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Actions Technology announced that its new-generation edge AI SoC chip, the ATW6095 series, has entered mass production, with the first terminals equipped with the chip being the YoooClaw C·ONE Pro from Yidao Intelligence and the N.B.BOSS P2 Plus from Xinren Intelligence. According to a Jiwei.com report on November 2, 2026, the chip features a self-developed compute-in-memory NPU with 100GOPS of single-core computing power, an INT8 energy efficiency ratio of 6.4TOPS/W, and a built-in 420MHz HiFi5 DSP supporting far-field pickup at a distance of up to 10 meters; when running edge AI algorithms with 4+1 microphones, the device's average recording operating current can be kept within 10mA, saving more than 20% power consumption compared with other solutions. No further progress has been disclosed at present.
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Actions Semiconductor's ATW6095 on-device AI SoC enters mass production, empowering high-end AI NoteDevelopments
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Nov 2
Jiwei.com
Actions Semiconductor's ATW6095 on-device AI SoC enters mass production, empowering high-end AI Note
The new-generation on-device AI SoC chip ATW6095 series from Actions Technology has entered mass production, with the first batch of end devices being the Yidoor Intelligent YoooClaw C·ONE Pro and Xinren Intelligent N.B.BOSS P2 Plus. The chip is equipped with a self-developed in-memory computing NPU, featuring 100GOPS of single-core computing power and an INT8 energy efficiency ratio of 6.4TOPS/W, and has a built-in 420MHz HiFi5 DSP, supporting far-field pickup at a distance of up to 10 meters. When equipped with a 4+1 microphone array running on-device AI algorithms, the device's average operating current for recording can be kept within 10mA, saving more than 20% power consumption compared with other solutions.