HPE Apollo Storage MP 32-Core Cluster Block Controller Node
The HPE Apollo Storage MP 32-core cluster block controller node is engineered for enterprises requiring high-performance distributed storage infrastructure. This block controller node delivers exceptional throughput and reliability for mission-critical storage environments, supporting large-scale data center deployments where consistent performance and fault tolerance are non-negotiable. Ideal for organizations running virtualized workloads, cloud services, and data-intensive applications that demand enterprise-grade storage clustering capabilities.
Key Features
- 32-core processor architecture for parallel block control operations
- Cluster-optimized design supporting distributed storage topologies
- Enterprise-grade reliability with redundancy support
- High-throughput data path optimization for storage networks
- Integrated cluster management and failover capabilities
- Scalable architecture for multi-node storage environments
- HPE ProLiant foundation for proven performance
- Support for advanced storage protocols and standards
Technical Specifications
| Specification |
Details |
| Manufacturer |
Hewlett Packard Enterprise (HPE) |
| Part Number |
HU4A4A300GN |
| Product Type |
Cluster Block Controller Node |
| Processor Cores |
32-core |
| Architecture |
Apollo Storage MP Series |
| Primary Function |
Distributed Storage Block Control |
| Deployment Model |
Enterprise Data Center Clustering |
Frequently Asked Questions
What is a cluster block controller node used for?
A cluster block controller node manages block-level storage operations across distributed storage systems. It coordinates data placement, handles I/O requests, and maintains consistency in clustered storage environments, making it essential for high-availability storage infrastructure.
How does the 32-core architecture benefit storage performance?
The 32-core processor enables parallel processing of multiple storage operations simultaneously, significantly improving throughput and reducing latency in block control operations. This architecture is optimized for handling concurrent I/O requests typical in enterprise storage clusters.
Is this node suitable for virtualized data centers?
Yes, the HPE Apollo Storage MP 32-core controller node is specifically designed for virtualized environments and cloud infrastructure. It provides the performance and reliability required for supporting multiple virtual machines and containerized workloads with consistent storage performance.
What redundancy features does this block controller offer?
This cluster block controller node supports enterprise-grade redundancy mechanisms including failover capabilities and distributed cluster management, ensuring continuous storage availability even during component failures.
