Vertiv MPH2 Rack PDU MPHR2L830A

The Vertiv MPH2 Rack PDU is a next-generation power distribution unit engineered for high-density computing environments requiring granular power visibility and management at scale. Featuring a 30A three-phase input configuration, the MPHR2L830A delivers robust power capacity with individual outlet metering capabilities, enabling real-time monitoring of power consumption across all connected devices. The unit supports modern data center architectures where per-rack power densities have doubled or tripled compared to legacy infrastructure, making precise power allocation and thermal management critical operational requirements.

Designed specifically for Tier-3 and Tier-4 data center operators undertaking infrastructure modernization initiatives, the MPH2 series integrates intelligent power management firmware with enterprise-grade remote management interfaces. The architecture supports heterogeneous workload distributions—from traditional server clusters to GPU-accelerated computing arrays and storage appliances—each with distinct power profiles and failover requirements. Advanced metering at the outlet level provides the granular data necessary for chargeback models, predictive capacity planning, and identification of power anomalies before they cascade into availability incidents.

Launched in 2022-Q3, the MPH2 reflects current industry standards for intelligent PDU implementations, including support for SNMP-based monitoring, web-based management interfaces, and integration with enterprise data center infrastructure management (DCIM) platforms. The high-density design optimizes vertical rack space while maintaining thermal headroom and accessibility for installation and troubleshooting.

Ideal for

• GPU-accelerated AI training clusters requiring per-device power profiling to balance compute allocation across heterogeneous accelerator cards within individual racks
• Hyperscale data center expansions where per-outlet metering enables automated workload placement algorithms and real-time power budget enforcement
• Colocation facilities supporting multi-tenant environments where accurate per-customer power attribution and billing demands outlet-level granularity
• High-performance computing (HPC) clusters running batch simulations where power consumption telemetry feeds predictive job scheduling and thermal management systems
• Tier-3/Tier-4 data center infrastructure refreshes migrating from legacy PDUs to support legacy and next-generation equipment in the same rack footprint
• Enterprise edge computing deployments where remote monitoring and alerting reduce operational overhead for geographically dispersed micro-data centers

Technical specifications

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