Cohesity C6055 Hyper-Converged Appliance 192TB Storage

• Enterprise backup repository deployment
• Disaster recovery storage infrastructure
• Long-term data archival projects
• Corporate file services environments
• Remote office backup consolidation
• Hybrid cloud data protection strategies
• Virtual machine backup storage
• Compliance-driven data retention
• Departmental storage consolidation
• Secondary storage for large enterprises

• 192TB Capacity for Large Data Repositories
• Dual 12-Core Xeon Processing Performance
• 6.4TB SSD Tier for Faster Operations
• 10GbE SFP+ Enterprise Network Connectivity
• Single-Node Deployment Simplicity
• Redundant Power for Business Continuity
• Optimized for Backup and Recovery Tasks
• SMB and NFS Multi-Protocol Support
• Expandable Architecture with PCIe Slots
• Compact 1U Enterprise Data Center Design

• Brand: Cohesity
• Product Name: C6055 Hyper-Converged Appliance
• Model: C6055
• Part Number: C6055-10G-SFP-1
• Series: C6000 Series
• Product Type: Hyper-Converged Appliance
• Number of Nodes: 1
• Processor Speed: 2.40 GHz
• Processors Installed: 2
• Processor Cores: 12 Cores per Processor
• CPU Configuration: Dual 12-Core Processors
• Memory: 128 GB
• Hard Drive Capacity: 192 TB
• SSD Capacity: 6.40 TB
• Ethernet Technology: 10 Gigabit Ethernet
• Network Interface: SFP+
• Expansion Slots: 4
• Expansion Slot Types: PCI Express, SFP+
• Supported Protocols: SMB 3.0, SMB 2.1, NFSv3
• Power Supplies Installed: 2
• Redundant Power Supply: Yes
• Maximum PSU Wattage: 700 W
• Height: 43.2 mm
• Width: 447 mm
• Depth: 909.3 mm
• Form Factor: Rack-Mount Appliance

WHY CHOOSE THIS PRODUCT?

• High-Capacity Data Repository – 192TB of storage supports large backup datasets, archives, and file repositories.
• Accelerated Data Operations – 6.4TB SSD tier improves metadata processing and recovery responsiveness.
• Enterprise Compute Resources – Dual 12-core processors help handle demanding data management tasks efficiently.
• Simplified Deployment – Single-node architecture reduces implementation complexity and operational overhead.