ATEN PE9216G 16-Outlet 0U High Voltage Metered & Switched Rack PDU (208V/30A)

The ATEN PE9216G is a 0U metered and switched power distribution unit engineered for high-voltage enterprise data center environments operating at 208V/30A. This compact form factor eliminates rack space consumption while delivering granular per-outlet power monitoring, remote switching capabilities, and comprehensive intelligent management across distributed compute infrastructure. The unit addresses the critical power management demands of modern AI server deployments and high-density GPU clusters that require precise outlet-level control, real-time consumption visibility, and automated power cycling for fault recovery.

Architecturally, the PE9216G integrates 16 independently controlled C13 outlets with full metering on each outlet, enabling data center operators to monitor and manage power consumption at the individual server level. The 0U form factor mounts directly to PDU rails or can be positioned alongside existing infrastructure without consuming valuable vertical rack space. North American enterprise deployments benefit from native 208V three-phase support, eliminating the need for step-down transformers and reducing power distribution complexity in modern compute-dense environments.

Notable capabilities include remote outlet switching via network interface, real-time power metrics (voltage, current, power factor, energy consumption), environmental monitoring integration, and support for SNMP and REST API management protocols. The unit provides automated power event alerts, scheduled outlet control, and load balancing features essential for managing the unpredictable power demands of GPU-intensive workloads and large language model training clusters launched in late 2024.

Ideal for

• GPU cluster power management for machine learning training and inference workloads requiring per-node power visibility and remote restart capabilities
• High-density AI server deployments with dynamic power demands necessitating real-time consumption monitoring and outlet-level switching
• Fault recovery automation in compute clusters where individual server power-cycling without manual intervention reduces downtime
• Multi-tenant enterprise data center environments requiring granular power allocation tracking and chargeback to business units
• Large language model (LLM) training infrastructure where power redundancy, load shedding, and emergency shutdown of specific nodes improves cluster stability
• Compliance-driven data center operations requiring comprehensive energy audit trails, per-outlet logging, and automated overcurrent protection

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.