Name: QW940B HPE SN8000B 8Gb Enhanced Fibre Channel 32-Port Blade Switch Module
Brand: HPE
SKU: QW940B
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The QW940B HPE SN8000B 8Gb Enhanced Fibre Channel 32-Port Blade Switch Module acts as the backbone for storage networking within HPE BladeSystem environments. It provides fast, reliable connectivity to storage resources, ensuring blade servers can access data efficiently. This switch fits neatly into enterprise SAN infrastructures where consistent performance and manageability are required.

General Information
Brand	HPE
Part Number	QW940B
Condition	Refurbished

Technical Information
Switch Ports	32-Ports
Number of Ports	32-Ports
Port Type	SFP+
Port Speed	8 Gbps
POE Support	No
Switching Capacity	512 Gbps
VLAN Support	No
Stackable	No
Layer Support	Layer 2
Connector Type	SFP+

Management and Configuration
Remote Protocols	Yes
Management Interfaces	Serial Console (RJ-45),USB Console
Security Features	Zoning,RADIUS,TACACS+,SSH
Management Type	CLI
Remote Management Protocol	SNMP,SSH,Telnet

Power & Cooling
Fans	None

Physical Characteristics
Weight	5.00

Miscellaneous
Compliance Standards	WEEE, RoHS, CE, FCC

Product Description
The QW940B is a high-performance 32-port 8Gb Fibre Channel switch module designed to provide fast and reliable SAN connectivity within HPE BladeSystem enclosures. It's commonly used in data centers where blade servers require efficient storage networking to handle demanding workloads. Built specifically for HPE environments, this module helps IT teams manage storage traffic with precision and scalability. Organizations relying on virtualization, database applications, or large-scale storage arrays often find this switch essential for maintaining smooth data flow. Key Features Offers 32 ports with 8Gb Fibre Channel speeds for robust data transfer Supports zoning to isolate storage traffic and improve security Integrates seamlessly with HPE BladeSystem chassis for streamlined deployment Includes management tools for monitoring and configuring SAN fabric Provides low latency and high throughput to support demanding workloads This switch module is typically deployed in enterprise data centers focused on storage area networks supporting blade servers. Its role is critical in maintaining high availability and performance for storage access while simplifying SAN management. By using this switch, organizations can effectively balance workload demands with storage needs, making it a reliable component in complex infrastructure setups.

Use Cases
The QW940B HPE SN8000B 8Gb Enhanced Fibre Channel 32-Port Blade Switch Module is primarily deployed in enterprise SAN environments that require high-throughput and low-latency storage connectivity within blade server infrastructures. It is ideal for organizations leveraging HPE BladeSystem enclosures who need robust, scalable storage networking for virtualization or intensive data workloads. How It's Used: Supporting large-scale virtualization platforms in data centers by providing stable, high-speed connectivity between blade servers and centralized storage arrays. Enabling storage clusters in enterprise IT environments that demand predictable low latency and zoning capabilities for multi-tenant SAN segmentation. Facilitating backup and disaster recovery operations within rack deployments by linking blade servers to high-performance Fibre Channel storage fabrics. Optimizing SAN traffic in high-density computing environments, such as financial services trading floors, where rapid access to data is critical. Integrating with cloud infrastructure providers’ private cloud setups to ensure seamless connectivity between compute blades and storage nodes. By delivering consistent, high-performance Fibre Channel connectivity, this switch module aids in maintaining operational efficiency and scalability in storage networks. Its advanced management features allow IT teams to effectively segment and control SAN traffic, supporting evolving enterprise storage demands without compromising on speed or reliability.