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AMD’s chief technology officer confirmed that the future Ryzen processor will introduce large and small core designs, and will also design chips through generative AI in the future

AMD Chief Technology Officer Mark Papermaster revealed in an interview with foreign media Tom’s Hardware at the ITF conference held by the semiconductor research company imc that AMD will introduce a mixed architecture of large and small cores in future consumer processors AI will be introduced in the testing and validation stage, and it is intended to carry out semiconductor design through generative AI in the future.

Mark Papermaster has been AMD’s chief technology officer and senior vice president and executive vice president of technology and engineering since 2011; when asked in an interview whether the number of cores will continue to grow, Mark Papermaster mentioned that the current market situation has already been identified. One Size Does Not Fit All.Currently, AMD has gradually introduced more acceleration architecture to Ryzen CPU.For example, after Ryzen added GPU, it introduced AI accelerator for the first time in Ryzen 7040 APU. In the future, Ryzen will add a combination of high-performance cores and a Hybrid design with an energy-saving core. AMD will track the density (number) of cores from a single activity, adding changes in core types and configurations of different cores.

The current chip industry has introduced AI-assisted chip design and wiring, and AMD is no exception. Mark Papermaster said that AMD not only has excellent performance in chip layout and wiring, but also continues to learn and evolve, which can speed up chip design. Introduce AI into the chip’s validation package to reduce the debugging time from concept to the validation stage, and at the same time test the combination of AI; now AMD is also investing in the early research of the combination of generative AI in the chip design stage, but Mark Papermaster emphasized that AMD is quite Paying attention to IP protection, but AMD is actively solving the problem of generative AI to protect its own patents, hoping to make a breakthrough in the next year or so, and use generative AI to speed up the chip design process in the future.

Mark Papermaster claimed that although generative AI can accelerate the chip design industry, it will not replace chip architects, just as it is difficult for generative AI to produce real art or literary works, but to assist the creative process. Designers will borrow Generative AI can use their imagination from the chip and make it come true with the help of Generative AI, however, there are currently many obstacles to overcome.

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