Tests conducted by mimik on AMD Ryzen AI Embedded X100 processors found that about 80% of operations in agentic workflows were CPU-bound. These CPU operations support coordination, orchestration, scheduling, and reporting for agentic workloads.
Zyphra trained its ZAYA1-8B reasoning model from scratch on a full-stack AMD platform, utilizing open software libraries and direct collaboration with AMD to maintain efficient compute scaling.
AMD stated that OpenAI chose AMD EPYC Turin processors to host its Jalapeño AI ASIC deployment, citing platform strength, partner experience, and risk reduction.
Ramine Roane says AMD is currently the leading company contributing code to vLLM, with 502 core commits in 90 days, 13% of all organization contributions, and nearly four times Nvidia. He also credited Red Hat, IBM, Embedded LLM, and Inferact.
AMD says the Instinct MI355X delivered about 42% lower p99 latency and roughly twice the concurrent-user headroom before breaching the evaluated SLA in Signal_65 RAG testing hosted via TensorWave. The comparison system is not named.
AMD said it has a definitive agreement to acquire World Labs and will bring the company’s researchers and model experts into AMD to work on future AI infrastructure and the open AI ecosystem.
AMD says Helios delivers more than 18,000 CDNA 5 GPU compute units, 4,600 Zen 6 CPU cores and 31 TB of HBM4 memory in a single rack for agentic AI at scale, in a look-back at Advancing AI with Lisa Su.
Perplexity’s Portable Computer for Windows now runs on AMD Ryzen AI Max Series processors, with local AI agents that use connected apps and local files and can run scheduled work entirely on the device.
