BullSequana SH81 successfully passed SAP HANA hardware certification procedures

Bull is proud to announce that its latest data center server, the BullSequana SH81, is now certified for SAP HANA in both scale-up and scale-out configurations. This milestone reinforces Bull's commitment to delivering cutting-edge infrastructure for in-memory applications.

Powered by Intel^® Xeon^® 6 processors, the SH81 is an 8-socket system supporting up to 32TB of DDR5 memory, designed to meet the most demanding SAP HANA workloads with unmatched performance and scalability.

This certification follows the successful validation of the BullSequana SH21 (2-socket) and SH41 (4-socket) models, which have already demonstrated exceptional performance in SAP benchmarks.

Leading Performance

The BullSequana SH range has achieved record-breaking results in SAP BWH benchmarks, outperforming competitors in key phases and showcasing perfect scalability across data volumes and server clusters.

Its modular architecture, advanced memory bandwidth, and secure execution environment make it a top-tier solution for mission-critical SAP HANA deployments.

Made in Europe, secured-by-design

Designed and manufactured in Europe, the BullSequana SH81 embodies a security-first philosophy to guarantee data sovereignty and compliance with the highest standards of enterprise IT.

Charles-Philippe Gaudron, Global head of Enterprise Computing & Network, at Eviden, Atos Group:

“This SAP HANA certification for the BullSequana SH81 reflects Eviden’s ongoing commitment to scale-up innovation. We continue to invest in high-performance servers tailored for in-memory applications, ensuring our customers are equipped for the future of data-intensive workloads.”

Joaquim Martin, Global Account Manager at Intel, added:

“With Intel^® Xeon^® 6 and the 8-socket BullSequana SH81, enterprises can confidently scale up to tackle the most demanding, data-intensive workloads — from large in-memory databases to advanced analytics — while benefiting from built-in accelerators and silicon-based security.”

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