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Course Overview
Workload consolidation involves integrating various workloads from multiple subsystems into a single physical system via virtualization technology. This coffee-side chat highlights the benefits of workload consolidation, such as reducing infrastructure complexity and costs, addressing hardware end-of-life issues, and enhancing security. It also emphasizes the role of Intel's silicon and platform, along with ecosystem partners, in enabling and delivering solutions for workload consolidation. Listen to this presentation for an overview of workload consolidation for industrial applications and how it addresses challenges faced by end users. Gain an understanding of the crucial role of Intel's technology and ecosystem partners in providing solutions for workload consolidation implementation, emphasizing the benefits in terms of cost savings, infrastructure simplification, and enhanced security for industrial applications.
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Chapter Overview
Workload consolidation involves integrating various workloads from multiple subsystems into a single physical system via virtualization technology. This coffee-side chat highlights the benefits of workload consolidation, such as reducing infrastructure complexity and costs, addressing hardware end-of-life issues, and enhancing security. It also emphasizes the role of Intel's silicon and platform, along with ecosystem partners, in enabling and delivering solutions for workload consolidation. Listen to this presentation for an overview of workload consolidation for industrial applications and how it addresses challenges faced by end users. Gain an understanding of the crucial role of Intel's technology and ecosystem partners in providing solutions for workload consolidation implementation, emphasizing the benefits in terms of cost savings, infrastructure simplification, and enhanced security for industrial applications.