HPE Q8D17A 1.2TB Cache Upgrade Kit CS200 CS400 Module

• Enhancing performance of virtual machine-heavy environments
• Accelerating database-driven enterprise applications
• Improving storage responsiveness in hybrid cloud infrastructures
• Supporting ERP and business-critical application workloads
• Optimizing VDI (Virtual Desktop Infrastructure) performance
• Scaling storage performance in growing data center environments
• Reducing latency in analytics and reporting systems
• Extending lifecycle of installed CS200/CS400 storage arrays

• 1.2TB cache expansion module for storage performance enhancement
• Designed for HPE Nimble Storage CS200 and CS400 systems
• Field-installable architecture for simplified on-site upgrades
• Improves storage responsiveness under enterprise workloads
• Helps reduce latency in data-intensive applications
• Supports incremental infrastructure scaling without full replacement
• Enhances IOPS handling capacity in existing storage arrays
• Designed for enterprise-grade reliability in production environments
• Enables cost-efficient storage lifecycle extension
• Supports virtualization and cloud-aligned storage strategies
• Integrates into existing Nimble CS architecture seamlessly
• Optimized for hybrid workload environments

• Brand: HPE (Hewlett Packard Enterprise)
• Part Number: Q8D17A
• Product Name: HPE NS CS200/CS400 1.2TB Cache Upgrade Kit
• Product Type: Storage Cache Upgrade Kit
• Product Category: Enterprise Storage Expansion Module
• Cache Capacity: 1.2TB
• Compatible Systems: HPE Nimble Storage CS200 / CS400
• Product Family: HPE Nimble Storage
• Installation Type: Field Installable Upgrade
• Deployment Type: On-premises Data Center Upgrade
• Use Case: Storage performance enhancement and cache expansion
• System Role: Controller-level cache acceleration module
• Environment: Enterprise storage infrastructure

WHY CHOOSE THIS PRODUCT?

• The field-installable design supports operational continuity, making it suitable for environments that cannot afford extended downtime windows.
• It helps improve workload responsiveness for virtualization, databases, and enterprise applications with fluctuating I/O demand.
• Enterprises benefit from improved infrastructure ROI by extending the usable life of installed storage systems.
• It supports modernization strategies where hybrid cloud and on-premises systems must scale incrementally.
• IT teams gain flexibility to optimize performance tiers without redesigning storage architecture.