Qualcomm Unveils the Snapdragon 8 Elite Gen 6—or, rather, THE Snapdragon 8 Elite Gen 6s

Qualcomm is revamping its high-end mobile lineup and changing course by introducing two new chips right off the bat, instead of just one.

Qualcomm is simultaneously launching the Snapdragon 8 Elite Extreme Gen 6 and the Snapdragon 8 Elite Gen 6, two system-on-chip solutions designed for future high-end Android smartphones. Both models are built on a 2-nm process and feature the next-generation Oryon architecture for the CPU. The American manufacturer aims to meet the growing demands of video gaming and, above all, artificial intelligence. The Extreme version naturally serves as the technological showcase for this new generation, but while Qualcomm logically highlights significant performance gains, it places particular emphasis on improved energy efficiency.

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The CPU remains one of the key selling points of this generation. Both chips are based on an eight-core Oryon architecture, featuring two Prime cores capable of reaching 5 GHz. Qualcomm touts this clock speed as a first for a mobile processor, while the announced performance gains reach 13% for the Extreme model and 10% for the Snapdragon 8 Elite Gen 6 compared to the previous generation. As we mentioned, however, the goal isn’t just to gain raw power. Qualcomm also emphasizes energy efficiency, with announced gains of 37% for the standard model and 40% for the Extreme version. These improvements should allow smartphones to maintain high performance for longer periods before needing to be recharged.

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Graphics performance is also improving, with an Adreno GPU said to be up to 35% faster on the Snapdragon 8 Elite Gen 6 and up to 44% faster on the Extreme variant. The Extreme version in particular benefits from a new technology called Adreno Neural Fusion. It uses artificial intelligence to combine upscaling and image generation to improve visual rendering, much like what AMD and NVIDIA offer with FSR and DLSS, respectively. Qualcomm reports energy savings of up to 40% in some of its technology demos. The Hexagon NPU, meanwhile, has been redesigned to enhance generative AI capabilities and, most importantly, what Qualcomm calls “agent-based” AI. The chip can process multiple levels of precision, up to the new INT2 format, to enable the execution of models with several billion parameters directly on the smartphone. The Extreme model also features 50% more shared memory, which should facilitate the operation of more complex AI models.

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The innovations aren’t limited to computing. Qualcomm is also enhancing photography and video capabilities with three major new features: the Elite Color Engine, Intelligent Pixel Control, and—on the Extreme version—support for Advanced Professional Video. The latter can handle 8K recording at 60 frames per second and 4K recording at 240 frames per second. Connectivity has also improved thanks to the X105 5G modem—capable of speeds up to 14.8 Gb/s for downloads and 4.2 Gb/s for uploads—as well as the FastConnect 8800. The latter offers compatibility with Wi-Fi 8 and theoretical data rates exceeding 11 Gb/s. Leveraging TSMC’s N2 process technology, Qualcomm intends to make its new Snapdragon chips the driving force behind the next generations of high-end smartphones. Now we’ll have to wait and see what products its manufacturing partners come up with.