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.

Technological Foundation: The Solid Groundwork of T23 Chip

Jiaji Technology's exploration in smart birdwatching didn't happen overnight. Using Beijing Ingenic's T23 chip, it had already achieved two core functions: real-time notifications (immediately alerting users when birds visit so they never miss any special moments) and high-precision recognition (identifying 99% of common bird species with automatic video tagging for easy searching and viewing).

This phase of technological accumulation laid an important foundation for Jiaji Technology's further development in smart birdwatching and demonstrated its ability to deeply integrate AI technology with birdwatching scenarios. The stable performance of Ingenic chips also became a key reason for continued collaboration—the earlier T31 series chips had already helped Jiaji Technology implement bird recognition features, with their powerful CPU computing performance and professional imaging capabilities providing reliable references for subsequent upgrades.

Core Upgrades: Technological Breakthroughs Enabled by T32 Chip

The new Ingenic T32-based smart birdwatching device (CG6 5MP) achieves multidimensional technological leaps while inheriting previous advantages. Its key technical highlights include:

HDR Wide Dynamic Technology for Enhanced Imaging Quality

Birdwatching scenarios often involve complex lighting changes that may cause overexposure of birds' heads in bright light or loss of feather details in shadows. The device's HDR technology combines short and long exposure frames to solve these issues—preventing overexposure in bright areas while maintaining clear details in dark areas, accurately capturing feather textures and movements to significantly improve output quality.

60fps High-Frame-Rate Slow Motion for Capturing Dynamic Moments

Birds' flight movements and feeding postures are often fleeting. The new product's 60fps slow-motion recording captures every subtle action, allowing users to observe flight trajectories and feeding habits in detail for a richer experience.

Pico Trigger Low-Power Innovation for Reduced False Alarms

Sunlight, vibrations, and air currents often trigger false recordings. The device (3MP and 5MP versions) incorporates Pico Trigger technology that uses advanced background radiation filtering with AI algorithms to minimize false triggers while ensuring effective bird activity recording, significantly improving energy efficiency.

Leveraging T32 Chip's Performance Advantages

Ingenic T32 chip's capabilities provide robust support: 4K resolution with H265+H264 encoding optimizes storage; 1T computing power efficiently runs smart video/audio algorithms; the new ISP Tizano-v4.0 improves chromatic aberration, noise reduction, and low-light color correction; and memory-efficient designs (e.g., 4K resolution operable with 1GB RAM) ensure stable performance.

Reliable Assurance: Comprehensive Battery Management System

For outdoor deployments (e.g., gardens, balconies), battery life and safety are critical. Jiaji Technology implements a full-process control system:

Cell Management: Batch tracking with individual cell traceability (each cell has unique identifiers like "passport" and "ID").

Automated Screening: Pre-assembly voltage/resistance tests automatically filter inconsistent cells.

Precision Assembly: Automated welding with scan verification ensures component matching.

Full Inspection: Protection boards must pass ten indicators (including overcharge/discharge protection) before final assembly.

Technical Synergy: Perfect Integration of Low-Power and Scenario Adaptation

Ingenic T32's low-power advantages deeply complement Jiaji's solutions. The chip's AOV platform (with RISC-V coprocessor) optimizes power consumption, while Pico Trigger further enhances efficiency for prolonged operation.

Founded in 2018, Jiaji Technology specializes in smart home, security systems, and consumer AI hardware, serving 100+ countries. This T32-based upgrade reflects both technological maturation and profound understanding of birdwatching needs—combining AI, imaging, and power efficiency to deliver professional tools for global enthusiasts.

Looking ahead, continued AIoT advancements promise more innovations in smart birdwatching through Jiaji-Ingenic collaboration, making human-bird "encounters" smarter and more delightful.