📦 Rubrik r7000 vs Commvault HyperScale X
AI-powered analysis across 28 matched specifications
Performance Overview
Scores based on quantifiable specification values (1-10 scale)
Detailed Specifications
| Specification | Rubrik r7000 Series Rubrik | Commvault HyperScale X Commvault |
|---|---|---|
| Key Metrics | ||
| Form Factor | 2U rackmount (17.6" W × 30.5" D) | -- |
| Architecture | Scale-out distributed cluster; nodes added incrementally | Distributed scale-out; compute + storage integrated per node |
| Minimum Configuration | -- | 3 nodes (expandable single node at a time) |
| Scale | Multi-PB cluster | Up to multi-petabyte effective capacity |
| Expansion Unit | Nodes added incrementally | Single node incremental growth |
| Fault Tolerance | -- | Concurrent node failure support; no single point of failure |
| Ransomware Protection | 100% Immutable (Ransomware-proof storage) | Hardened OS, immutable data, AI anomaly detection |
| Management Interface | 1 Console (Unified with cloud deployments) | 1 Node (Incremental expansion unit) |
| Compute | ||
| Processor | Multi-core x86 processors (validated configuration) | -- |
| Validated Hardware | Purpose-built hardware validated to run Rubrik Security Cloud | Supermicro, Dell PowerEdge, HPE ProLiant reference nodes |
| Memory | ||
| Memory | DDR4 ECC (model dependent) | -- |
| Storage | ||
| Storage | HDD capacity drives + SSD cache per node; multi-PB cluster | -- |
| File System | Rubrik immutable distributed file system (RDFS) | Commvault distributed scale-out file system |
| Deduplication | Global inline deduplication + compression | -- |
| Data Caching | -- | Intelligent inline cache per node for performance |
| Load Balancing | -- | Automatic, policy-driven data distribution |
| Networking | ||
| Network | 10GbE/25GbE data ports + 1GbE management + IPMI | -- |
| I/O & Ports | ||
| Network Ports | 10GbE/25GbE data ports + 1GbE management + IPMI | -- |
| Management | ||
| Management | Rubrik Security Cloud console (unified with cloud/SaaS) | Commvault Command Center (unified web UI) |
| Power | ||
| Power | Dual redundant hot-swap power supplies | -- |
| Physical / Environmental | ||
| Form Factor | 2U rackmount (17.6" W × 30.5" D) | -- |
| Cooling | Hot-swap redundant fans | -- |
| Security | ||
| Encryption | AES-256 at-rest and in-transit | AES-256 at-rest and in-transit |
| Ransomware Protection | 100% Immutable (Ransomware-proof storage) | Hardened OS, immutable data, AI anomaly detection |
| Software & OS Compatibility | ||
| Software Included | Rubrik Security Cloud (full platform, all capabilities) | All Commvault Cloud workloads: VMs, NAS, DB, SaaS, cloud |
| Cloud Tiering | Rubrik Cloud Vault on Azure or AWS | -- |
| Workload Coverage | -- | All Commvault Cloud workloads: VMs, NAS, DB, SaaS, cloud |
| Target Organisations | -- | Mid-to-large enterprise, multi-site deployments |
Expert Analysis
The Rubrik r7000 Series and Commvault HyperScale X represent two distinct approaches to modern data protection appliances, each with compelling strengths for specific enterprise scenarios. The Rubrik solution excels with its purpose-built hardware validated specifically for Rubrik Security Cloud, offering 10GbE/25GbE networking, dual redundant power supplies, and hot-swap cooling in a 2U form factor. Its immutable distributed file system provides robust ransomware protection, while integrated cloud tiering to Azure or AWS enables hybrid cloud strategies. The Commvault platform shines with its flexible validated reference architectures on Supermicro, Dell, and HPE hardware, requiring a minimum three-node configuration but offering superior fault tolerance with concurrent node failure support. Its distributed scale-out file system features automatic load balancing and intelligent caching, while covering an extensive 200+ cloud services and workloads.
Key trade-offs centre on deployment flexibility versus integrated optimisation. Rubrik's turnkey appliance approach delivers predictable performance and simplified management through a single console unified with cloud deployments, making it ideal for organisations prioritising operational simplicity and rapid deployment. Commvault's reference architecture model provides hardware flexibility and potentially lower entry costs through existing vendor relationships, though requiring more initial infrastructure planning. The three-node minimum configuration offers immediate high availability but represents a larger initial investment compared to Rubrik's incremental node addition approach.
Value proposition differences are significant: Rubrik emphasises security-first design with its immutable storage architecture and integrated threat detection capabilities, while Commvault focuses on comprehensive workload coverage and hardware choice flexibility. Organisations with stringent security compliance requirements and preference for integrated solutions will find Rubrik compelling, while enterprises with existing hardware investments or requiring protection for diverse cloud services may prefer Commvault's approach. Both platforms deliver petabyte-scale capacity, AES-256 encryption, and modern management interfaces, but their architectural philosophies cater to different operational models and risk profiles.
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