![]() We developed the “Calibre Kubernetes Operator” and “Calibre Container” to enable this. They scaled Calibre nmOPC from 2,000 to 10,000 distributed processes.Ĭalibre semi-manufacturing jobs, like OPC, are well suited to launch on Kubernetes clusters, like IBM OpenShift. IBM presents hybrid cloud bursting Calibre OPC to KubernetesĪt the KubeCon + CloudNativeCon North America 2022, IBM Research and Siemens EDA presented hybrid cloud bursting optical proximity correction (OPC) flows to public cloud managed Kubernetes services. ![]() Cloud bursting gives you the flexibility to deal with peaks in demand and frees up local resources for other uses. OPC workloads can be “bursty,” making it a challenge to provision enough cluster capacity on fixed server farms. Why would you consider cloud bursting for EDA workloads? Cloud bursting means an application runs on a private cloud or data center, and bursts into a public cloud when the demand for compute capacity spikes, or bursts. Many leading companies in the semiconductor ecosystem are starting the effort to adopt a cloud solution of some sort, whether it’s for burst or full-cloud. Issues with fixed compute clusters include optimizing cluster utilization and facing project delays due to lack of compute resources at critical times. While most Calibre semi-manufacturing jobs still run on on-premises compute clusters using job schedulers to manage the queues, the industry is quickly moving to cloud solutions. ![]() Achieve a new level of scaling and efficiency for the semi-manufacturing flow. ![]()
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