane™ PMem CSI Operator for Containers

Page 1 White Paper Intel® Optane™ persistent memory Container Storage Streamlined Implementation of High- Performance Container Storage Development organizations can deploy stateful applications in container...
Page 2 White Paper | Streamlined Implementation of High-Performance Container Storage Private cloud with Private and Custom Network Virtualization virtual machines public cloud hardware appliance Cloud- SDN/...
Page 3 White Paper | Streamlined Implementation of High-Performance Container Storage Unprecedented Flexibility in Memory-Storage Intel Optane PMem in Memory Mode can act as a memory capacity tier that augme...
Page 4 White Paper | Streamlined Implementation of High-Performance Container Storage Intel initiated and maintains the PMem.io open source Containerized Access to Intel Optane project, which works to stream...
Page 5 White Paper | Streamlined Implementation of High-Performance Container Storage The Intel Optane PMem CSI Operator uses a cluster- Optane PMem CSI driver and how that capacity is to be used. scoped cus...
Page 6 White Paper | Streamlined Implementation of High-Performance Container Storage To implement Intel Optane PMem-based container storage Conclusion in Open Shift environments, Red Hat has certified the I...
Page 7 White Paper | Using Intel® Optane™ Persistent Memory for High-Performance Container Storage 1 Performance varies by use, configuration, and other factors. See [1] at https://edc.intel.com/content/www/...

Manual Details

Brand Intel
Pages 7
File Size 489.71 KB
Published June 03, 2026
32 views

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Frequently Asked Questions

How can I expose high-performance container storage for stateful applications?

Use the Intel Optane PMem CSI Operator to deploy stateful applications within containers.

Are there multiple platforms for deploying this functionality?

The open source code is available as either a Kubernetes operator or a certified Red Hat OpenShift operator.

What problem does the CSI Operator address?

It enables control path operational agility and scale through standardized containerized storage access.

What are the capacity options for Optane PMem DIMM modules?

The modules are available in 128, 256, or 512 GB DIMM sizes.