Vertiv Geist Switched Unit Level Monitoring rPDU 21.6kW

The Vertiv Geist Switched Unit Level Monitoring rPDU (VP4G60) is a high-density rack power distribution unit engineered for 415V three-phase environments, delivering up to 21.6kW of managed power to support the extreme power densities demanded by modern GPU compute, AI/ML inference, and HPC workloads. The unit provides individual outlet-level switching, enabling remote power cycling of individual servers or network devices without physical data-center access, a critical operational capability for large-scale distributed infrastructure teams.

The VP4G60 incorporates unit-level power monitoring, capturing real-time measurements of voltage, current, and power consumption across the PDU as a whole. Network management is handled via an integrated Gigabit Ethernet interface compatible with IPv4/IPv6, SNMP v1/v2c/v3, and the Vertiv Intelligence Director ecosystem, enabling integration with DCIM platforms and third-party monitoring toolchains. The unit supports Vertiv's Geist firmware, which provides a browser-based dashboard, configurable alerting thresholds, and data logging for capacity planning and power assurance reporting.

Designed for installation in standard 600mm or 800mm wide, 1000mm–1200mm deep equipment cabinets, the VP4G60 ships in a vertical zero-U form factor that preserves full rack unit space for compute nodes. Its IEC 60309 three-phase input and C13/C19 outlet complement make it directly compatible with contemporary high-density server and GPU accelerator platforms, positioning it as a primary power infrastructure component for AI compute clusters, colocation deployments, and enterprise private cloud build-outs requiring per-outlet remote management without a full per-outlet metering overhead.

Ideal for

• Remote power cycling of individual GPU accelerator nodes within AI/ML training clusters, eliminating the need for hands-on data-center intervention during firmware recovery or system hang events
• Capacity planning and power assurance in colocation facilities where tenant SLAs require auditable, real-time unit-level power consumption data
• Dense HPC rack deployments operating at sustained high-amperage loads where 415V three-phase distribution reduces conductor losses and supports higher per-rack kW budgets
• Edge and regional data-center sites with limited on-site staffing, where outlet-level remote switching reduces mean time to recovery for stranded or unresponsive servers
• Private cloud infrastructure refresh programs specifying high-amperage switched PDUs to support next-generation CPU and GPU server platforms with TDPs exceeding 500W per node
• DCIM-integrated environments requiring SNMP v3 and IPv6 support for unified power monitoring, alerting, and capacity tracking across heterogeneous rack populations

Technical specifications

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