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This paper has explained the technologies and methods used by the Next generation PowerMax to achieve a remarkable balance between performance and power efficiency, setting a new standard for enterprise class storage arrays in the industry. The distributed compute architecture of the PowerMax empowers businesses with enhanced processing capabilities which enabling faster data access and analysis while minimizing energy consumption. Furthermore, the industry-leading storage density ensures optimal utilization of available space. This maximizes the storage capacity while reducing physical footprint and associated costs. The Dynamic Fabric technology seamlessly integrates data flow across the storage array by essentially turning all the components into endpoints on a large share everything power efficient fabric. This eliminates potential bottlenecks and enhances the overall system performance. Additionally, the inclusion of Intelligent Power Distribution Units (iPDU) enables secure, intelligent power management, monitoring, and alerting. This ensures that customers will be able to monitor the PowerMax power consumption in real time and make intelligent operational decisions based on real rack level power consumption data. Together, these components and technologies allow the Next generation PowerMax to set a new benchmark for enterprise storage arrays, providing the perfect synergy of performance, efficiency, and scalability required to meet the evolving demands of modern businesses in an environmentally conscious manner.