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.

As a key supplier in the low-power vision market, Ingenic adheres to mainstream product strategies, and the T33 is a typical embodiment of this philosophy. Its core advantages are first reflected in its performance, which precisely matches application scenarios: continuing the AI capabilities of AOV technology, inheriting the T32's feature of "supporting intelligent video and audio algorithms," and being compatible with relevant AI development resources, it can easily meet basic intelligent needs such as human detection and event judgment. Furthermore, it innovatively combines AI detection with PIR technology, optimizing AI-PIR human detection distance to 70 meters, while also enhancing adaptation for night vision scenarios, effectively reducing false alarms and missed detections common in traditional low-power devices, making intelligent perception more accurate and reliable.

Regarding image quality and encoding capabilities—core aspects of smart vision—the T33 further optimizes the user experience: it primarily supports 5M resolution, fully referencing the ISP technological advantages of the T32, and iteratively upgrades in color correction and noise reduction—delivering more accurate color reproduction in low-light conditions, preserving details like ground textures and leaf edges more completely, and avoiding image blurring or color cast. At the encoding level, it supports the H.265 format, continuing the characteristics of "enhancing image detail in low-bitrate scenarios and optimizing Frame size in high-dynamic scenarios." This ensures both clear image quality and reasonable control over bandwidth costs, adapting to various transmission environments.

Low power consumption is a key advantage the T33 inherits from AOV technology and a crucial support for its adaptation to diverse scenarios: leveraging Ingenic's years of power consumption control experience and the accumulation of the Atlas low-power solution, the T33 can perfectly adapt to scenarios such as pure battery IP cameras and solar-powered outdoor cameras, enabling continuous recording without frequent charging, thereby addressing the pain points of traditional battery devices—short battery life and frequent maintenance. While ensuring image quality, it also balances the battery life of battery-powered devices, further expanding monitoring coverage,Inherit‌ the technological achievements of the T41 and T32 in the low-power vision field, making low power consumption and high performance no longer contradictory.

Additionally, the T33's design in terms of compatibility and scenario coverage significantly reduces customer implementation costs: it forms a clear complement to the T32—the T32 focuses on 4K full-scenario solutions, while the T33, with its 5M resolution and lower power consumption, targets entry-level needs. It supports multi-camera expansion (enabling 3/4 camera configurations) and, except for some models requiring compatible hardware design, is Pin2Pin compatible with the T32. It also shares the SDK and integrates Normal, Battery, and AOV modes, enabling rapid adaptation to existing device ecosystems and minimizing customer product iteration cycles. Simultaneously, the T33 can cover diverse scenarios such as smart door locks, home security, and outdoor cameras, further enhancing solution flexibility.

In terms of detailed user experience, the T33 also undergoes targeted optimizations: adopting a new packaging architecture that optimizes chip thermal resistance, addressing common high-temperature issues in the industry; in audio quality, promoting AI noise reduction algorithms as a standard feature, significantly improving noise reduction performance and notably optimizing AEC effects, making voice interactions clearer. These detailed upgrades elevate the stability and user experience of the T33 in complex environments to a higher level.

Currently, the T33 is in full mass production, and Ingenic is collaborating with multiple partners to promote its implementation—this cooperation model continues the ecosystem prosperity approach of the T41 and T32, also indirectly confirms ing market recognition of its technological maturity. From the perspective of Ingenic's overall technology layout, the T33 is a vital component of the AOV ecosystem: it both Build upon the technical direction of the T3x series regarding "multi-camera synchronization and AOV-AT modes," realizing widespread AOV adoption, and accumulates scenario data and market feedback for the future development of the steady-state imaging T42 chip and "edge-side visual intelligence agents," serving as a critical link in technological iteration.

Ingenic has always driven technological iteration based on market demands, from the AOV breakthrough of the T41 and the large-scale popularization of the T32, to the mature implementation of the T33, each step grounded in the accumulation of self-developed CPU and low-power technologies. The launch of the T33 is not only Ingenic's practice of providing "low-power, highly adaptable, and robust stable" entry-level solutions for the smart vision industry but also injects new vitality into the industry with its clear advantages and flexible adaptation. Subsequently, Ingenic will continue to refine its technologies and products, supporting the further expansion of smart vision scenarios.