Cohesity C5066-10G-RJ45-2 Three-Node Hyper-Converged Data Appliance

• Enterprise backup consolidation across distributed environments
• Ransomware recovery with multi-node data redundancy
• VMware and hypervisor backup protection at scale
• Disaster recovery orchestration and replication services
• Hybrid cloud backup and archival storage integration
• Edge-to-core data aggregation across branch offices
• SaaS and cloud workload protection strategies
• Replacement of legacy NAS and tape backup systems
• Compliance-driven long-term retention storage
• High-availability backup environments for critical applications

• Three-node hyper-converged architecture for improved resiliency
• Distributed storage and compute for scalable performance
• 10GbE RJ45 Ethernet connectivity for easy network integration
• Unified data management for backup, archive, and DR workloads
• Built-in ransomware protection with immutable storage capabilities
• Software-defined architecture for flexible scaling and upgrades
• High availability through node-level redundancy
• Efficient storage optimization via deduplication and compression
• Centralized management for simplified operations
• Hybrid cloud integration for tiered data storage strategies
• Supports multi-workload enterprise data environments
• Designed for simplified expansion without major downtime
• Optimized for enterprise backup and recovery performance
• Reduces dependency on multiple legacy storage systems

• Brand: Cohesity
• Model: C5066-10G-RJ45-2
• Architecture: Three-node hyper-converged cluster
• Network Interface: 10GbE RJ45 Ethernet
• System Type: Distributed data management appliance
• Deployment Model: On-premises / Hybrid cloud
• Primary Workloads: Backup, archive, disaster recovery
• Data Platform: Software-defined storage system
• Scalability: Node-based horizontal expansion
• Use Case Focus: Enterprise data protection and consolidation

WHY CHOOSE THIS PRODUCT?

• Organizations choose the C5066-10G-RJ45-2 when they need a scalable, cluster-based data protection platform that integrates easily into standard Ethernet environments. The three-node architecture improves resilience and ensures continuous availability of backup and recovery services.
• Compared to single-node appliances, it provides better fault tolerance, distributed performance scaling, and improved workload balancing across nodes.
• It reduces infrastructure complexity by consolidating backup, DR, and archival workloads into one unified platform while delivering strong ROI through lower operational overhead, simplified management, and scalable expansion without disruptive migrations.