Anker Announces Proprietary AI Chip "Thus," Bringing Local AI to All Products

Anker Brings New Wave to Gadget Industry with Proprietary AI Chip “Thus”: The Dawn of a Cloud-Free, Local AI Era

In the tech industry, developing custom silicon is no longer a privilege reserved for giants like Apple or Google. On April 22, 2026, Anker, known for its chargers and speakers, announced its proprietary AI chip, “Thus,” with potentially far-reaching implications. The chip aims to bring local AI to audio devices, mobile accessories, and IoT devices. Notably, it’s positioned as the “world’s first neural compute-in-memory AI audio chip.” Thus is smaller and more power-efficient than conventional chips, making AI integration into small devices a practical reality. Anker’s CEO, Steven Yang, emphasized the architectural innovation, explaining, “Previous AI chips stored models in one place and processed them elsewhere, but Thus performs calculations directly within the memory.” This transcends a mere product announcement, hinting at a paradigm shift for the entire gadget industry.

The Technical Breakthrough of the Thus Chip: The Transformation Brought by Compute-in-Memory

The core technology of the Thus chip is its compute-in-memory (CIM) architecture. Conventional AI chips suffer from the “von Neumann bottleneck,” where data must be moved from memory to the processor for calculation, causing issues with power consumption and latency, especially in small devices. By performing neural network calculations directly within the memory cells, Thus minimizes data movement, improving processing speed while significantly enhancing power efficiency. According to Anker’s announcement, Thus is 30% smaller in area and consumes less than 50% of the power compared to traditional solutions. For battery-powered audio devices and IoT sensors, this means longer battery life and more real-time responsiveness.

For example, equipping Anker’s Soundcore brand wireless earbuds with the Thus chip would allow noise cancellation and sound optimization to be processed directly on the device, eliminating the need for a cloud connection. This enhances user privacy and enables a seamless, lag-free experience. In smart home devices, voice recognition and gesture detection can occur locally, ensuring stable operation even in environments with unstable internet connections. Anker plans to integrate the Thus chip across its entire product lineup, including traditional gadgets like chargers and mobile batteries. This signifies adding autonomous AI capabilities, going beyond mere “smart” features.

Background: Anker’s Strategic Shift and Industry Trends

Anker is originally a manufacturer known for charging technology and audio equipment. In recent years, it has been expanding into IoT and smart devices. However, as competitors rapidly introduce AI features, Anker has chosen a path of controlling everything from hardware to software in-house, rather than relying on cloud-based AI services. This move is part of a broader trend where hardware companies are investing in custom silicon to differentiate their products. Successes like Apple’s M-series chips and Google’s Tensor chips, along with Amazon’s AZ2 chip in Echo devices, show that custom AI chips are key to competitive advantage. In Anker’s case, the Thus chip particularly targets mid-range gadgets, potentially bringing AI not just to expensive flagship products but also to consumer-level devices.

The backdrop is the growing demand for edge AI. With the proliferation of 5G and IoT devices, edge computing—which processes data on devices instead of sending it to the cloud—is gaining attention. This is driven by concerns over latency, privacy, and bandwidth limitations. The Thus chip responds to this trend, and Anker aims to permeate the mass market with edge AI by leveraging its global distribution network. CEO Steven Yang stated, “Thus is a step towards delivering AI to everyone. It enables advanced functions even in small devices,” also hinting at a socially contributory aspect.

Industry Impact and Future Outlook: Redefining the Gadget Market

The announcement of the Thus chip could have widespread effects on the gadget industry. Firstly, Anker’s competitors (such as Belkin or JBL) will likely accelerate investment in custom chip development. This could lead to a “chip war” in the accessories market, where differentiation shifts from mere design to AI capabilities. Second, the low-power characteristic of Thus can contribute to promoting sustainable technology. Edge processing could reduce the load on cloud servers, potentially cutting overall energy consumption. Third, for developers, the advent of accessible AI chips like Thus could spur innovation in apps and services that leverage local AI, creating new ecosystems around Anker’s devices.

As for future prospects, Anker has hinted at the possibility of licensing the Thus chip externally. This would allow other manufacturers to integrate the chip into their products, potentially making Thus a standard in the IoT space. Additionally, Anker plans to release developer kits, enabling third-party developers to create custom AI models optimized for Thus. This open approach could accelerate adoption and foster a community around the platform. However, challenges remain, such as ensuring compatibility with existing software and addressing potential security risks associated with local AI processing.

Market reaction at the time of announcement was positive. Analysts predict that the Thus chip will strengthen Anker’s product differentiation and improve profitability. In the audio market, in particular, it could become a crucial weapon to compete with Apple’s AirPods and Sony’s WF-1000XM series. Moreover, as AI becomes ubiquitous, chips like Thus could become essential components in everyday objects, from smartwatches to home appliances, blurring the lines between gadgets and intelligent assistants.

Conclusion: The Future of Local AI Begins with a Small Chip

Anker’s announcement of the Thus chip symbolizes more than just a new product; it represents the evolution of the gadget industry. The small, low-power AI chip utilizing compute-in-memory technology demonstrates the advantages of local processing and has the potential to fundamentally change user experiences. Anker’s plan to integrate AI into all products could set a precedent for other manufacturers, ultimately building a more intelligent and private gadget ecosystem. As the name “Thus” suggests, this is the groundwork for a new era—“Thus” (Therefore)—a future where AI becomes indispensable to all devices. As readers, we should watch closely how this chip functions in actual products and how the industry responds.

Q: How does the Thus chip differ from other AI chips? A: The primary difference of the Thus chip is its adoption of the compute-in-memory (CIM) architecture. While conventional AI chips move data between memory and processors, causing issues with power consumption and latency, Thus performs calculations directly within the memory. This enables efficient local AI processing suitable for battery-powered gadgets, achieving miniaturization and low power consumption.

Q: In which specific products does Anker plan to introduce the Thus chip? A: Anker plans to integrate the Thus chip across its entire product lineup, including audio devices (e.g., wireless earbuds and speakers), mobile accessories (e.g., chargers and mobile batteries), and IoT devices (e.g., smart home devices). This aims to add AI functionality to traditional gadgets, providing a seamless experience without requiring a cloud connection.

Q: How will the release of the Thus chip impact ordinary consumers? A: For ordinary consumers, improved product performance is expected first. For instance, in audio devices, real-time sound optimization and noise cancellation will become more effective, and in IoT devices, response speed will improve. Furthermore, local processing protects data privacy and ensures stable operation even with unstable internet connections. In the long term, it may lead to the普及 of more intelligent and user-friendly gadgets equipped with AI as a standard feature.