On January 6, 2026, the highly anticipated Consumer Electronics Show (CES) 2026—one of the premier events in the technology sector—grandly opened in Las Vegas, the United States.
On this global stage gathering cutting-edge technologies, AAC Technologies made its debut under the theme “The Future,” fully unveiling its forward-looking technological roadmap. The company highlighted physical AI innovations across robotics, XR, and AI. In collaboration with Premium Sound Solutions (PSS), First Light Auto, and Xianfeng Technology (Shanghai) Co., Ltd. (PSG), AAC Technologies systematically presented a comprehensive product matrix encompassing key automotive hardware, core algorithms, and full-stack solutions. The company’s robust technological capabilities earned widespread acclaim from attendees and drew significant industry attention.
Part 1 Unveiling Humanoid Robot Solutions: Shaping the Future Through Global Collaboration
AAC Technologies’ humanoid robot solutions made their overseas debut. Focusing on the two core dimensions of “perception” and “execution,” AAC Technologies showcased key technological achievements encompassing dexterous robotic hands, linear joints, as well as sensing and acoustic solutions. By establishing a complete technology chain for humanoid robots—covering both fine manipulation and environmental sensing—the presentation attracted significant interest and active engagement from attendees, receiving an enthusiastic onsite response.
In terms of robotic execution systems, the dexterous hand solution became a highlight of the booth. AAC Technologies showcased high-degree-of-freedom (DoF) tendon-driven dexterous robotic hands and high-reliability linkage-driven dexterous robotic hands, built upon two leading technical routes. The exhibit also featured an interactive experience area. The high DoF tendon-driven dexterous robotic hands utilize tendon transmission combined with AAC Technologies’ self-developed motor drive. Designed at a 1:1 scale to the human hand, they feature 18 active DoF and 22 joints throughout the hand—placing them firmly in the top tier of the industry. After hands-on interaction, participants spoke highly of their compactness and remarkable dexterity. The high-reliability linkage-driven dexterous robotic hands utilize a precision linkage transmission design and AAC Technologies’ self-developed motor drive, delivering 11 active DoF across 20 joints. Prioritizing balance and reliability, these hands feature a thinner, more compact design compared to leading industry peers, positioning them at the forefront of mainstream solutions in the field.
Additionally, AAC Technologies introduced a robot joint solution encompassing multiple linear joint products. Leveraging high-precision motion control and advanced system integration capabilities, this solution provides robust support for the diverse and intricate operational needs encountered in practical applications of humanoid robots.
Regarding robot perception systems, AAC Technologies unveiled an integrated robot auditory and vocalization system solution that seamlessly blends hardware and software. By combining distributed active multi-microphone collaboration with classical acoustics and AI algorithms, the system empowers humanoid robots to accurately and adaptively capture targeted human voices based on specific voiceprints—even in noisy, complex, and multi-person environments—ensuring clear, smooth, and reliable human-machine interaction. The distributed active multi-microphone solution enables precise 360° sound source localization and directional voice pickup, closely mimicking the auditory capabilities of the human ear. Its flexible layout supports the creation of customized microphone arrays even within complex, asymmetrical, and irregular robot ID configurations.
Furthermore, six-axis force/torque sensors and MEMS inertial measurement unit (IMU) modules were showcased, endowing humanoid robots with heightened balance and force perception. These advancements empower them to respond adeptly to complex tasks and environmental challenges in real-world settings.
Part 2 XR Optical Product Portfolio: Redefining Visual Experience Through Virtual-Physical Integration
In the realm of AR displays, AAC Technologies unveiled its optical product portfolio that is charting the future of visual experience. The optical waveguide lens solution, equipped with a proprietary optomechanical module, achieves a high-definition display while maintaining a thin and lightweight design, delivering users a clearer, brighter AR visual experience. Additionally, both the high-light-efficiency WG glass demo and the high-transparency, high-dynamic-range electrochromic glass demo garnered significant attention. Their immersive, scenario-based experiences drew enthusiastic participation from attendees, creating a lively and engaging atmosphere. Notably, the new-generation AI glasses featuring AAC Technologies’ latest XR optical solution also debuted at the exhibition. Their immersive visual experience through virtual-physical integration captivated large numbers of attendees for exploration.
