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 with advanced clustering capabilities. Ideal for organizations managing petabyte-scale storage systems, this solution provides the processing power and redundancy needed for continuous operation and data protection.
Key Features
- 32-core processor architecture for high-throughput block storage operations
- Advanced clustering support for distributed storage environments
- Enterprise-grade reliability and fault tolerance
- Optimized for large-scale data center deployments
- Seamless integration with HPE Apollo Storage ecosystem
- Redundant controller architecture for continuous availability
- High-speed interconnect support for cluster communication
- Comprehensive management and monitoring capabilities
Technical Specifications
| Specification |
Details |
| Manufacturer |
Hewlett Packard Enterprise (HPE) |
| Product Line |
Apollo Storage MP |
| Node Type |
Cluster Block Controller Node |
| Processor Cores |
32-core configuration |
| Part Number |
HU4A9A500GN |
| Application |
Enterprise distributed block storage |
| Deployment Model |
Data center cluster infrastructure |
Frequently Asked Questions
What is a cluster block controller node?
A cluster block controller node is a specialized server component that manages block-level storage operations across distributed storage systems. It handles I/O requests, data consistency, and cluster coordination in enterprise storage environments.
Why choose HPE Apollo Storage for enterprise storage?
HPE Apollo Storage solutions provide proven reliability, scalability, and performance for mission-critical applications. The 32-core controller node ensures high throughput and low latency for demanding storage workloads.
How does the 32-core architecture benefit storage performance?
The 32-core processor enables parallel processing of multiple storage requests, significantly improving throughput and reducing latency in high-demand data center environments.
Is this suitable for multi-site deployments?
Yes, the cluster block controller node supports distributed architectures, making it ideal for multi-site data centers requiring synchronized storage infrastructure and high availability.
