…81% of organizations are engaged in planning, piloting or deploying AI PCs. 61% are integrating AI directly into workflows. 59% cite high-performance NPUs as critical for enabling next-generation AI experiences…
…conversation is that AI is expanding where compute can create impact, including environments that are remote, constrained and mission critical. By putting intelligence closer to where data is generated, we reduce latency…
…Electronic Medical Records AMD adaptable computing solutions support smarter EMR management, integrating AI to improve speed, accuracy, and reliability. OSF HealthCare Testimonial for AMD and Dell AMD AI-Powered Solutions for Precision…
…Article By Jeremy Girven Related Blogs View All Blogs What is AI Networking? AI networking uses purpose-built, intelligent networking technologies to keep distributed AI workloads synchronized across GPUs, accelerators, and CPUs…
…generation, fully hardware programmable Pensando P4 engine, the AMD Pensando Pollara 400 AI NIC delivers leadership performance with the flexibility to be programmed to meet future requirements, helping to maximize infrastructure investments…
…EuroHPC JU program—will use next-generation AMD EPYC server CPUs together with AMD Instinct™ MI430X accelerators to support large-scale scientific computing and sovereign AI workloads. Together, these examples illustrate how…
…As a leader in networking innovation, we’re driving the performance, scalability and efficiency essential for next-generation AI system architecture.” Nick Kucharewski , Senior Vice President and General Manager, Cloud Platform Business…
…Get Training Related Articles Explore More Articles Introducing the Next Generation of Server Processors 4th Generation AMD EPYC™ 9004 series processors are the world’s highest performing server CPUs, delivering outstanding performance…
…Planned topics include the success of Clorox's foray into LED volumes and the company's future plans to explore running generative AI workloads on the same AMD infrastructure that powered its…
…That was the challenge we wanted to address.” However, telecommunications infrastructure doesn’t require a high-performance research-grade supercomputer or AI powerhouse. “We need general-purpose x86 servers,” says Keipert. “We…