为了智能体AI，高通「新造」了第六代骁龙8超级至尊版
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TL;DR - Qualcomm introduced two 2nm flagship mobile platforms led by the sixth-generation Snapdragon 8 Super Elite, redesigned for always-on, on-device AI agents. The architecture targets memory, power, and orchestration bottlenecks through coordinated CPU, GPU, NPU, sensor-hub, memory, and storage improvements.
- The top platform combines a 5GHz Oryon CPU with shared FlexCache, an Adreno GPU with Matrix Cores and 18MB dedicated high-speed memory, and a Hexagon NPU with 50% more shared memory.
- It supports up to 32K-token contexts and on-device 30B-parameter MoE models that activate roughly 3B parameters per generated token.
- A StepEdge-Omni 30B-MoE deployment reportedly cut memory requirements by over 50%, exceeded 330 tokens/s prefill and 28 tokens/s decoding, and improved prefill throughput by over 30% using coordinated NPU–GPU execution.
- Qualcomm positions heterogeneous compute and hybrid device-cloud operation—not peak benchmark performance alone—as essential for continuous agent workflows under mobile memory, battery, and thermal constraints.
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为了智能体AI，高通「新造」了第六代骁龙8超级至尊版
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TL;DR - Qualcomm introduced two 2nm flagship mobile platforms led by the sixth-generation Snapdragon 8 Super Elite, redesigned for always-on, on-device AI agents. The architecture targets memory, power, and orchestration bottlenecks through coordinated CPU, GPU, NPU, sensor-hub, memory, and storage improvements.
- The top platform combines a 5GHz Oryon CPU with shared FlexCache, an Adreno GPU with Matrix Cores and 18MB dedicated high-speed memory, and a Hexagon NPU with 50% more shared memory.
- It supports up to 32K-token contexts and on-device 30B-parameter MoE models that activate roughly 3B parameters per generated token.
- A StepEdge-Omni 30B-MoE deployment reportedly cut memory requirements by over 50%, exceeded 330 tokens/s prefill and 28 tokens/s decoding, and improved prefill throughput by over 30% using coordinated NPU–GPU execution.
- Qualcomm positions heterogeneous compute and hybrid device-cloud operation—not peak benchmark performance alone—as essential for continuous agent workflows under mobile memory, battery, and thermal constraints.