IBM LinuxONE Emperor 5 combines the highest levels of enterprise security, performance and scalability with Linux® and open-source workloads including hybrid cloud and AI applications. Powered by the IBM Telum® II processor with its multiple on-chip AI accelerators, LinuxONE 5 also includes confidential containers, high availability and AI inferencing on co-located data.
Protect data at rest, in motion and in use. Safeguard your business now and in the future with quantum-safe encryption.
Reduce costs by repatriating workloads to on-premises accelerated computing designed for availability, at 99.999999%1.
Deploy and scale AI models in the hybrid cloud, co-located for inferencing with data and applications while improving energy efficiency.
Provides a fully integrated software and hardware solution that serves as the foundation for workloads running in hybrid multi-cloud environments.
Offers a highly reliable, scalable and secure server operating system, designed to power mission-critical workloads.
Offers extensive open-source expertise, cost efficiency, ease of use, and enterprise-grade scalability, reliability, and security to data centers as well as public and private clouds.
Estimate potential cost savings and carbon footprint reduction by running workloads on LinuxONE with this interactive calculator.
Explore IBM LinuxONE Redbooks® for expert guidance on deploying, optimizing, and securing LinuxONE for enterprise workloads.
Learn how LinuxONE Emperor 5 can help you identify opportunities for greenhouse gas reductions.
Discover specifications like processor configurations, memory, cryptographic features, and OS compatibility.
DISCLAIMER: IBM internal performance tests for the core consolidation study compared an IBM Machine Type 9175 Max136 with 136 configurable processor units with an x86 solution that used a commercially available enterprise server with two 5th gen Intel Xeon Platinum 8592+ processors and 64 cores per CPU. Workloads consisted of a containerized OLTP WebSphere Liberty v25 application running on Red Hat OCP v4.17 and an EDB Postgres for Kubernetes v1.25 on the same OCP cluster. Both solutions used Red Hat® Enterprise Linux v9.5 and KVM. Test results were extrapolated to a typical, complete customer IT solution that included production and non-production IT environments isolated from each other. The IBM Machine Type 9175 solution required one Max136 and the x86 solution required 23 compared servers. Results may vary.