We integrate the core advantages of our chip platform to create an AI PCBA module with zero threshold access, full scene adaptation, and low-cost implementation, enabling terminal products to quickly acquire intelligent capabilities and upgrade from "traditional functions" to "intelligent interaction" without the need for deep AI technology reserves.

1、 Core feature of AI module: Injecting high cost-effectiveness, precise intelligence into products

1. Graded adaptation of computing power without wasting costs: 0.5TOPS (voice interaction), 2TOPS (visual recognition), and 6TOPS (multimodal interaction) are available in three levels of computing power to avoid "computing power redundancy". For example, using a 0.5TOPS module for smart speakers can reduce costs by 60% while achieving a 95% wake-up rate;   

2. Ultra low power consumption+high integration, suitable for various forms of products: module integration of "CPU+NPU+communication (WiFi/Bluetooth)+sensor interface", sleep power consumption of 1.2 μ A, compatible with battery power supply, easy to embed in headphones, education, home, toys and other small-scale products for applications;

3. Develop pre integration, plug and play functionality: Pre integrate 10+commonly used algorithms such as voice noise reduction and human detection, provide standardized interfaces (UART/I2C), built-in 10+lightweight AI algorithms (voice wake-up/noise reduction, human detection, environment perception, etc.), provide standardized API interfaces, customers do not need to develop AI models, only simple calls are needed to implement functions.

 2、 Three steps to achieve product AI upgrade: simple enough to not require a professional team

1. Module selection: Match by scene——

Voice interaction (such as smart switch) → 0.5TOPSJL module;   

Visual recognition (such as pet feeders) → 2TOPSRK module;   

Multimodal interactive products (such as smart home control) → 6TOPSRK module.   

2. Hardware connection: Three core interfaces are connected to the original motherboard without changing the product structure. The power supply (5V), data (command transmission), and trigger (such as button wake-up) can be integrated into the hardware within one hour.   

3. Enable function: Configure through visual tools (non-technical personnel can also operate), such as setting "automatically dispense food when pets are detected approaching", or calling APIs to implement custom linkage, which can be debugged on the same day.   

 3、 Application scenario: Small modules bring great value

1. Consumer category: After installing modules on small household appliances, they can achieve "voice gear adjustment+gesture sensing", with a 25% increase in premium and an 18% increase in user repurchase rate;   

2. Health monitoring: The regular wristband has been upgraded to "AI warning for abnormal heart rate+offline voice control", with a 15 day flight extension and significant differentiation advantages;   

3. Intelligent monitoring: The camera adds humanoid intelligent tracking, reduces storage usage by 30%, and lowers the false alarm rate to 0.5%.   

 Our professional empowerment: making AI implementation more reliable:

1. Chip level collaboration: Deeply matching mainstream chip technology routes to ensure the optimal balance between module performance and cost;   

2. Full cycle service: Provide assistance throughout the entire process of sample testing, interface debugging, and mass production support, and respond to issues 24/7;   

3. Mass production guarantee: module yield rate ≥ 99.9%, batch cost 10% lower than the industry, fast delivery.   

The client does not require AI technology accumulation or complex development - we have transformed "product with AI" from a "high threshold project" to a "standardized configuration", helping customers quickly launch competitive intelligent products. With minimal investment, your product can instantly have AI capabilities - we not only provide modules, but also your intelligent upgrade accelerator.