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.

On October 27, Ingenic Tech Wave 2025 was grandly held at The Ritz-Carlton, Shenzhen. This summit focused on technological breakthroughs and future layouts, sharing Ingenic's macro plans, technological development, product portfolio, and ecosystem layout in the computing chip field with the industry through multiple keynote speeches. Over 800 people gathered here to jointly witness the robust R&D strength of Ingenic's chips and its firm steps in continuously empowering diverse fields such as AIoT, intelligent vision, smart home, and industrial control.

Amidst the parallel trends of consumer market fragmentation and globalization, ZKXunchi has achieved breakthroughs in overseas markets by developing 4G IPC products based on Ingenic’s T31 chip platform. The T31’s stable performance and scenario adaptability have provided ZKXunchi with technical support to tackle overseas market challenges. Meanwhile, Ingenic’s newly iterated T33 chip, built upon years of technological accumulation, will create opportunities for ZKXunchi to expand into new scenarios

In the global community of birdwatching enthusiasts, using cameras to record wild birds' feeding moments has become a popular trend. However, there is an extreme scarcity of consumer-facing camera products with bird recognition AI applications in the market, leaving most bird lovers to rely on ordinary cameras for recording. Leveraging its technological expertise in smart hardware, Jiaji Technology has launched a new smart birdwatching device based on Ingenic's T32 chip, following its previous generation product that used Beijing Ingenic's T23 chip, once again revolutionizing the smart birdwatching experience.

As the AI glasses industry accelerates toward practicality and mass production, Ingenic, with its profound technological expertise, has deeply empowered Voxnoos AI glasses through its T32 series and Qualcomm combo solution. This collaboration achieves breakthroughs in hardware synergy, functional implementation, low power consumption, and lightweight design, setting a technical benchmark for the industry with "comprehensive functionality, superior experience, and easy deployment."

Jooan Technology, a national high-tech enterprise with 15 years of deep cultivation in the intelligent security field, has built a solid foundation for technological innovation with over 180 intellectual property rights. It has accumulated a user base of more than 72 million and remained among the top three in online market share. Moreover, accredited as a "Shenzhen Gazelle Enterprise" and recognized for being "Specialized, Refined, Characteristic, and Novel", it demonstrates continuous breakthrough capabilities in the consumer security track. When the security needs in extreme scenarios such as outdoor environments without electricity or network have become common industry challenges, Jooan, in collaboration with Ingenic T32 chip, launched the first AOV solar 4G camera. With the combination of "technical accumulation + chip empowerment", it redefines the outdoor monitoring experience:I.All-Time Intelligent Monitoring: Dynamic Balance Between Low Power Consumption and High Sensitivity Relying on Ingenic T32's scenario-based computing power scheduling, the AOV product achieves 24-hour non-stop video recording: it automatically switches to the energy-saving mode of "1 frame per second" in static scenes (and can still maintain battery life with lithium batteries on rainy days), and instantly maximizes the frame rate for precise capture when a human figure is triggered. Equipped with the AI algorithm driven by T32, the 50-meter long-distance human detection eliminates the false alarm drawback of traditional PIR, and automatically tracks the trajectory after identifying a human figure. Abnormal intrusions in fish ponds and orchards will leave traces throughout the process and "cannot be hidden". T32's balance of low power consumption and high performance is the core support for the coexistence of long battery life and high sensitivity. ‌II.Adaptation to Extreme Environments: "Year-Round Online" Even Without Electricity or Network A dual power supply system is built with solar panels and large-capacity lithium batteries (which can still maintain battery life on rainy days), and 4G network direct connection breaks through the limitation of network cables. The underlying logic of "covering scenarios without electricity or network" relies on Ingenic T32's multi-communication protocol compatibility and low-power chip architecture. Even in complex environments such as remote farmlands and construction sites, T32's stable computing power output and power consumption control enable the device to operate continuously for 365 days, completely getting rid of the double constraints of "power supply + network" on monitoring deployment. ‌III.Multi-Dimensional Scenario Coverage: Grasping Both Details and Panorama. The collaboration of gun-ball dual lenses (360° horizontal + 90° vertical) achieves over 99% viewing angle coverage. Ingenic T32's image fusion processing technology enables seamless connection of multi-lens images: the panoramic lens controls the overall situation of farms and parks, while the close-up lens captures details of people and vehicles. Combined with T32-optimized ISP image processing, full-color night vision (with a 40% improvement in light conversion rate) makes dark scenes display clearly. The multi-screen simultaneous display function even supports remote "viewing multiple areas of fish ponds and farmlands on one screen", and T32's multi-stream encoding capability ensures image quality and multi-task fluency. IV.Intelligent Interaction and Active Defense: From "Being Able to See" to "Being Able to Prevent" Two-way voice intercom relies on Ingenic T32's audio codec optimization to achieve low-noise and clear communication; 25 custom electronic fences trigger sound and light alarms to build an active defense system. More importantly, the three-step minimalist deployment of "fixing the device - scanning the code to configure the network - activating monitoring" benefits from T32's hardware integration and fast network configuration protocol, enabling non-professional users to easily implement it. T32 truly transforms technological innovation into the usability of consumer products. Jooan's 15-year R&D accumulation in consumer security, combined with Ingenic T32's precise polishing of "performance, power consumption, and scenario adaptation", enables AOV products to break away from the traditional idea of "function stacking" and directly address outdoor security pain points such as "difficult deployment without electricity or network, easy disconnection in extreme environments, and high false alarms in intelligent detection". From fish ponds to orchards, from construction sites to farmlands, every stably operating monitoring screen is an intuitive result of "industry accumulation + chip empowerment". This is not only a milestone for Jooan in expanding the outdoor track, but also a vivid illustration of Ingenic T32's "maximization of practical value" in consumer scenarios. 

As edge AIoT technology transitions from perceptual intelligence to cognitive intelligence, security surveillance is undergoing a paradigm shift from "passive recording" to "active perception." In this process, AOV (Always On Video) technology, with its core capability of "7×24-hour uninterrupted sensing," has become a key solution for scenarios with no network/power supply and long-term monitoring needs. As one of the first developers of Ingenic T41 AOV technology in 2023, JCO Electronics leveraged its deep understanding of security scenarios and continuous R&D investment to launch the DL32A-4G dual-lens AOV bullet/PTZ camera based on Ingenic’s next-gen T32 chip, redefining the technical boundaries of edge AI security.

"The ability to operate at low power levels has been essential for the proliferation of portable electronics and the Internet of Things." —Riordan, M., & Hoddeson, L. (1997). Crystal Fire: The Birth of the Information Age. W. W. Norton & Company.

The global AI glasses market is entering a phase of rapid growth by 2025, with leading brands intensifying their deployments, further catalyzing market activity. Beijing Junsheng continues to expand its presence in the wearable ISP market, offering mature ISP chips and supporting solutions that have already been successfully commercialized. Leveraging the "AI-ISP Integrated Design" matrix of its T-series and C-series chips, combined with over a decade of ISP expertise, the company provides high-performance, low-power visual hub solutions for wearable devices. These solutions empower brands with cost-effective, differentiated technologies to gain a competitive edge.

‌Core Idea‌: Autonomous instruction set is the premise of controllable ecosystem. How Beijing Ingenic Semiconductors leverages open source to achieve strategic transformation.