Qualcomm has announced its next flagship Snapdragon chipset, which includes a powerful Hexagon Neural Processing Unit (NPU) designed to reduce the need for a phone’s RAM in handling artificial intelligence (AI) tasks. AI is rapidly becoming a key feature in smartphones, but it places a heavy demand on system memory, which is currently in short supply. This new chipset aims to address that challenge by integrating AI processing more closely with the hardware, minimizing the need to access external memory. The Hexagon NPU uses several advanced techniques to deliver high-performance AI experiences on mobile devices while using less power and memory. This allows AI features to remain responsive and private, without relying heavily on cloud servers or large amounts of RAM. A key component of the NPU is the Element Accelerator, which speeds up AI operations. It also includes 50% more Large Shared Memory, which keeps important data such as model state and context closer to the processing units. This reduces the need to access external memory, leading to faster and smoother AI performance. In addition to the NPU, the chipset features the world’s first 5GHz mobile CPU, making it the fastest of its kind. This CPU includes a FlexCache feature that reduces the frequency with which the processor needs to access system memory, helping maintain high performance even when memory is limited. The GPU has also seen a major upgrade, offering significant improvements in graphics performance and energy efficiency. New Adreno Matrix Cores are included, which are specialized for running advanced AI models directly within the graphics pipeline. Adreno Neural Fusion is another new feature that uses AI to enhance visuals while reducing power use. While Qualcomm has not officially named the chipset or confirmed which devices will use it, it is expected to be featured in some models of the upcoming Samsung Galaxy S27 series by early next year. Other high-end Android smartphones from brands like Oppo, Xiaomi, and Honor may receive the chipset even sooner, as manufacturers continue to push for more powerful and efficient mobile hardware.