Blog

The HPE ProLiant DL580 is a four-socket platform for large databases, analytics and consolidation. We trace its evolution from G7 to Gen12 and explain NUMA, total cost of ownership and the workloads that justify this architecture.

How do HPE ProLiant ML350 generations differ, and when is a newer platform worth the extra cost? We compare Gen9–Gen12, their capabilities, limitations and best-fit workloads.

How do HPE ProLiant DL360 generations differ, and which one suits a new or existing infrastructure? We examine processors, memory, storage configurations, management, cooling and the practical constraints of a dense 1U server.

🤖 Eight tightly connected GPUs or a 72-GPU NVL72 rack? See which workloads suit DGX B300, which require DGX GB300, and what infrastructure each option demands.

Where does desktop AI end and the data centre begin? Learn when DGX Spark is enough, when DGX Station makes sense, and when production workloads require rack-scale DGX or a GPU cluster. ⚙️

Which NVIDIA DGX fits large LLMs, production inference or fine-tuning? This guide compares Hopper, Blackwell and Blackwell Ultra across memory, performance and infrastructure demands.

🚀 Which HPE ProLiant server is the right fit for enterprise AI in 2026? We compare DL380a Gen12, DL385 Gen11 and alternative platforms for LLM inference, RAG, fine-tuning and full model training.

Gen12 brings Xeon 6, iLO 7, higher density, and broader cooling options, while late Gen11 systems remain competitive. Learn when upgrading makes business sense and when staying on Gen11 is the smarter choice. 🔍

Which HPE ProLiant DL380 should you choose in 2026: the new Gen12, the balanced Gen11 or a cost-effective refurbished Gen10 Plus? This guide compares performance, expansion, ownership costs and common enterprise use cases. 🔍