Advanced Micro Devices' chiplet architecture in CPUs and GPUs positions it to outperform Nvidia in the inference market. See ...
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What is Infinity Fabric on AMD Ryzen CPUs and what does it do?AMD evolved HyperTransport into Infinity Fabric to enable efficient multi-die connection and scalability when creating its "Zen" architecture for the EPYC and Ryzen CPUs. So, Infinity Fabric ...
According to a February 2 report from , AMD is preparing to launch its next-generation Instinct MI400 AI accelerator with a ...
An intriguing addition to the MI400 is the Multimedia IO Die (MID), which separates the multimedia engine from the AIDs. The ...
AMD recently unveiled its new Ryzen 9000 series of desktop processors based on the new Zen 5 architecture ... to deliver ...
Key to these performance advancements are ROCm 5.0, AMD’s software stack for GPU compute, and the company’s third-generation Infinity architecture ... AMD’s first multi-die GPU.
Reasoning models like OpenAI's "o1" demand exponentially more inference compute, which benefits AMD due to ... chiplet architecture, whereas Nvidia employs a monolithic die. Modular chiplets ...
AMD unveiled its next-generation ... says will provide the best single- and multi-threaded performance in a PC. The new 7-nanometer Zen 3 architecture, revealed in a video by the Santa Clara ...
TL;DR: AMD's upcoming UDNA architecture will replace RDNA, with new Radeon GPUs using TSMC's N3E process. The "big core flagship" returns to compete with NVIDIA's RTX 50 series. AMD's next-gen ...
And if ever there was a limelight moment in that regard, AMD found it with the introduction of its new chip and platform architecture ... AMD touts a complete multi-threaded dusting of Intel ...
The alleged die shot of the GPU powering AMD's upcoming RX 7000 series graphics cards, based on the RDNA 3 architecture, which are launching later tonight, has leaked. While it is in no way a ...
Intel CEO Pat Gelsinger and AMD CEO Lisa Su have joined forces to create the x86 Ecosystem Advisory ... [+] Group to influence the future direction of the dominant microprocessor architecture.
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