The MSA 2040 Datasheet is a crucial document for anyone considering, implementing, or managing an HPE MSA 2040 storage array. This comprehensive document provides a detailed overview of the array’s capabilities, specifications, and performance characteristics. Understanding the information contained within the MSA 2040 Datasheet is essential for making informed decisions about storage infrastructure.
Decoding the MSA 2040 Datasheet What It Contains
The MSA 2040 Datasheet serves as a central repository of information, outlining everything you need to know about the MSA 2040 storage array. It encompasses technical specifications, performance metrics, compatibility details, and supported features. The datasheet allows you to understand the device limitations, maximum throughput, cache size, drive support, and power requirements. Understanding the specifications allows for precise planning and procurement. Furthermore, the datasheet can clarify how to use the device within compliance requirements and regulations.
The datasheet presents information in a structured format, often employing tables, diagrams, and bullet points for clarity. Key aspects typically covered include:
- Hardware specifications: Processor type, memory capacity, number of supported drives, and interface types (e.g., SAS, iSCSI, Fibre Channel).
- Performance characteristics: Maximum IOPS (Input/Output Operations Per Second), throughput, and latency figures.
- Software features: Supported RAID levels, virtualization capabilities, snapshots, replication, and management tools.
- Compatibility information: Supported operating systems, hypervisors, and networking protocols.
Datasheets also include details about power consumption, environmental requirements (temperature, humidity), and regulatory compliance.
Datasheets are frequently used at different times in the technology lifecycle. Before buying, system architects and IT managers consult the datasheet to determine if the MSA 2040 meets their storage requirements. During setup, the installation team uses the datasheet to verify the physical requirements and compatibility. In production, the datasheet is useful for capacity planning, troubleshooting performance problems, and understanding hardware limits. Here is a table to illustrate how the datasheet is used in different stages of the lifecycle:
| Lifecycle Stage | Datasheet Use |
|---|---|
| Planning | Determine compatibility and feasibility. |
| Implementation | Verify configuration and installation requirements. |
| Operation | Troubleshooting and optimization. |
For a deeper dive and more technical explanation, consult the official MSA 2040 Datasheet document. Don’t rely on secondhand information or summaries. Consult the source for accurate values!