![]() While the SQ1 is a great collaborative effort between Microsoft and Qualcomm, there path to the Surface Pro X's success is not thorn-free. It remains to be seen how day-to-day apps would make use of this, though. The AI can be used for a variety of tasks such as face/object recognition, optimizing battery performance, and more. ![]() ![]() Another feature of the SQ1 is that it boasts of 9 TFLOPS of AI performance on a similar level as that of the Snapdragon 855. Qualcomm says that the graphics capabilities are exclusive to the SQ1 and won't be seen on the company's mainstream offerings. While the SQ1 performs most tasks within a 7W TDP window, it can boost for a short period up to 15W if needed. How much of this becomes evident in real-world performance needs to be tested. The SQ1 processor also boasts of 3x more performance per watt compared to the 15W quad-core Intel Coffee Lake CPU found in the Surface Pro 6. The Adreno 685 GPU can offer 2.1 TFLOPS of compute performance (possibly, FP16)- 2x more than the integrated GPU power found in 8th gen Intel Core processors or the Qualcomm Snapdragon 850, which is an impressive feat considering the dimensions of the Surface Pro X. The SQ1 processor is an octa-core chip that can reach a peak clock speed up to 3 GHz. While the Snapdragon 8cx features the Adreno 680 GPU, the SQ1 features a more powerful Adreno 685. The SQ1 is a 7nm 7W part built in collaboration with Qualcomm and is really a Snapdragon 8cx with an incremental GPU update. With the launch of the Microsoft Surface Pro X yesterday, the Redmond-giant also introduced a new ARM processor called the SQ1.
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