On April 22, 2025 (the 56th World Earth Day), international smart acoustic brand Cleer held a new product launch event themed "Wear Cleer AI to Hear a New World" at the Shenzhen International Low-Carbon City Air Dome Pavilion, unveiling their flagship product—the new generation Cleer ARC 5 open-ear AI earphones.

The Cleer ARC 5 open-ear AI earphones bring users a new AI listening experience with their exceptional performance and innovative design. The newly upgraded "AMOLED High-Definition Colorful Touch Screen" takes the combination of technology and user-friendliness to a new level, becoming an indispensable smart companion for daily use.

*Image Source: Cleer

The intelligent interactive interface of the Cleer ARC 5 charging case achieves an important breakthrough in product interaction dimensions through its multi-dimensional information visualization capabilities. The "AMOLED High-Definition Colorful Touch Screen" not only clearly displays basic information such as the earphones' charging status, remaining battery power, and connection status, but personalized settings and interactive experiences are also highlights of the Cleer ARC 5 charging case screen. Users can customize the display's theme and interface layout according to their preferences, making it a fashionable accessory that showcases personal style. Meanwhile, the touch-enabled screen allows users to easily adjust volume, switch sound effect modes, turn noise cancellation on or off, greatly enhancing convenience and interactivity.

*Image Source: Cleer

The "AMOLED High-Definition Colorful Touch Screen" of the Cleer ARC 5 charging case adopts Actions Technology's ATS3089 series smart wearable chip. Based on Actions Technology's advantages in low-power technology, it enables smart wearables with highly fluid display and ultra-long standby time, helping products deliver clear and detailed images, smooth controls, and providing more intelligent features.

Actions Technology's ATS3089 smart wearable SoC chip, as an industry-leading dual-mode Bluetooth® single-chip solution, is the first to achieve single-chip integration of display drivers. Combined with 2D/2.5D GPU and AI dynamic rendering engine, it enables intelligent graphic rendering optimization, adaptively adjusting interface complexity. The unique low-power architecture design achieves breakthrough improvements in battery life for smart wearable products while maintaining efficient system operation, providing strong technical support for balancing aesthetic design and functional performance in terminal devices. Currently, Actions Technology's applications have extensively covered various differentiated markets, providing customized solutions for smart wearable devices.

Against the background of smart wearable devices constantly pursuing high performance and low power consumption, Actions Technology occupies the high ground of on-device AI technology with forward-looking layout. As artificial intelligence technology extends from the cloud to terminals, on-device AI applications are experiencing explosive growth. With deep technical accumulation, Actions Technology has innovatively adopted mixed-signal SRAM Compute-in-Memory (CIM) technology to address the core requirements of on-device AI for low power consumption and high computing power. They have successfully launched a new generation of CPU+DSP+NPU three-core heterogeneous architecture on-device AI chip series and implemented them in terminal brands, significantly improving computing power while optimizing power consumption control, providing computing power support with extreme energy efficiency ratio for battery-driven AIoT devices.

"Actions' AI layout highly aligns with Cleer's open-ear AI earphone design philosophy," said Peng jiugao,R&D Director of Cleer: "Using Actions Technology's ATS3089 chip brings a smooth visual experience to the dynamic interface of the earphone charging case. This deep integration of technology not only enhances the product's market competitiveness but also provides users with a better experience. We look forward to continuing to deepen cooperation with Actions Technology to jointly define the form of next-generation smart ear-wearable devices."

"As an outstanding representative in the smart audio field, Cleer's pursuit of product design and user experience is admirable," said Tim Zhang, General Manager of Actions Technology's Smart Wearable and Sensing Business Unit: "In the future, Actions' upcoming ATW6095 next-generation chip will be dedicated to providing an AI computing platform with extreme energy efficiency for battery-driven AIoT applications. Based on Actions' efficient and convenient on-device AI ecological strategy, we will drive smart wearable devices to evolve toward deep AI applications, build a chip platform that combines extreme energy efficiency and immersive interaction for our partners, and explore more possibilities for smart wearable devices."

About Cleer

Founded in 2012, Cleer adheres to the brand philosophy of "Quality That Inspires," dedicated to delivering sound that is as pure, clear, and natural as space itself. Cleer is deeply committed to acoustic development and product design, possessing unique patented features in multiple aspects including sound units, audio tuning, noise cancellation technology, wireless connectivity, and ergonomics. The brand places greater emphasis on the user experience, paying meticulous attention to every detail from packaging to product appearance, from comfort to storage convenience, from sound signature tuning to product usability, striving for excellence in all aspects.

About Actions Technology

Actions Technology is a leading Chinese designer of low-power AIoT chips, specializing in delivering high-quality wireless audio experiences with low latency. The company excels in the complete high-fidelity audio signal chain, from high-performance audio ADC/DAC to audio codec and post-processing, as well as low-latency Bluetooth® connectivity technologies.

In the era of artificial intelligence, Actions Technology has pioneered Computing-in-Memory (CIM) technology based on SRAM, advancing powerful edge AI capabilities. Its CPU + DSP + NPU triple-core heterogeneous AI audio platform offers low power consumption, high computational power, high integration, and robust security for AIoT applications. The company is dedicated to fostering the growth of the edge AI ecosystem through innovative chip solutions.