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HP 311026-B21 2/32 San Switch Brocade
- Type: Fibre Channel SAN Switch
- Ports: Up to 32 ports (configurable)
- Manufacturer: Brocade (for HP)
- Interface: Fibre Channel
- Designed for enterprise SAN environments.
- Provides high-speed, reliable storage connectivity.
- Supports scalability for growing storage needs.
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Typically 1-2 handling + 3-7 transit days
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Product Overview
The HP 311026-B21 is a 2/32 Fibre Channel SAN Switch manufactured by Brocade. It provides high-performance connectivity for Storage Area Networks, supporting up to 32 ports.
Technical Information
| Part Number | 311026-B21 |
| Switch Type | Fibre Channel SAN Switch |
| Max Ports | 32 |
Additional Specifications
| Vendor | Brocade |
| Branding | HP |
Product Description
The HP 311026-B21, manufactured by Brocade, is a robust Fibre Channel SAN switch designed for enterprise-level storage networking. This switch is capable of supporting a significant number of ports, typically configurable up to 32, making it suitable for environments requiring high port density and scalability. It serves as a critical component in a Storage Area Network, enabling efficient and reliable communication between servers and storage devices. As a Brocade-developed product for HP, it benefits from Brocade's extensive experience and technology in the SAN market. The switch operates using Fibre Channel protocol, which is the industry standard for high-speed, low-latency block-level storage access. This ensures that applications have rapid and consistent access to data, which is crucial for performance-sensitive workloads such as databases, virtualization, and high-performance computing. The 311026-B21 switch is designed for high availability and performance, incorporating features that ensure data integrity and network uptime. Its scalability allows organizations to start with a smaller configuration and expand as their storage needs grow, providing a cost-effective and future-proof solution for their SAN infrastructure. This makes it an ideal choice for data centers that demand reliable and high-performance storage connectivity.



