Cohesity C5016-10G-RJ45-3 C5016 Hyper Converged Appliance

• Enterprise backup and recovery infrastructure
• Secondary storage consolidation projects
• Data protection for virtualized environments
• Long-term backup retention repositories
• Branch office data management deployments
• Disaster recovery preparation and replication
• Hybrid cloud data management strategies
• Mid-sized enterprise storage modernization
• Data center infrastructure consolidation
• Business continuity and resilience initiatives

• 36TB Capacity for Growing Backup Repositories
• 4.80TB Flash Acceleration for Faster Operations
• Intel Xeon 12-Core Enterprise Processing Power
• 192GB Memory for Concurrent Workloads
• Integrated Compute and Storage Architecture
• High-Speed 10GbE Network Connectivity
• Rack-Optimized 2U Data Center Design
• Scalable Platform for Future Expansion
• Simplified Backup and Recovery Management
• Enterprise-Class Secondary Data Protection

• Brand: Cohesity
• Product Name: C5016 Hyper Converged Appliance
• VPN Number: C5016-10G-RJ45-3
• Product Type: Hyper Converged Appliance
• Processor: Intel Xeon Dodeca-core (12 Core)
• Processor Speed: 2.10 GHz
• System Memory: 192 GB RAM
• Installed HDD Capacity: 36 TB
• Flash Memory Capacity: 4.80 TB
• Network Interfaces: 12 × RJ-45
• Networking Support: 10 Gigabit Ethernet
• Form Factor: 2U
• Mounting Type: Rack-mountable
• Use Case: Enterprise backup, recovery, and data management

WHY CHOOSE THIS PRODUCT?

• Consolidates compute, storage, and networking into a single platform for simplified infrastructure management.
• 36TB storage capacity supports expanding backup repositories and secondary data workloads.
• Flash acceleration improves data access responsiveness and operational efficiency.
• 10GbE networking enables high-throughput data transfers and faster backup windows.
• 192GB RAM supports concurrent enterprise workloads and data services.
• Compact 2U design maximizes rack space utilization in modern data centers.
• Scalable architecture helps organizations expand storage resources without major infrastructure redesign.