ASRock Rack 2U2N-F/IPMI Dual-Node 2U Server Chassis

The ASRock Rack 2U2N-F/IPMI is a dual-socket, dual-node 2U server chassis designed to maximize compute density in datacenter environments. Each node operates independently with dedicated processor, memory, and storage resources, enabling two isolated compute instances within a single 2U form factor. The modular architecture supports both standard and custom configurations, making it suitable for organizations requiring flexible, scalable infrastructure without expanding physical footprint.

The platform targets hyperconverged infrastructure (HCI) adopters, colocation providers, and enterprise deployments where per-watt efficiency and chassis utilization directly impact operational economics. Dual-node configurations reduce rack-unit consumption by up to 50% compared to single-node alternatives, critical for high-density deployments in constrained datacenter environments. Independent management via integrated IPMI interfaces on each node enables granular monitoring, remote access, and lifecycle management without requiring external baseboard management controllers.

Key differentiators include support for enterprise-class processors, redundant power supply options, and extensive I/O expansion capabilities per node. The chassis accommodates 3.5-inch and 2.5-inch drive bays with flexible hot-swap configurations, supporting both SSD and HDD storage architectures. Thermal design optimizes airflow across both nodes with front-to-rear cooling pathways, critical for sustained performance in high-utilization colocation scenarios.

Ideal for

• Hyperconverged infrastructure (HCI) clusters requiring high node density with independent compute, memory, and storage per socket
• Colocation provider multi-tenant deployments where physical space optimization directly reduces hosting costs
• Database replication and distributed cache clusters (Redis, Memcached) leveraging independent node isolation
• Virtualized cloud environments with consolidated KVM/Xen hypervisors supporting dual-tenant or dual-workload segregation
• Edge computing and remote datacenter deployments where 2U density enables complete infrastructure in minimal footprint
• High-frequency trading and financial services platforms requiring low-latency, isolated compute resources within shared hardware

Technical specifications

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