Features such as automated patching, workload migration, and tools like watsonx Code Assistant are designed to reduce downtime and accelerate software development.

The new systems prioritize energy efficiency, security, and AI integration, with high uptime of 99.9999% and autonomous features like patching and load migration enabled by AI-driven risk detection.

IBM's focus on reliability and security positions these servers to capitalize on the growing demand for AI-ready, secure data center systems in niche high-value sectors.

IBM is integrating tools such as Red Hat OpenShift AI, Python, watsonx Code Assistant, and watsonx.data to enhance AI operations in hybrid environments.

IBM has launched its Power11 chips and servers, marking its first major chip upgrade since 2020, with the new hardware designed for enterprise AI applications emphasizing resilience, security, and minimal downtime.

Compared to Power9, Power11 offers up to 55% better core performance and twice the performance per watt, with energy-efficient modes increasing efficiency by 28%.

The Power11 servers will be generally available starting July 25, 2025, with additional features like Spyre integration planned later this year.

These systems offer rapid ransomware detection through Power Cyber Vault, employing quantum-safe cryptography and immutable snapshots to enhance security.

Targeted at sectors such as financial services, manufacturing, and healthcare, Power11 chips are designed to compete with Intel and AMD in data centers, supporting mission-critical workloads.

IBM aims to transform business workflows and improve developer productivity with these servers, unlocking enterprise data capabilities and supporting AI acceleration at the edge.

Despite steady growth and a 30% stock increase over the past year, IBM's shares trade at a lower valuation compared to high-flying peers like Nvidia, which may overlook its long-term potential.

AI tools on Power11 enable faster issue investigation and resolution, exemplifying the platform's goal to modernize applications and boost business value.

The Power11 chips support up to 30 cores per socket, with configurations supporting up to 8-way multithreading and up to 240 threads per socket, delivering significant performance improvements.