SEGGER 679000237, emPower v2.0, EVALUATION BOARD

The SEGGER 679000237 is a versatile and robust hardware platform designed to streamline the development and testing of embedded systems. Packed with features, this evaluation board empowers engineers and developers to create, debug, and optimise embedded applications efficiently. Its integrated hardware, rich development environment, and connectivity options make it a valuable asset for engineers and developers looking to bring their embedded projects to life.

The SEGGER 679000237, emPower v2.0, Evaluation Board: Advanced Attributes and Advantages

• This board promotes energy-efficient development and allows for the testing of power management strategies.
• With USB, Ethernet, and CAN connectivity options, the board offers flexibility for interfacing with other devices and networks.
• Developers can utilise SEGGER's feature-rich development tools like Embedded Studio and J-Link Debugger.
• The emPower v2.0 board supports various RTOS, enabling multitasking and real-time control for complex applications.
• A touchscreen TFT display and built-in audio capabilities make it easy to develop applications.

Highly Integrated Hardware

The emPower v2.0 board integrates various essential components, including a powerful microcontroller, TFT display, audio interface, and multiple sensors, reducing the need for additional external hardware.

Versatility in Applications

The SEGGER 679000237 emPower v2.0 Evaluation Board is a versatile and efficient platform that simplifies embedded development, making it suitable for a wide array of applications, including:

• The board is ideal for prototyping and developing Internet of Things (IoT) devices, enabling connectivity, sensor integration, and efficient power management.
• Use the board for designing and testing smart home devices, wearables, and multimedia products.
• Engineers can employ the emPower v2.0 for building control systems, data loggers, and human-machine interfaces (HMIs) to improve industrial processes.
• The CAN interface makes it suitable for automotive applications, such as vehicle diagnostics, infotainment systems, and dashboard displays.
• Develop medical instruments and patient monitoring devices with ease, leveraging the board's processing power and sensor support.
• The board serves as an educational tool for universities and research institutions to teach and experiment.