HPE Apollo 4500 Gen10 32-Core Cluster Block Controller Node
The HPE Apollo 4500 Gen10 32-core cluster block controller node is engineered for organizations requiring high-performance distributed storage and cluster management at enterprise scale. This powerful block controller node delivers exceptional processing capability with 32 cores, enabling seamless coordination of large-scale storage clusters and complex data workflows. Ideal for data centers managing petabyte-scale infrastructure, this solution provides the computational horsepower needed for real-time cluster orchestration, metadata management, and fault tolerance across distributed storage environments.
Key Features
- 32-core processor architecture for high-throughput cluster management
- Optimized block controller functionality for distributed storage coordination
- Enterprise-grade reliability and redundancy support
- Seamless integration with HPE Apollo storage ecosystems
- Advanced cluster orchestration and load balancing capabilities
- Support for multi-node cluster deployments
- High-speed interconnect support for low-latency communication
- Comprehensive management and monitoring tools included
Technical Specifications
| Specification |
Details |
| Manufacturer |
Hewlett Packard Enterprise (HPE) |
| Product Type |
Cluster Block Controller Node |
| Processor Cores |
32-core configuration |
| Part Number |
HU4A5A400GN |
| Series |
Apollo 4500 Gen10 |
| Primary Function |
Distributed storage cluster management and block control |
| Use Case |
Enterprise data center, high-performance computing, large-scale storage infrastructure |
Frequently Asked Questions
What is a cluster block controller node used for?
A cluster block controller node manages and coordinates block-level storage operations across distributed storage clusters. The HPE Apollo 4500 Gen10 32-core model handles metadata management, I/O coordination, and fault tolerance for large-scale storage environments, ensuring optimal performance and data availability.
How does the 32-core processor benefit enterprise storage?
The 32-core processor architecture enables parallel processing of multiple storage operations simultaneously, reducing latency and improving throughput for cluster-wide data management tasks. This is critical for organizations managing petabyte-scale storage infrastructure with demanding workloads.
Is this block controller node suitable for high-performance computing environments?
Yes, the HPE Apollo 4500 Gen10 is specifically designed for HPC and enterprise data center environments requiring robust cluster storage management. Its advanced processing capabilities and integration with HPE ecosystems make it ideal for complex distributed computing scenarios.
What integration options are available with existing HPE infrastructure?
This cluster block controller node integrates seamlessly with HPE Apollo storage systems and enterprise data center environments, providing unified management, monitoring, and orchestration capabilities across your entire storage infrastructure.
