ANKER LAUNCHES CUSTOM AI CHIP FOR CONSUMER DEVICES

The Thus processor represents Anker's entry into custom silicon design, targeting a market where AI integration has been limited by hardware constraints. The chip is specifically optimized for audio applications and positions itself as the first neural-net compute-in-memory AI audio chip. Anker's approach addresses two critical challenges in deploying AI to small devices: power efficiency and form factor. Traditional AI chips separate memory and processing units, requiring data to shuttle between them—a process that consumes significant power. The Thus processor's compute-in-memory design performs calculations closer to where data is stored, reducing energy overhead. CEO Steven Yang emphasized the efficiency gains in comparisons with existing solutions, noting that previous AI chips required separate storage and processing operations. This architectural difference allows the Thus to handle complex computations in smaller devices without draining batteries quickly. The chip's applications span Anker's product portfolio, including wireless earbuds, phone chargers, power banks, and smart home devices. Local AI processing—where computations happen on the device rather than in the cloud—offers privacy advantages and faster response times, eliminating the need to send audio or sensor data to external servers. Anker's move reflects broader industry trends toward edge AI, where companies increasingly design proprietary chips to differentiate products and reduce reliance on third-party processors. Similar efforts from competitors have focused on specific use cases, but Anker's cross-product strategy suggests ambitions beyond a single device category. The company did not announce specific pricing, availability, or performance benchmarks for the Thus processor. Details about which products will receive the chip first remain limited, though Anker indicated rollout across its audio and accessory lines.