IBM’s new Power11 server combines innovation, speed, and efficiency to adapt to growing business demands. Its optimized design simplifies operations and helps significantly reduce costs, all thanks to the integration of intelligent automation. This advancement, which offers 20% more processing capacity, seeks to transform the technological infrastructure.
This server is the latest generation of IBM POWER processors, which since 1990 have led the industry in performance, security, and scalability. It is a family of high-performance servers designed to meet current and future challenges, allowing companies to focus on their business instead of managing their IT infrastructure.

This new eleventh version offers 20% more processing capacity compared to its predecessor, along with benefits such as 99.9999% uptime and the elimination of planned maintenance outages. Added to this is the ability to recover from cyberattacks in less than a minute and protection against future threats thanks to the incorporation of quantum cryptography.
Sectors such as finance, government, healthcare, and retail have historically been major users of this technology, but any company committed to offering 24/7 service and achieving a high return on investment can benefit from this advanced solution.
Its capabilities are designed to respond quickly to business changes, reduce operational complexity, and optimize costs by automating maintenance tasks and processes. Being autonomous and highly scalable, this server is ideal for intensive and mission-critical workloads.
It also optimizes resources and maximizes uptime through intelligent automation of tasks such as updates and compliance management, reducing operational risks and costs.

In addition, it provides robust protection against ransomware and other threats through the IBM Power Cyber Vault solution, which generates prescriptive, immutable, and isolated copies of data, enabling threat detection in less than a minute thanks to automated and scheduled snapshots.
These copies allow data to be quickly identified and recovered from attacks such as corruption or malicious encryption. Furthermore, this new generation incorporates quantum-safe cryptography approved by NIST (National Institute of Standards and Technology), a leading standard-setting organization in key areas such as cybersecurity and artificial intelligence.
This technology guarantees protection against emerging threats such as harvest now, decrypt later attacks, which seek to intercept and store encrypted data for future decryption.
In addition, the platform optimizes application and data placement, efficiently scales workloads in hybrid cloud environments, and manages critical operations with a high degree of performance, reliability, and security. It offers modern open source and hybrid cloud capabilities for the development and deployment of resilient applications.
This technological evolution also transforms the automation and storage experience by eliminating planned downtime thanks to innovations such as autonomous patching and automated workload migration. This allows critical applications to remain operational even during maintenance tasks, reducing operational risks.

Its integration with IBM Concert and IBM TLS services, as well as GBM TSS and Advisory Services, provides proactive monitoring, generative AI analytics, and increased system reliability.
Furthermore, this solution improves business workflows through seamless integration of artificial intelligence directly where mission-critical data resides. “IBM’s commitment to including processors focused on AI solutions began with POWER8, through auxiliary chips.
With this evolution, we have been able to include AI acceleration integrated directly into the chip, allowing critical workloads to run in hybrid environments with high performance”, explains Rafael Arrué, Regional Infrastructure Sales Manager at GBM.
This generation also includes support for Red Hat OpenShift AI and open-source tools that allow for flexible deployment of artificial intelligence. It also modernizes RPG application development using watsonx Code.