Unrivaled Reliability with Power Redundancy
The HPE Aruba 5400R 700Watt PoE+ zl2 Internal Power Supply Module ensures your network stays powered, even in the event of a component failure. If any one of the power supplies fails, the remaining units seamlessly take over the load, ensuring that your fully loaded 5400R zl2 switch continues to function without interruption. This design is critical for businesses that cannot afford downtime and need to maintain consistent connectivity.
Enhanced Performance with Load Sharing
Equipped with two supplies, this internal power supply offers load sharing capabilities that not only distribute the power demands but also increase the lifespan of the power supply units. By sharing the power load, you can reduce wear and tear, ensuring both supplies remain efficient for much longer, leading to cost savings and less frequent replacements.
Hot Swap Feature for Maximum Uptime
The hot swap operating functionality of the HPE Aruba 5400R lets you add or replace power supplies without interrupting the operations of your switch. This means you can maintain network uptime during routine maintenance or unforeseen power supply failures, making it an ideal solution for mission-critical applications across various sectors.
Automatic Fault Detection for Proactive Monitoring
With built-in automatic fault detection, the HPE Aruba 5400R power supply can detect inconsistencies or failures in real-time. The power status and fault LEDs provide instant visual feedback, while alerts through the switch console and web interface ensure that you are always informed of the power supply's condition. This proactive monitoring system contributes significantly to the overall reliability of your network infrastructure.
Wide Compatibility with HPE zl2 Switches
Designed for a broad range of HPE zl2 switches, including the 5406R series and others, the HPE Aruba 5400R power supply can be paired with various models like J9829A and J9830A. Although mixing power supplies is supported, it's recommended to use identical models for optimal performance. This flexibility allows users to tailor their network setups according to specific power requirements.