• Virtual desktop infrastructure (VDI) performance enhancement
• Enterprise database acceleration
• Virtualization platform optimization
• Business application performance improvement
• Hybrid cloud data management environments
• File services and shared storage workloads
• Analytics and reporting platforms
• Data center infrastructure modernization projects
• Storage lifecycle extension initiatives

• Designed for HPE Nimble Storage CS hybrid arrays
• 720GB flash cache capacity
• Improves storage responsiveness
• Reduces application latency
• Accelerates frequently accessed data
• Supports hybrid storage architectures
• Enhances virtualization performance
• Optimizes database workloads
• Cost-effective upgrade strategy
• Enterprise-grade deployment model
• Seamless integration with existing infrastructure
• Supports storage modernization initiatives
• Improves operational efficiency
• Enables scalable performance growth
• Helps maximize storage investment value

• Brand: Hewlett Packard Enterprise (HPE)
• Part Number: Q8D13A
• Product Type: Flash Cache Upgrade Kit
• Cache Capacity: 720GB
• Storage Architecture: Hybrid Storage (Flash Acceleration)
• Upgrade Type: Flash Cache Performance Upgrade
• Product Family: HPE Nimble Storage CS Series
• Compatibility: HPE Nimble Storage CS Series Hybrid Arrays (Model Dependent)
• Deployment Type: Field Upgrade Module
• Installation Environment: Enterprise Data Centers
• Primary Function: Storage Performance Acceleration
• Workload Support: Virtualization, Databases, Analytics, File Services
• Integration: Seamless Integration with Existing Nimble Storage Infrastructure
• Enterprise Usage: Business-Critical Applications and Hybrid Storage Environments

WHY CHOOSE THIS PRODUCT?

• Organizations can increase storage performance while continuing to utilize their current Nimble CS infrastructure, reducing the need for major capital expenditures.
• The flash cache layer helps prioritize active workloads, improving application responsiveness and user experience.
• Suitable for organizations running virtual machines and consolidated workloads that require consistent storage performance.
• Helps decrease storage access delays that can impact databases, analytics platforms, and transactional systems.
• Provides a targeted upgrade path compared to deploying a new storage array.