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NUMA with Linux

https://lunatine.net/2016/07/14/numa-with-linux/

 

NUMA with Linux :: Lunatine's Box — Lunatine's Box

linuxnumainterleaved memoryinterleavenumctlnumad 3236 Words 2016-07-14 15:18 +0900

lunatine.net

https://frankdenneman.nl/2016/07/07/numa-deep-dive-part-1-uma-numa/

 

NUMA Deep Dive Part 1: From UMA to NUMA - frankdenneman.nl

Non-uniform memory access (NUMA) is a shared memory architecture used in today’s multiprocessing systems. Each CPU is assigned its own local memory and can access memory from other CPUs in the system. Local memory access provides a low latency – high

frankdenneman.nl

 

 

 

 

HugePages

https://luis-javier-arizmendi-alonso.medium.com/enhanced-platform-awareness-epa-in-openshift-part-i-hugepages-a28e640fabf6

 

Enhanced Platform Awareness (EPA) in OpenShift — Part I, HugePages

This series of posts will show how to configure EPA support in OpenShift 4. In this part you will see 1GB HugePages configuration and usage

luis-javier-arizmendi-alonso.medium.com

 

CPU Pinning

https://luis-javier-arizmendi-alonso.medium.com/enhanced-platform-awareness-epa-in-openshift-part-ii-cpu-pinning-8e397fc9fe08

 

Enhanced Platform Awareness (EPA) in OpenShift — Part II, CPU pinning

This is the second part about how to configure an EPA ready OpenShift worker node, covering the CPU pinning and CPU isolation…

luis-javier-arizmendi-alonso.medium.com

 

 

NUMA Topology Awareness

https://luis-javier-arizmendi-alonso.medium.com/enhanced-platform-awareness-epa-in-openshift-part-iii-numa-topology-awareness-180c91c40800

 

Enhanced Platform Awareness (EPA) in OpenShift — Part III, NUMA Topology Awareness

This time we are going to focus on how we can assure that the CPU scheduling takes into account the NUMA topology of the processor

luis-javier-arizmendi-alonso.medium.com

 

 

SR-IOV, DPDK, RDMA

https://medium.com/swlh/enhanced-platform-awareness-epa-in-openshift-part-iv-sr-iov-dpdk-and-rdma-1cc894c4b7d0

 

Enhanced Platform Awareness (EPA) in OpenShift — Part IV, SR-IOV, DPDK and RDMA

In this Post we’ll review some concepts that help to minimize random latencies and improve the network performance: SR-IOV, DPDK, and RDMA.

medium.com

 

 

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