Cohesity C5066-25G-32G-2 Hyper-Converged Appliance

• Enterprise backup and recovery modernization
• Data center secondary storage consolidation
• Disaster recovery and business continuity environments
• Long-term archival and compliance storage
• Hybrid cloud data tiering and migration
• Virtual machine backup and protection
• Dev/Test data cloning and provisioning
• Ransomware recovery and cyber resilience strategies
• Regulated industry data retention (finance, healthcare, government)
• Multi-site enterprise data replication and protection

• Hyper-converged architecture for unified data management
• 108TB high-capacity HDD storage for large-scale workloads
• 6.4TB flash layer for metadata acceleration and performance
• Intel Xeon 16-core processing for enterprise workloads
• Consolidates backup, recovery, archival, and analytics functions
• Designed for hybrid and multi-cloud data environments
• Enables rapid data indexing and accelerated recovery operations
• Reduces backup infrastructure complexity and sprawl
• Supports scalable node-based expansion architecture
• Optimized for ransomware recovery and data resilience strategies
• Simplifies enterprise data lifecycle management
• Supports efficient storage utilization and deduplication workflows
• Enhances operational efficiency in IT data centers
• Integrates with modern cloud-tiering strategies
• Designed for enterprise-grade availability and reliability

• Brand: Cohesity
• Model: C5066-25G-32G-2
• Platform Type: Hyper-Converged Data Management Appliance
• Processor: Intel Xeon 16-Core CPU
• HDD Capacity: 108TB
• Flash Capacity: 6.4TB
• Architecture: Software-defined secondary storage
• Primary Functions: Backup, Recovery, Archival, Data Management
• Deployment Model: On-premises / Hybrid cloud enabled
• Scalability: Node-based horizontal expansion (C5000 series architecture)

WHY CHOOSE THIS PRODUCT?

• The Cohesity C5066 is chosen by enterprises aiming to eliminate legacy backup complexity and move toward a unified, software-defined data management model. It provides a modern alternative to siloed backup appliances and fragmented storage systems.
• Its flash-accelerated architecture improves recovery speed and indexing efficiency, which is critical for organizations where downtime directly impacts operational continuity. This supports faster recovery point and recovery time objectives (RPO/RTO).
• By consolidating multiple secondary storage functions into a single platform, it reduces infrastructure footprint, power consumption, and administrative overhead. This directly improves cost efficiency and operational simplicity.
• It also supports scalable growth strategies, allowing enterprises to expand storage and performance capacity without redesigning their backup architecture—making it suitable for long-term digital transformation initiatives and hybrid cloud adoption.