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Why physical AI requires a new definition of performance – one built around the whole system, not peak compute.
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Why physical AI requires a new definition of performance – one built around the whole system, not peak compute.
New package will be Class Y qualified for the highest level of reliability assurance, and is specifically designed for extended space missions lasting up to 15 years.
AMD Ross agentic AI assistant spans software, silicon and board design to dramatically accelerate embedded system design, optimization, debug and deployment compared to typical development life cycles.
AMD will show how high-performance compute and open software can help developers train, simulate and deploy intelligent robotic systems from the cloud to the edge.
AMD will offer the first Versal adaptive SoCs supporting Universal Chiplet Interconnect Express connectivity, enabling direct communication with co-packaged chiplets built for specialized workloads.
AMD extends the Ryzen AI Embedded processor family combining CPU, GPU and NPU acceleration to power robotics, industrial automation and intelligent embedded systems.
AMD Kria AI solutions extend robotics capabilities from body to brain and combine the Kria AI SOM, robotics developer platform and open software ecosystem to accelerate physical AI.
Expanded open ecosystem of software developers, AI model providers, robotics technologies, hardware partners and industry groups accelerates path to production for AMD platform-powered robotics.
AMD launches broad high-performance computing and physical AI portfolios, including its first rack-scale AI solution and the world’s most powerful AI rack, AMD Helios.
Watch as AMD leaders and AI ecosystem partners, customers and developers detail the company’s next wave of silicon, systems and software for the agentic AI era.
The AMD adaptive SoCs integrate up to 32 GB of LPDDR5X to boost bandwidth, reduce board space and speed development for AI, networking, aerospace and defense applications.
ModRetro brings an authentic Nintendo N64-compatible gaming experience to a new generation of gamers by leveraging AMD Artix UltraScale+ FPGAs in its new M64 console.
We are taking what we’ve learned enabling AI at the edge and extending it to space workloads with holistic co-design across hardware, software and systems.
Fujisoft is developing an AI-enhanced physical security system built on the AMD Embedded+ platform that integrates FPGA adaptability with x86 processing performance into a unified architecture.
AMD is helping power the shift from short-duration missions to sustained lunar presence and deep-space exploration, delivering the compute that enables the next era of exploration.
New processors enable next-generation industrial and robotics solutions with up to twice the CPU cores and higher AI throughput in the same compact footprint.
AMD introduces the AMD Ryzen AI Embedded processors, a new portfolio of embedded x86 processors designed to power AI-driven applications at the edge.
AMD EPYC Embedded 2005 Series offers high compute density and power efficiency in a compact package for power, thermal and space-constrained environments.
The company will showcase its vision for AI, and the hardware, software, partners and customers that will advance It
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