Anker has unveiled its custom silicon, the Thus processor, claiming it will enable local AI capabilities in audio devices, mobile accessories, and IoT devices. Marketed as the world’s first neural-net compute-in-memory AI audio chip, the Thus processor is smaller and more energy-efficient than traditional chips, facilitating complex computations suitable for compact devices. The initial integration will be in Soundcore’s upcoming flagship earbuds, which face challenges in size and power. The Thus chip can manage millions of parameters, significantly enhancing its processing ability for features like noise cancellation. Anker aims to improve call clarity in noisy environments by utilizing a larger neural network combined with multiple microphones and bone conduction sensors in the new earbuds, expected to launch at Anker Day on May 21 with pricing starting at $169.99.
Why It Matters
The introduction of the Thus processor represents a significant advancement in AI chip technology, particularly for portable audio devices where power and space constraints are critical. Traditional AI chips have struggled with efficiency and capability, often leading to subpar user experiences, especially in noisy environments. By allowing more sophisticated processing within a compact design, the Thus chip could set new standards for audio quality and functionality in earbuds, competing with established products like Apple’s AirPods Pro and Sony’s WF-1000XM series. As AI integration continues to grow across consumer electronics, developments like this highlight the ongoing evolution of sound technology and user interaction.
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