Unlock the potential of Linux and AI with IBM LinuxONE 5
Innovation that drives business growth
IBM LinuxONE 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 can then be extended by adding IBM Spyre Accelerator cards to support generative AI and multiple AI model architectures.
With confidential containers, high availability, and AI inferencing on co-located data, LinuxONE 5 delivers a secure and resilient foundation for modern enterprise workloads.Dive deeper into the features that power LinuxONE efficiency.
Dive deeper into the features that power LinuxONE efficiency.
IBM LinuxONE 5 Express
Starting at USD 165,0003
Core Capabilities
Real stories. Real impact.
The Port of Barcelona used IBM LinuxONE to modernize operations, replacing legacy Oracle systems with a reliable, 24/7 platform supporting 77M tons of cargo annually.
Product resource hub
Explore expert resources to see how IBM LinuxONE can deliver high performance, security, resiliency, and efficiency for modern workloads in your organization.
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 open-source expertise, cost efficiency, and enterprise-grade scalability, reliability, and security to data centers, public and private clouds.
1 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.
2 IBM internal tests show that replacing an x86 solution comprised of three-year-old and older servers running cloud-native, containerized workloads with an IBM LinuxONE Emperor 5 can save up to 76% in the total cost of ownership over 5 years.
3DISCLAIMER: This represents a base hardware configuration and does not include more items, maintenance or software. Prices are shown in USD. Prices that are shown do not include tax. Price varies based on country and currency. Discounts available through existing agreements are not eligible. For detailed information about models, visit the resources tab. Prices shown are indicative, may vary by country, exclude any applicable taxes and duties, and are subject to product offering availability in a locale.
DISCLAIMER: IBM® internal performance tests targeted customer with an existing x86-based solution and compared it to the following alternative solution. IBM LinuxONE Emperor 5 Machine Type 9175 MAX 136 system consisting of three CPC drawers containing 136 configurable processor units and six I/O drawers to support both network and external storage. The x86 and IBM LinuxONE Emperor 5 solutions had access to the same storage. The workloads consisted of a containerized online transaction processing (OLTP) WebSphere Liberty v25 application running on Red Hat OpenShift Container Platform (OCP) v4.17, and an EDB Postgres for Kubernetes v1.25 on the same OCP cluster simulating core online banking functions. Both solutions used Red Hat Enterprise Linux v9.5 and KVM. Results may vary. The existing x86 solution used servers with Intel® Xeon® Gen 2 and older processors. The test results were extrapolated to a typical, complete customer IT solution that consisted of isolated from each other production and non-production IT environments. TCO included software, hardware, energy, network, data center space, and labor costs.