The HP SN8000B 48-port 8Gb/s Director Blade, part number QW941A#0D1, is a high-performance plug-in module designed specifically for HP's SN8000B series. This switch module offers 48 ports of 8Gb/s Fibre Channel connectivity, enabling robust data transmission and facilitating heavy workloads within data centres or storage networks. Each of the 48 ports supports autosensing on 2, 4, and 8Gb/s speeds, providing flexibility based on your network environment and infrastructure requirements. The module is ideal for enterprises that rely on high-speed fibre connectivity combined with scalability in their server and storage environments.
Designed to plug seamlessly into the SN8000B chassis, the module integrates into existing networks easily without the need for external modifications. The QW941A#0D1 unit allows for streamlined network expansion as business demands grow, with its port-dense form factor making it suitable for environments that require scalability and high data throughput.
The HP SN8000B 48-port Director Blade also includes advanced management and monitoring features to optimise network performance. With on-board diagnostics and fabric performance monitoring, you can troubleshoot and ensure proper functioning of your Fibre Channel network. This module is part of the larger SN8000B series, known for its enterprise-class performance and is often deployed for mission-critical data processing and storage environments.
This plug-in module also simplifies maintenance, allowing for hot-swapping, so you do not need to power down the system during installation or replacement. Overall, the HP SN8000B 48-port Director Blade offers a high-performance, scalable solution for managing large, data-intensive workflows in modern enterprise environments.
EOL Technology Services provides expert support, professional services, and a variety of replacement parts, including the HP SN8000B 48-port Director Blade. Whether you need technical guidance, maintenance, or replacement parts for this specific module, our team ensures your systems stay operational and fully optimised.
