Q0U54A Overview
The HPE StoreFabric SN6600B 32Gb 48/24 Fibre Channel Switch is a high-performance, scalable networking solution designed to meet the demands of todays data centers. With its advanced capabilities, it efficiently manages and supports high-density virtualization, large cloud infrastructures, and growing flash-based storage environments, ensuring enhanced data access and storage networking performance.
Quick Spec
| Product Brand | HPE |
| Product Model | Q0U54A |
| Ports | 48/24 |
| Data Transfer Rate | 32Gb |
| Form Factor | Fibre Channel Switch |
Product Features
- High-speed 32 Gbps performance for efficient storage networking.
- Scalable architecture supporting 48/24 ports to adapt to network demands.
- Enhanced diagnostics and reliability with HPEs advanced technology.
- Easy integration with existing environments for immediate benefits.
- Advanced security features to protect critical data across the network.
Product Applications
- Optimized for high-density virtualization environments, facilitating better VM management and operations.
- Suitable for enterprises requiring scalable storage solutions for large cloud infrastructure deployments.
- Ideal for environments with intensive and demanding data access needs, like big data analytics and flash-based storage systems.
Supported Options
| Transceivers | 32Gb/s Fibre Channel Transceivers |
| Fabric Software | HPE B-Series SAN Network Advisor Software |
| Power Supplies | Integrated Power Supplies for enhanced reliability |
Compare to Similar Items
| SN6000B | 16Gb, 24 Ports, Older Generation |
| SN12000B | 32Gb, 32/64 Ports, Higher Scalability |
| SN8000B | 8Gb, 48 Ports, Lower performance |
Get more information
For further details about the HPE StoreFabric SN6600B 32Gb 48/24 Fibre Channel Switch, its specifications, options, and pricing, feel free to contact us through Live Chat or at orders@netseg.me. Our team is ready to assist with your queries and help you choose the right solution for your networking needs.







Reviews
There are no reviews yet.