HPE Alletra STG MP 32p 48V DC Switch Supply
The HPE Alletra STG MP 32p 48V DC Switch Supply is engineered for enterprise data centers requiring reliable, high-performance power distribution. This 48V DC switch supply delivers consistent power to mission-critical infrastructure, supporting 32-port configurations in demanding environments. Ideal for organizations deploying HPE Alletra storage solutions, this power supply ensures maximum uptime and operational efficiency for your data center investments.
Key Features
- 32-port configuration for scalable power distribution
- 48V DC output for enterprise-grade reliability
- Optimized for HPE Alletra STG systems
- Redundant power architecture support
- Efficient thermal management for continuous operation
- Hot-swappable design for minimal downtime
- Enterprise-class monitoring and diagnostics
- Compact form factor for data center deployment
Technical Specifications
| Specification |
Details |
| Manufacturer |
Hewlett Packard Enterprise |
| Part Number |
HU4A4A300GP |
| Product Series |
HPE Alletra STG MP |
| Port Configuration |
32-port |
| Output Voltage |
48V DC |
| Application |
Data Center Power Distribution |
| Form Factor |
Enterprise Switch Supply |
Frequently Asked Questions
What is the HPE Alletra STG MP 32p 48V DC Switch Supply used for?
This switch supply provides reliable 48V DC power distribution for HPE Alletra storage systems in enterprise data centers, supporting 32-port configurations for mission-critical applications.
Is the HPE Alletra 48V DC power supply hot-swappable?
Yes, the HPE Alletra STG MP features hot-swappable design, allowing replacement without interrupting system operations or requiring downtime.
What are the power supply specifications for HPE Alletra STG systems?
The HPE Alletra STG MP 32p delivers 48V DC output with redundant power architecture support, enterprise-class monitoring, and optimized thermal management for continuous data center operation.
Can this 48V DC switch supply support redundancy?
Yes, the HPE Alletra STG MP 32p is designed with redundant power architecture support, ensuring maximum availability and fault tolerance for enterprise environments.