Part 3 Superior Heat Dissipation Unlocks Limitless AI Computing Power in Mobile Devices
To address the demanding heat dissipation requirements resulting from the adoption of large AI models in mobile devices, AAC Technologies has developed thinner, more efficient, robust, and reliable heat dissipation products.
Its proprietary ultra-thin centrifugal heat dissipation electromagnetic fan solution delivers powerful active heat dissipation, ensuring continuous and stable AI computing power in mobile devices. Moreover, AAC Technologies showcased an array of advanced heat dissipation products on site—including ultra-thin stainless steel VCs, FCCL VCs, and aluminum-copper composite VCs—demonstrating its system-level heat dissipation solutions designed to meet the most stringent requirements for thin and lightweight devices.
Additionally, targeting the consumer electronics sector, the exhibition showcased a range of innovative solutions and products spanning acoustics, electromagnetics, optics, SSE, and precision manufacturing. Highlights included the 2.1 Acoustic System, small module solutions, Combo Ultra, 80dB optical microphone, the WLG three-in-one prism and multi-fold prism solutions that made their first overseas debut, Autoflip, pan-tilt-zoom cameras, side-key solutions, and rotary audio motors. These offerings deliver an exceptional multi-domain, multi-product perception experience for users.
Part 4 Full-Stack Hardware and Software Integration Shapes the Future of Cockpit Experiences through Comprehensive Sensory Innovation
At the exhibition, AAC Technologies, in partnership with PSS, First Light Auto, and PSG, unveiled a compelling one-stop in-vehicle system solution. Through the specially designed Virtual Car immersive experience zone, the company established a future cockpit featuring comprehensive sensory upgrades, attracting significant attention and encouraging in-depth exploration from attendees.
For the acoustic experience, AAC Technologies employed PSS speakers to create a 7.2.1 virtual automotive audio system, incorporating headrest speakers to achieve precise sound field reproduction and deliver exceptional detail. On-site attendees had the opportunity to experience advanced algorithms independently developed by AAC Technologies, including NLC PRO, AI-based audio track separation, adaptive transparency, independent sound zones, in-vehicle ECNR, and private surround sound. These innovations enabled attendees to immerse themselves in a cutting-edge cockpit acoustic environment.
In the field of haptic experience, AAC Technologies unveiled the industry’s first RichTap array vibration seat solution. This innovation delivers seven advanced seat functions, including 4D cinema effects powered by AI content analysis, immersive and nuanced tactile sensations, dynamic spatial music rhythm, health and relaxation benefits, and ADAS. These advancements reshaped attendees’ traditional perceptions of automotive seats, enabling them to experience the unique fun of an “elevated third place.”
Additionally, a diverse range of products were showcased, including PSS’s innovative speakers (including Butterfly, Exono, Mickey, and Bean series), haptic feedback hardware, PSG’s high-performance amplifiers, and First Light Auto’s full range of microphone modules and USB charging modules. This exhibition highlighted AAC Technologies’ robust technological foundation and integrated ecosystem, earning widespread acclaim from both on-site partners and clients.
CES 2026 is not only a showcase for cutting-edge technology but also serves as a technological preview for the future. At this exhibition, AAC Technologies further solidified its position as a global leader in sensory experience solutions by presenting a comprehensive portfolio of products and groundbreaking technologies. Looking ahead, AAC Technologies will continue to deepen its expertise in sensory experience technologies, relentlessly pushing boundaries through innovation to deliver exceptional sensory experiences for users. The company remains committed to collaborating with global partners on the journey toward “The Future.”