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Actions Technology disclosed that its ATS3231 series, ATS362X series, and ATW6095 series — tri-core heterogeneous edge AI chips built on its self-developed AI NPU featuring mixed-signal SRAM compute-in-memory — have reached cumulative shipments of millions of units, making it the industry's first chip company to achieve large-scale mass production of this technology. In the first half of 2026, revenue from edge AI SoCs and processor chips equipped with the compute-in-memory NPU accounted for more than 25% of total revenue, and the products have been deployed in nearly ten end-device scenarios, including wireless microphones, gaming headsets, and AI glasses. This disclosure was reported by Jiwei.com, and no other sources have cross-verified it.
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Oct 27
Jiwei.com
Actions Technology's Compute-in-Memory Triple-Core Heterogeneous Edge AI Chips Reach Cumulative Shipments of Millions of Units
Actions Technology has developed its own AI NPU based on analog-digital mixed SRAM compute-in-memory technology. Its ATS3231, ATS362X, and ATW6095 series triple-core heterogeneous edge AI chips have achieved cumulative shipments of millions of units, making the company the first chip enterprise in the industry to achieve large-scale mass production of this technology. In the first half of 2026, revenue from edge AI SoC and processor chips equipped with the compute-in-memory NPU accounted for more than 25% of total revenue, and the products have been deployed in nearly ten end-device scenarios, including wireless microphones, gaming headsets, and AI glasses.