High performance hardware configuration

    Multimodal AI Large Model

AI Visual Recognition&Voice Interaction

ESP32-S3 high-performance chip

High performance and low-power dual-mode chip

Xtensa ® 32-bit LX7 dual core processor architecture

01 Custom roles and personas

Support custom roles and character designs, from personality settings to exclusive tones, from memory banks to behavioral logic, to create your own AI companion!

02 AI intelligent dialogue scenario

Whether you want to chat and relieve boredom, obtain information, or need professional answers and knowledge popularization, AI can accompany you brilliantly.

03 Supports multiple languages

Free switching between over 30 languages including Mandarin, English, Japanese, Cantonese, etc., covering real-time interaction in multiple languages and easily crossing language barriers.

04 supports the fusion of multiple models

It can integrate multiple models such as DeepSeek, Qwen3, and Doubao, and freely combine them as needed to improve interaction depth and adaptability.

01 Personification Chat

With the help of the big language model, the visual module can understand and respond to every sentence of the user in real time, and output highly personified speech for response.

02 Semantic Understanding

The visual module can accurately capture the core intentions in text and speech, deeply analyze contextual logic, and thus achieve natural and smooth human-computer interaction.

03 Scene Understanding

Through the visual big model, machines can understand the scene within their field of view, judge environmental features based on the database, and output intelligent feedback.

04 Image Analysis

The visual module can use the visual big model to deeply analyze images, extract object features, and accurately match databases, thereby achieving similar object association.

05 Emotional Perception

The visual module can sensitively capture the changes in tone and emotion in user voice commands through a large language model, and provide warm and comfortable responses.

06 Intent Understanding

The visual module can deeply understand and predict potential needs in user instructions, thus autonomously planning tasks and dynamically responding to changes in real time.

07 Voice Control

The visual module can accurately receive user voice instructions and execute corresponding actions in real time through semantic understanding technology of the speech big model.

08 Long Task Command Execution

Through intelligent planning and dynamic adjustment, the visual module can autonomously disassemble complex instructions in user voice commands to ensure reliable task processes.

09 Weather Inquiry

According to user instructions, the visual module can broadcast real-time weather conditions through a voice model, covering core information such as temperature, humidity, and wind speed.

10 Encyclopedia Q&A

With the support of the big language model, the visual module constructs a comprehensive domain knowledge system, which can respond flexibly and accurately from basic knowledge to professional content.

01 WiFi screen feedback

Through WiFi hotspot connection, the visual module can monitor the real-time transmission of high-definition camera images.

02 Color recognition

Through the color threshold segmentation algorithm, the visual module can accurately recognize various color blocks.

03 Face detection

It can quickly detect faces, obtain location information, and transmit it to control devices through serial communication, facilitating secondary development.

04 Facial recognition

By using lightweight convolutional neural network algorithms, the vision module can achieve face recognition within the field of view.

05 Cat face recognition

Using lightweight convolutional neural network (CNN) algorithm, optimized for cat face features, it can recognize cat faces within the visual range.

06 QR code recognition

The module can recognize QR codes within the field of view and output the recognized values through IIC/serial port.

01 Clock Mode

The visual module can serve as your smart desktop assistant, providing real-time and accurate display of local weather, time, and other information based on preset cities.

02 Chat Mode

The visual module can listen to and understand the user's speech in real time, and provide dynamic and natural responses, constructing a dynamic and natural voice interaction scene.

03 emoji mode

The visual module can display flexible and cute expressions based on different scenarios, making robot interaction more vivid and interesting, creating an immersive companionship experience.

04 Offline AI Mode

The visual module supports offline firmware burning without relying on the cloud to achieve WiFi image feedback, offline AI visual recognition, and offline voice interaction functions.

01 ESP32-S3 high-performance chip

ESP32-S3 is a high-performance, low-power dual-mode chip equipped with a dual core XtensaLX7 processor and a computing power of 600DMIPS, suitable for DIY development and electronic design competitions.

02 Two million high-definition camera

equip 1080P@60 Compared with the traditional OV5640/0V5647 solution, the frame high-definition digital camera has higher imaging clarity and color reproduction, significantly improving the accuracy and stability of visual recognition.

03 High fidelity speaker

Integrated high fidelity speaker unit, with full and transparent sound quality, supports voice broadcasting, prompt sound output and other functions to provide real and vivid sound feedback for the device.

04 LCD capacitive touch screen

Equipped with a 2.0-inch LCD capacitive touch screen, the sliding screen can adjust volume and other touch interaction operations, providing an intuitive and convenient human-computer interaction experience.

05 onboard mode switching button

The onboard mode switching button and wake-up button of the visual module support one click switching function to quickly enter voice interaction mode, making operation simple and efficient.

06 IIC communication interface

Provide IIC communication interface for functional expansion and secondary development, easily adapting to diverse A1 and IoT application scenarios.

07 Modular Design

Modular design can be disassembled and combined, and the shell is made of 3D printed materials. At the same time, open source model files are provided for free creative DIY design of the shell to meet personalized needs.

08 Mini Size

The use of sophisticated structural layout and miniaturized design significantly saves installation space, enhances system integration, and provides higher design flexibility for lightweight and embedded AI applications.

interface name

Interface Description

ESP32-S3 vision module parameters

ESP32-S3 display parameters

ESP32-S3 Voice Module