IBM Power11 iSeries Servers

Shop By Category

IBM iSeries Power11 Servers Overview

IBM Power11 iSeries servers leverage the advanced POWER11 processor architecture, providing superior core performance, energy efficiency, and AI acceleration capabilities. These systems feature DDR5 memory, high-speed NVMe storage, PCIe Gen5 expansion, and enhanced security with quantum-safe cryptography. Designed for scale-out deployments, they support hybrid cloud flexibility, autonomous operations, and mission-critical reliability in rack configurations.

Key Features

POWER11 processors with higher clock speeds, up to 30 cores per module, and integrated accelerators for AI workloads.
DDR5 memory technology for increased bandwidth and capacity.
NVMe storage options for low-latency, high-throughput data access.
PCIe Gen5 slots for advanced networking, adapters, and future-proof expansion.
PowerVM virtualization supporting logical partitioning and resource optimization.
Redundant power supplies, advanced cooling, and built-in resiliency for maximum uptime.

Model Comparison

Model	Form Factor	Processor Options	Memory Max	Storage Options	Target Use Case
9824-22A (S1122)	2U rack	Up to 60 cores (dual-socket, e.g., ERGR 4-core to EBGA 60-core configurations, 3.6–4.0 GHz typical)	Up to 4 TB DDR5	NVMe-based (e.g., up to multi-TB Enterprise NVMe)	Compact scale-out, edge, small to midsized setups
9824-42A (S1124)	4U rack	Up to 60 cores (dual-socket, e.g., EP3X 16-core to higher, 3.4–4.2 GHz typical)	Up to 8 TB DDR5	NVMe-based (high-capacity Enterprise NVMe)	Midsized to enterprise scale-out, high-performance workloads

These models offer improved rPerf per watt, dynamic optimization, and scalability for demanding environments.

Compatibilities IBM Power11 servers are compatible with IBM i 7.5 (with required TRs), 7.6, and later versions, AIX, and Linux distributions such as Red Hat Enterprise Linux, SUSE Linux Enterprise Server, and Ubuntu. They support PowerVM for virtualization, logical partitioning, and integration with PCIe Gen5 slots for modern storage, networking, and accelerators. Systems align with hybrid cloud strategies and are designed for long-term evolution within the Power family.