HPE Apollo Storage MP 16-Core Cluster Block Control Node
The HPE Apollo Storage MP 16-core cluster block control node is engineered for organizations requiring high-performance, scalable enterprise storage infrastructure. This control node solution delivers exceptional reliability and management capabilities for distributed storage environments, making it ideal for data centers, cloud service providers, and enterprises managing large-scale block storage deployments.
Built on HPE's proven Apollo architecture, this 16-core cluster control node provides the processing power and redundancy needed for mission-critical storage operations. Whether you're consolidating storage infrastructure, expanding existing deployments, or building new high-availability storage clusters, this solution offers enterprise-grade performance and fault tolerance.
Key Features
- 16-core processor architecture for high-throughput cluster management
- Optimized for distributed block storage cluster control operations
- Enterprise-grade reliability and redundancy capabilities
- Scalable design supporting large storage cluster deployments
- HPE Apollo platform integration for seamless infrastructure compatibility
- Advanced cluster node management and failover support
- Designed for 24/7 mission-critical storage environments
- Supports multi-node cluster configurations for enhanced availability
Technical Specifications
| Specification |
Details |
| Manufacturer |
Hewlett Packard Enterprise (HPE) |
| Product Line |
Apollo Storage MP |
| Node Type |
Cluster Block Control Node |
| Processor Cores |
16-Core |
| Part Number |
HU4B0A400GM |
| Application |
Enterprise Block Storage Cluster Management |
| Architecture |
Distributed Storage Cluster |
| Use Case |
Data Center, Cloud Infrastructure, Enterprise Storage |
Frequently Asked Questions
What is a cluster block control node used for?
A cluster block control node manages and orchestrates distributed block storage operations across multiple nodes in a storage cluster. It handles metadata management, cluster coordination, failover operations, and ensures data consistency and availability across the entire storage infrastructure.
How does the 16-core architecture benefit storage performance?
The 16-core processor provides substantial computational capacity for handling complex cluster management tasks, metadata operations, and I/O coordination. This enables the control node to efficiently manage large-scale storage deployments while maintaining low latency and high throughput for storage operations.
Is this control node suitable for high-availability storage environments?
Yes, the HPE Apollo Storage MP control node is specifically designed for enterprise environments requiring high availability. It supports redundant cluster configurations, automatic failover capabilities, and is built with enterprise-grade reliability features essential for mission-critical storage deployments.
What storage systems integrate with this cluster control node?
This control node integrates with HPE Apollo Storage MP infrastructure and distributed block storage systems. It's designed to work within HPE's enterprise storage ecosystem, supporting scalable multi-node cluster deployments for organizations requiring robust, manageable storage solutions.
