HPE QW940A SN8000B 8Gb 32-port Fiber Channel Switch

HPE QW940A SN8000B 8Gb 32-ports

The HPE QW940A SN8000B 8Gb 32-port Enhanced FC Blade Option is a high-performance, flexible solution designed to meet the demanding requirements of modern enterprise environments. Engineered for speed, scalability, and reliability, this Fibre Channel (FC) blade integrates seamlessly into Hewlett Packard Enterprise’s portfolio of storage networking solutions, ensuring exceptional data transfer and communication efficiency.

Features and Benefits

This enhanced FC blade offers an array of features to optimize network performance:

• High Bandwidth: With 8Gbps Fibre Channel speeds, it delivers rapid data transfer to support intensive workloads.
• Port Density: The 32-ports configuration ensures maximum connectivity while minimizing physical footprint in the data center.
• Advanced Performance: Built-in intelligence ensures low latency and enhanced throughput.
• Seamless Scalability: Designed to grow with your infrastructure, this blade supports future expansion and increasing data demands.
• Reliability: Engineered for mission-critical environments with advanced error correction and failover capabilities.

Compatibility with Modern Data Centers

The HPE SN8000B 32-ports blade is fully compatible with HPE’s modular chassis and integrates effortlessly into enterprise storage and SAN infrastructures. Its plug-and-play design simplifies installation, enabling businesses to scale up storage capabilities without disruptions.

Enhanced Connectivity Options

This FC blade provides unparalleled connectivity, supporting multiple topologies and interoperability with existing HPE and third-party systems. The 8Gb Fibre Channel interfaces ensure robust communication for hybrid cloud environments, virtualized data centers, and high-availability systems.

Application Scenarios and Use Cases

Enterprise Storage Networks

Ideal for enterprise SAN deployments, the HPE QW940A SN8000B enables high-speed data transfers across storage arrays, servers, and backup systems. Its enhanced bandwidth capacity makes it perfect for high-performance storage and database applications.

Virtualized Environments

In virtualized data centers, this blade supports seamless integration with hypervisors such as VMware and Hyper-V. Its low latency and high throughput enhance virtual machine performance, ensuring smooth operation of mission-critical applications.

Cloud and Hybrid Deployments

Cloud environments benefit from the blade’s flexibility and scalability. Its ability to handle dynamic workloads makes it a reliable component for public, private, or hybrid cloud solutions, ensuring consistent service delivery.

Optimized for Backup and Disaster Recovery

With its high-speed connectivity, the HPE SN8000B blade ensures fast and reliable data replication for backup and disaster recovery solutions. Organizations can secure critical data with minimal downtime, enhancing overall resilience.

Advanced Management Features

The HPE QW940A blade includes advanced management tools for monitoring and configuring the network. IT administrators can utilize HPE’s management interface to oversee port performance, detect issues, and perform firmware updates remotely.

Enhanced Security and Reliability

Built-In Security Features

Security is a top priority in enterprise networking. This blade includes features such as data encryption, secure firmware, and access control policies to protect sensitive information from unauthorized access.

Redundancy and Failover

Engineered for high availability, the blade supports redundancy and failover mechanisms, ensuring uninterrupted service even in the event of hardware failure.

Subcategories and Related Products

HPE Fibre Channel Blades

The HPE QW940A SN8000B is part of HPE’s comprehensive line of Fibre Channel blades, designed to meet various enterprise needs. Other models in this category include 16Gb and 32Gb options, offering enhanced bandwidth and future-proofing for growing data requirements.

HPE Storage Area Network Solutions

This blade complements HPE’s SAN product lineup, including switches, directors, and fabric modules. Together, these components create a robust and scalable storage infrastructure for organizations of all sizes.

Related Accessories and Add-Ons

To maximize the performance of the HPE SN8000B blade, organizations can leverage compatible accessories such as optical transceivers, cabling solutions, and software licenses for advanced features like SAN analytics and performance tuning.

Firmware and Software Updates

Regular firmware updates from HPE ensure that the QW940A blade remains secure and up-to-date with the latest features, further extending its lifecycle and value.

Environmental and Economic Impact

Energy Efficiency

The HPE QW940A SN8000B blade is designed with energy efficiency in mind, helping organizations reduce their carbon footprint and operational costs. By consuming less power without compromising performance, it supports sustainable IT practices.

Cost-Effective Scalability

By consolidating multiple connections into a single blade, this solution minimizes the need for additional hardware, reducing both capital and operational expenses. Its long lifecycle and reliable performance make it a cost-effective choice for enterprises.

Proven Expertise

HPE has a long history of delivering reliable and innovative networking solutions. The QW940A SN8000B blade is backed by HPE’s expertise, ensuring it meets the highest standards of quality and performance.

Comprehensive Support

Customers benefit from HPE’s global support network, including warranty coverage, technical assistance, and proactive monitoring services. This ensures smooth operation and rapid issue resolution for the blade.

Customizable Solutions

With its modular design and extensive compatibility, the HPE SN8000B blade can be customized to fit unique business requirements, providing unparalleled flexibility in deployment.

Future-Ready Technology

Investing in the HPE QW940A blade ensures organizations are prepared for future technological advancements, including higher-speed Fibre Channel protocols and emerging SAN architectures.