Rack server ASUS RS720-E12-RS8G 3.2 kW redundant PSU, 8 hot-swap bays

ASUS RS720-E12-RS8G is a 2U rack server engineered for data center and enterprise environments. It includes a 3.2 kW redundant power supply and eight hot-swap drive bays to support continuous operation and straightforward maintenance. The server is built for workloads that demand high availability, supporting virtualization, storage consolidation and compute-intensive tasks while allowing quick drive replacement without shutdown.

Advantages

The redundant 3.2 kW power supply provides failover capability to minimize downtime in case of a PSU fault. Eight front-access hot-swap bays enable rapid replacement and expansion of storage with no need to power down the system. The rack-mount 2U form factor balances density and serviceability for data center racks. Broad compatibility with enterprise-class processors, memory configurations and networking options allows flexible use across multiple infrastructure scenarios.

Suitable for

• Virtualization hosts and hyperconverged infrastructure
• Storage servers and NAS appliances requiring hot-swap drives
• Compute clusters and high-availability application servers
• Database servers and analytics workloads

Key specifications

• Form factor: 2U rack-mount chassis
• Drive bays: 8 hot-swap front-access bays for storage drives
• Power: redundant 3.2 kW power supply configuration
• Serviceability: front-access components and hot-swap capability for drives and power units
• Target use: enterprise and data center workloads, optimized for availability and maintenance

How to use

Install the server into a standard 19-inch rack using appropriate rails and ensure adequate cooling and power distribution in the rack. Configure RAID or storage controller settings according to your storage architecture, insert drives into the hot-swap bays and initialize them through the server management interface or operating system. Connect redundant power feeds to separate PDUs and verify that the redundant power supply units are recognized. Use the server’s management utilities to configure network interfaces, firmware updates and monitoring agents before placing the server into production.

Recommendations

For reliable operation, deploy the server in a controlled data center environment with stable power, rack cooling and appropriate airflow. Populate hot-swap bays according to your RAID and performance requirements, perform firmware updates during maintenance windows and regularly monitor PSU and drive health via the server management tools to detect and remedy faults without impacting uptime.