HPE 572018-B21

Virtual Connect 8GB 20-Port Fibre Channel Expansion Module

The HPE 572018-B21 Virtual Connect 8GB 20-Port Fibre Channel Expansion Module is designed to seamlesslyintegrate with HPE c-Class BladeSystem enclosures, providing a flexible and efficient connection to SAN fabrics. With 20 Fibre Channel ports operating at 8Gbps, this module enables up to 128 virtual machines on a single physical server to access separate storage resources. By associating provisioned storage directly to specific virtual machines, even during server reallocation within the BladeSystem, it simplifies storage management and enhances operational efficiency. This module is ideal for environments requiring high-density, low-latency storage connectivity without the complexity of traditional SAN switches.

Features

The HPE 572018-B21 Virtual Connect 8GB 20-Port Fibre ChannelEExpansion Moduleffers enhanced Virtual Connect capabilities, allowing for streamlined server connections by separating the server enclosure from the SAN. This separation simplifies SAN fabric layouts by reducing cables and eliminating the need for additional switches in the domain. The module supports NPIV (N_Port ID Virtualization), enabling the mapping of virtual HBAs to virtual machines, which can be managed similarly to physical HBAs. This approach provides SAN administrators with greater flexibility and control over storage resources. The module's design ensures high availability with features like dual modules and automatic failover, ensuring continuous operation even in the event of hardware failure. Additionally, the embedded Virtual Connect Manager facilitates easy configuration and security management, streamlining deployment and maintenance processes.

Advanced Options

The HPE 572018-B21 module is engineered for high performance and reliability in enterprise environments. Its 8Gb Fibre Channel ports deliver fast data transfer rates, ensuring low-latency access to storage resources. The support for NPIV allows for efficient mapping of virtual HBAs to virtual machines, optimizing storage utilization and management.