The global headphone market is at a structural inflection point: the growth of traditional TWS has peaked — according to data from LooTuu, China's headphone market shipped 87.97 million units in the first half of 2026, a year-on-year decline of 15.9%. At the same time, AI headphones have become the only high-growth track, with the global market size expected to grow from 7.42 billion US dollars in 2026 to 17.34 billion US dollars in 2030 (Research and Markets).

AI glasses, camera-enabled earphones, and smart watches have been launched one after another, but few have gained a solid foothold in both user experience and sales. The limited space in temple arms and earphone stems forces batteries to be compressed, creating inherent constraints on heat dissipation. Achieving high-definition shooting, stable anti-shake, and fast snapshot under such physical constraints is difficult for traditional ISP solutions to balance.

The value of an in-vehicle device is never about cold specifications, but about solving owners' daily worries: worrying about car scratches in old residential communities, fretting about vehicle conditions while traveling on business, fearing battery drain when enabling parking monitoring, and lacking complete evidence videos after collisions. Leveraging the native AOV low-power computing power of Ingenic T33VN, ecological partner Qianshi Internet Interconnection has delivered a complete solution that integrates driving recording and all-weather parking monitoring.

As live streaming e-commerce, remote conferencing, and online education continue to expand, USB external cameras have long transformed from supplementary peripherals to essential devices. GreenLink has recently launched two differentiated high-definition cameras, the CM973 and CM929. Both products are developed based on Ingenic T-series vision processors. Leveraging the mature image, encoding, and AI audio algorithm systems, they cover the professional 4K live streaming and professional 2K AI live streaming tracks respectively, balancing image quality, audio capture, and multi-system adaptability to deliver a practical desktop video capture solution.

The role of pets in modern households has fundamentally changed. Industry research indicates that over 80% of pet owners consider their pets family members. The anxiety caused by separation when away from home has fueled the continuously expanding market for smart pet hardware. Currently, fixed indoor cameras represented by brands like Furbo and SiiPet only cover home environments and cannot accompany pets outdoors. While affordable wearable cameras on the market can achieve first-person perspective recording, they commonly suffer from severe image shaking, lack real-time remote viewing, absence of location tracking and safety features, and weak battery life. Addressing this market gap, Shenzhen Qingshi Interconnect Technology has launched the CW-01 Smart Wearable Pet Camera. Leveraging the Ingenic T33ZN dedicated vision chip, it specifically tackles the image stabilization challenges of wearable devices, integrating real-time video, GPS positioning, electronic fencing, 4G full-network communication, and other multifunctional capabilities to create an integrated hardware solution that combines video recording with pet safety protection.

ENZ has been deeply involved in the security industry for 16 years. It is a national high-tech enterprise, a specialized and innovative small and medium-sized enterprise, a core global OEM/ODM supplier for security products, and a globally leading provider of security IPC+NVR+APP+VMS and AI solutions with independent R&D and full-scenario solution delivery capabilities. The newly launched second-generation AI security solution, Light Intelligence, Strong Protection (T33+A1N/A1X), focuses on real-world scenarios such as homes, shops, courtyards, and small campuses. With lightweight AI, extremely simple operation, and stable deployment as its core, it addresses the pain points of traditional surveillance systems—"only recording without identification, high false alarms, difficult retrieval, and complex operation"—providing global users with practical and reliable intelligent security capabilities.

In the overseas security market, the demand for monitoring in scenarios such as farms, construction sites, ranches, orchards, ponds, and remote properties is increasingly urgent. However, these scenarios commonly face the dilemmas of no power supply and no WiFi, while high costs and construction difficulties of network cabling have become common industry challenges.

In the rapidly evolving landscape of visual technology, low-power, high-performance visual solutions have become a core competitive track in the industry. As a deep participant in the field of vision chips, Ingenic, in collaboration with its partner JCO, continuously drives the iterative upgrade of AOV (Any Output Video) technology. From the initial proposal of the AOV concept in 2023, to the technological breakthrough of the T32 chip in 2025, and now to the complete refresh of the T33 chip, both parties, grounded in technological innovation and guided by market demand, have jointly created the competitive and practical JCO TD21A product, injecting new vitality into visual application scenarios.

From the rapid Linux startup technology during the rise of battery-powered cameras, to the T40 driving innovation in dual-camera categories, and further to the T41 defining the industry's AOV model, Ingenic has consistently anchored its efforts on market demands, steadily exploring the smart vision field. Now, addressing industry concerns about whether innovation will continue, Ingenic, leveraging its proprietary core technologies, introduces the iterative achievement of AOV technology—the T33 chip, positioned as the "entry-level flagship." It builds core advantages across four dimensions: performance, image quality, low power consumption, and compatibility, providing highly adaptable and robust stable solutions for entry-level smart vision scenarios. Moreover, it serves as a critical link in Ingenic's technology layout, connecting the present with the future.