旗舰SoC进入融合计算时代，天玑9600 Pro首创AI原生架构！
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TL;DR - MediaTek announced the 2nm Dimensity 9600 Pro mobile SoC, built around an AI-native architecture that coordinates CPU, GPU, dual NPUs, ISP, memory, and storage. The design targets more efficient on-device agents, AI-assisted graphics and imaging, and stronger overall mobile performance.
- The chip uses a 2+3+3 all-big-core CPU design, LPDDR6, UFS 5.0, and AI-based resource scheduling; MediaTek reports up to 40% faster output for 3B-model inference.
- Its dual-NPU system combines a low-power unit for continuous sensing with the NPU 1090 for demanding inference, supporting on-device MoE models up to 30B parameters.
- Neural rendering combines GPU and AI compute for real-time upscaling, while ISP-NPU collaboration enables features such as multi-frame photography, 60 FPS subject tracking, and 4K/120 Log video.
- MediaTek claims substantial generational efficiency gains, including 37% lower power for its prime cores, 61% lower multicore power, and 55% more generated tokens per watt.
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旗舰SoC进入融合计算时代，天玑9600 Pro首创AI原生架构！
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TL;DR - MediaTek announced the 2nm Dimensity 9600 Pro mobile SoC, built around an AI-native architecture that coordinates CPU, GPU, dual NPUs, ISP, memory, and storage. The design targets more efficient on-device agents, AI-assisted graphics and imaging, and stronger overall mobile performance.
- The chip uses a 2+3+3 all-big-core CPU design, LPDDR6, UFS 5.0, and AI-based resource scheduling; MediaTek reports up to 40% faster output for 3B-model inference.
- Its dual-NPU system combines a low-power unit for continuous sensing with the NPU 1090 for demanding inference, supporting on-device MoE models up to 30B parameters.
- Neural rendering combines GPU and AI compute for real-time upscaling, while ISP-NPU collaboration enables features such as multi-frame photography, 60 FPS subject tracking, and 4K/120 Log video.
- MediaTek claims substantial generational efficiency gains, including 37% lower power for its prime cores, 61% lower multicore power, and 55% more generated tokens per watt.