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This afternoon, Dongfang IC unveiled its first flagship chip, the DF1000, in Shanghai. As the world's first software-defined near-memory computing 3D chip, the DF1000 uses the Oriental paradigm of “software-defined+3D stacked near-memory computing” to solve the three core bottlenecks facing the development of high-end computing power chips in China. Guo Wei, vice president of Dongfang Computing Core, explained that the DF1000 focuses on innovation at the source of the underlying computing architecture, realizes software and hardware decoupling and dynamic reconstruction through software-defined chip technology, and achieves 520 TFLOPS @BF16的算力 under a 14nm process node.
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This afternoon, Dongfang IC unveiled its first flagship chip, the DF1000, in Shanghai. As the world's first software-defined near-memory computing 3D chip, the DF1000 uses the Oriental paradigm of “software-defined+3D stacked near-memory computing” to solve the three core bottlenecks facing the development of high-end computing power chips in China. Guo Wei, vice president of Dongfang Computing Core, explained that the DF1000 focuses on innovation at the source of the underlying computing architecture, realizes software and hardware decoupling and dynamic reconstruction through software-defined chip technology, and achieves 520 TFLOPS @BF16的算力 under a 14nm process node.
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