en.Wedoany.com Reported - According to an official Intel press release, Intel and Google jointly announced on April 9, 2026, the establishment of a multi-year partnership to jointly advance next-generation artificial intelligence and cloud infrastructure construction. Google Cloud will continue to deploy Intel Xeon processors, including the latest Xeon 6 processors powering C4 and N4 instances for AI training, inference, and general-purpose computing workloads. On the same day, Intel's market capitalization surpassed $300 billion, reaching a nearly five-year high, with a cumulative increase of over 30% in the past five trading days.
The two companies will expand joint development of custom ASIC-based Infrastructure Processing Units (IPUs), offloading network, storage, and security functions from the host CPU through programmable accelerators to improve utilization and achieve more predictable performance in hyperscale AI environments. Xeon CPUs and IPUs form a tightly integrated platform, establishing a balance between general-purpose computing and infrastructure acceleration, providing AI systems with higher efficiency and flexibility. Intel CEO Chen Lifu stated that scaling AI requires not only accelerators but also a balanced system, and that CPUs and IPUs are central to achieving the performance, efficiency, and flexibility required for modern AI workloads.
In a statement, Google's Chief Technology Officer for AI Infrastructure, Amin Vahdat, noted that Intel has been a trusted partner for nearly two decades, and its Xeon roadmap gives Google confidence in meeting the growing performance and efficiency demands of its workloads. Intel did not disclose the financial terms or specific timeline of the collaboration.
The deployment of Xeon 6 processors in Google Cloud infrastructure signals a re-evaluation of the strategic value of CPUs in the AI infrastructure race. As generative AI workloads extend computing demands beyond GPUs, CPUs play a critical role in system orchestration, data processing, and overall performance. By taking over infrastructure tasks traditionally handled by the CPU, IPUs free up more effective compute capacity for cloud service providers and reduce overall system complexity.
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