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HP H6Z07B 3PAR 8440 2-Node Field Base w/ Single-System Software
- HP 3PAR 8440 2-Node Field Base.
- Includes Single-System Software for unified management.
- Provides foundational storage capacity and performance.
- Designed for enterprise-level data storage needs.
- Supports advanced data services like thin provisioning and deduplication.
- Offers high availability and data protection features.
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For government, enterprise, data center, and small business customers.
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Product Overview
The HP H6Z07B is a 2-node field base for the HP 3PAR 8440 storage system, including single-system software. This configuration provides a foundational storage solution with the core capabilities of the 3PAR 8440, suitable for environments requiring reliable and efficient data storage.
Technical Information
| Product Type | Storage Base Array |
| Model | 3PAR 8440 |
Additional Specifications
| Node Configuration | 2-Node |
| Software | Single-System Software |
Product Description
The HP H6Z07B represents a core building block for the HP 3PAR 8440 storage platform. This 2-node configuration is designed to deliver robust performance and essential data services for a wide range of enterprise applications. It serves as a reliable foundation for organizations looking to consolidate their storage infrastructure and improve operational efficiency. Equipped with HP's renowned 3PAR technology, this base array offers advanced features such as thin provisioning, deduplication, and automated tiering, which help optimize storage utilization and reduce costs. The inclusion of single-system software ensures a unified management experience, simplifying administration and providing comprehensive control over data across the storage environment. The H6Z07B is engineered for high availability, ensuring continuous access to data and minimizing downtime. Its scalable architecture allows for future expansion, enabling businesses to adapt their storage solutions as their needs evolve. This makes it an ideal choice for mission-critical workloads that demand both performance and reliability.
