SPECIFICATIONS

5 Key Features

1. Professional ADS1299 Bio-Signal Acquisition

Built around the high-performance ADS1299 analog front-end, supporting EEG, EMG and other bioelectrical signal acquisition with high resolution and low-noise performance. Suitable for neuroscience, rehabilitation research, biomedical engineering and educational projects.

2. WiFi Wireless Data Transmission

Integrated WiFi-to-UART communication solution enables real-time wireless data transmission to PC or embedded systems. No complex wiring required, making signal monitoring and data collection more convenient.

3. Open SDK & Host Computer Source Code

Comes with complete SDK development package, communication protocols and PC software source code. Developers can quickly build custom applications, data visualization tools and signal analysis systems.

4. STM32 Compatible Development Platform

Provides STM32 reference projects, sample firmware and interface documentation. Easily integrates with STM32, ARM Cortex-M platforms and other microcontroller systems for secondary development.

5. Complete Hardware Documentation

Includes schematic diagrams, interface descriptions and development resources. Supports custom hardware design, algorithm research, signal processing and product prototyping.

Product Description

ADS1299 Bio-Signal Acquisition Development Module

This ADS1299-based acquisition module is designed for researchers, engineers and developers who require high-precision bio-signal measurement and analysis.

The module supports EEG (Electroencephalography), EMG (Electromyography) and other low-amplitude physiological signal acquisition. Combined with integrated WiFi wireless communication, users can transmit raw data to a computer in real time for visualization, storage and algorithm development.

To accelerate development, the kit includes SDK packages, PC software source code, STM32 examples, communication protocols and hardware schematic files. Developers can easily customize firmware, build signal-processing applications and integrate the module into their own projects.