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From launch to the OCP show floor earlier this year.Â
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ASRock Rack was among the first to offer servers powered by the Arm AGI CPU.Â
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At OCP EMEA, we saw that collaboration in the rack—bringing high-density, energy-efficient compute to cloud and AI workloads:
As robots take on more real-world tasks, the conversation is shifting from capability to scalability. 🤖
@AGIBOTofficial’s progress shows how to make that possible: efficient AI, real-time control and scalable compute from cloud to edge, built on Arm. https://okt.to/1t8unb
Robots are now heading to the Moon. 🌕🤖Â
@LunarOutpostInc is working with @nvidia to bring AI to robots designed for upcoming lunar missions using NVIDIA Jetson, built on the Arm compute platform.Â
The technology will support LiDAR, sensor processing, mapping and autonomous
'@databricks is increasing its use of Arm-based Microsoft @Azure Cobalt. 🚀
Building on Cobalt 100, it plans to adopt Cobalt 200 to further improve performance and efficiency for agentic AI and data-intensive workloads.
The future of AI is being built on Arm.
Agentic AI changes the performance question.
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It’s no longer only ➡️ “How fast did the model generate the response?”
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It’s ➡️ “How efficiently did the system complete the task?”
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That puts the CPU—coordinating retrieval, tools, execution and verification—at the heart of the
There's a reason all four major US hyperscalers are building on Arm.
@GoogleCloud's Arm-based Axion shows why. By building on Arm Neoverse and our software ecosystem, Google could tailor its silicon to its own workloads without rebuilding the underlying architecture.
As the Arm
How does PSYONIC’s Ability Hand turn muscle signals into movement? 🦾
Aadeel Akhtar, CEO and Founder at @PSYONICinc, explains how Arm-based compute helps coordinate sensing, motor control and touch feedback in real time, enabling the hand to respond in milliseconds.
That
