HPE MSA 1060 16Gb Fibre Channel SFF Storage
The HPE MSA 1060 is a small-form-factor Fibre Channel storage system engineered for small to medium-sized businesses seeking affordable application acceleration. Delivering over 150,000 IOPS with 16Gb Fibre Channel connectivity, this entry-level SAN solution combines reliable performance with operational simplicity. Perfect for organizations building or expanding their storage infrastructure without enterprise complexity.
Key Features
- 150,000+ IOPS performance for demanding applications
- 16Gb Fibre Channel connectivity for high-speed data transfer
- Small-form-factor (SFF) design optimized for space-constrained environments
- Entry-level SAN architecture with simplified management
- Reliable performance for SMB and departmental deployments
- Cost-effective storage acceleration for growing businesses
Technical Specifications
| Specification |
Details |
| Manufacturer |
Hewlett Packard Enterprise |
| Model |
MSA 1060 |
| Part Number |
R0Q85BR |
| Form Factor |
Small-Form-Factor (SFF) |
| Connectivity |
16Gb Fibre Channel |
| Performance |
150,000+ IOPS |
| Architecture |
Entry-Level SAN Storage |
Frequently Asked Questions
What is the HPE MSA 1060 used for?
The HPE MSA 1060 is designed for small to medium-sized businesses requiring reliable SAN storage with high IOPS performance. It accelerates applications while maintaining cost-effectiveness for entry-level deployments.
How much IOPS does the HPE MSA 1060 deliver?
This Fibre Channel storage system delivers over 150,000 IOPS, making it suitable for performance-intensive workloads in SMB environments.
Is the HPE MSA 1060 suitable for small businesses?
Yes, the MSA 1060 is purpose-built for small to medium-sized organizations. Its entry-level SAN design, affordable pricing, and simplified management make it ideal for businesses expanding their storage infrastructure.
What connectivity options does the HPE MSA 1060 provide?
The system features 16Gb Fibre Channel connectivity, delivering high-speed data transfer and reliable performance for SAN environments.
