135-2261-9459(Wechat)I. Overview
TW-MEA-E32A is a high-performance, ultra-low-power edge algorithm module designed by Beijing Tongwei Technology Co., Ltd., which is designed to meet the growing needs of customers in the product development process. The module uses ESP32, an advanced edge algorithm chip, as the core, for superior performance and flexibility.
1. **High-performance edge algorithm chip**: TW-MEA-E32A is based on ESP32 chip, which has powerful processing power and computing performance, which can support complex edge algorithm tasks and data processing needs.
2. **Dual communication mode**: This module supports both WiFi and Bluetooth communication, providing users with more connection methods and scenario options. Whether it's wireless data transmission or remote control of equipment, it's easy.
3. **Ultra-low power design**: The TW-MEA-E32A uses advanced low-power technology to ensure long-term operation and efficient energy utilization. This makes it ideal for applications where battery life and energy efficiency are critical.
4. **Rich Interfaces and Functions**: The module provides a wealth of interface options, including UART, SPI, I2C, etc., making it easy to connect with a variety of external devices and sensors. In addition, it also supports the built-in of a variety of edge algorithm modules, such as filtering algorithms, data processing algorithms, etc.
5. **Flexibility & Ease of Use**: The TW-MEA-E32A has a friendly development environment and rich software development tools, enabling users to quickly build and debug applications based on this module. This greatly simplifies the development process and increases the speed to market of the product.
TW-MEA-E32A edge algorithm module is a high-performance, ultra-low-power edge algorithm module specially designed by Beijing Tongwei Technology to meet customer needs. Whether you're in the smart home, industrial automation, IoT, or something else, this module gives you the computing power and reliable communication capabilities you need to innovate and succeed!
2. Function introduction
Our hardware module is a powerful, multi-purpose device designed to solve your needs for data acquisition, interface conversion, protocol conversion, and industrial gateways. The following are the main features and directions of use of our hardware modules:
Data acquisition
Our hardware modules have a variety of filtering algorithms and data processing modules built into them for efficient data acquisition and processing. Whether you need signal filtering, data conversion, or other complex data processing tasks, our hardware modules provide comprehensive support. Here are some of the built-in algorithm modules:
– Low-pass filter
– Low-pass filter
– Low-pass filter
– 卡尔曼滤波器
– Fast Fourier Transform (Fert)
– Digital Filters (Phil, Il)
Interface conversion
Our hardware modules support a variety of interface conversions, including RS232, RS485, CAN, IIC, SPI, Ethernet, and more. No matter which interface your device uses, our hardware modules make it easy to convert between interfaces without the need to write additional code. Simple and efficient!
Protocol Conversion
Our hardware module can realize the conversion between various serial port protocols, binary protocols, hexadecimal protocols, JASON, XML, etc. No longer tied to a specific communication protocol, you can easily convert data from one protocol to another to meet the communication needs of different devices.
Industrial gateways
Our hardware modules also have the functions of industrial gateways, supporting the conversion of protocols such as MODBUS, Profinet, Profibus, Ethernet/IP, etc. No matter which protocol your industrial network uses, our hardware modules provide fast, reliable conversion capabilities that enable your equipment to seamlessly connect with different industrial networks.
Our edge algorithm hardware modules are ideal for your data acquisition, interface conversion, protocol conversion, and industrial gateway needs. It will help you increase the flexibility, efficiency, and reliability of your system while reducing development time and costs. Contact us to learn more about our hardware modules and start your journey to intelligent industrial applications!
2. Function introduction
| 通信接口 | IIC，SPI，UART，WiFi，蓝牙 |
| 供电电源 | 3.3V |
| 天线 | 板载陶瓷天线 |
| 通信距离 | 10M以内 |
| size | 20mm长x30mm宽x1.8mm厚 |
| 串口参数 | 115200bps、8数据位、1停止位、无校验、无流控 |
| OTA升级 | 支持 |
| 工作温度 | -40℃~85℃ |
2. Function introduction
- Data acquisition
- Edge computing
- Protocol Conversion
- Interface conversion
- Industrial gateways
2. Function introduction
- Avoid using metal in the shell of the product surrounding Bluetooth, and when using a partial metal shell, try to make the module antenna part
- 分远离金属部分。产品内部金属连接线或者金属螺钉，应尽量远离模块天线部分。
- The antenna part of the module should be placed around the PCB of the carrier board, and it is not allowed to be placed in the board, and the carrier board under the antenna is hollowed, and the direction parallel to the antenna is not allowed, and the copper or wiring is not allowed, or the antenna part is directly exposed to the carrier board.
- It is recommended to use an insulating material for isolation at the module placement location on the substrate, such as filling with a silkscreen layer at the bottom.
2. Function introduction
This module is equipped with a debugging and development backboard for initial evaluation and debugging, which leads out all module pins in the form of 2.54mm pin headers, which is convenient for users to debug.
And the backplane can be used as a batch configuration and programming tool for modules.
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