AMD EPYC Processors

AMD EPYC server processors deliver the core density, memory bandwidth and I/O that modern data centers demand. IIS Technology builds EPYC-based HPE ProLiant and Lenovo ThinkSystem platforms sized to your workloads, so you consolidate more, spend less on power and licensing, and leave headroom for AI.

Why AMD EPYC

· Consolidate aggressively. Up to 192 cores per socket on 5th Gen EPYC and up to 256 on 6th Gen means fewer servers for the same work — less rack space, power, cooling and maintenance.

· Built for memory-hungry workloads. 12 DDR5 channels on 5th Gen and 16 on 6th Gen keep databases, analytics and in-memory applications fed.

· Fast I/O for GPUs and storage. 128 lanes of PCIe 5.0 today, with PCIe 6.0 on 6th Gen EPYC for next-generation accelerators, NVMe and 800G networking.

· Security in silicon. AMD Infinity Guard, including Secure Encrypted Virtualization (SEV-SNP), isolates and encrypts VMs from the hypervisor and from each other.

· The ideal AI host. High-frequency EPYC SKUs keep GPUs busy by handling data loading, preprocessing and orchestration.

Workloads we design with EPYC:

· Virtualization and private cloud — VMware, Red Hat OpenShift Virtualization, Nutanix and KVM.

· Containers and cloud-native — Red Hat OpenShift and Kubernetes at high pod density.

· Databases and analytics — Oracle, SQL Server, PostgreSQL, SAP HANA.

· HPC and EDA — simulation, modeling and engineering workloads.

· AI infrastructure — head nodes and GPU-server hosts for AMD Instinct clusters, plus CPU-based inference for smaller models.