MXC9ATLAS-PMB

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The development of MXC9ATLAS-PMB Evaluation and Demonstration Boards determines the direction of advanced evaluation and demonstration technologies. The innovative and easy-to-use platform is designed for product development engineers and system engineers who need powerful and reliable demo boards to achieve their production goals. It provides a comprehensive evaluation and development environment where engineers can quickly test and design their ideas in order to reach optimal results.MXC9ATLAS-PMB Evaluation and Demonstration Boards consist of two main elements: a processor and a power management board. The processor is an ARM Cortex-A8 processor, which is capable of running applications at up to 1GHz and supports high-speed multiplications. It includes a 32-bit bus, floating-point and vector capabilities, and a fast vector processor that delivers up to 10-bit precision. The power management board has four power-efficient switches which enable the user to quickly and easily switch between different operating modes.The main purpose of MXC9ATLAS-PMB Evaluation and Demonstration Boards is to provide a fast and reliable platform for engineers to develop new products and applications. The board uses an innovative design approach to combine the power of ARM Cortex-A8 with the benefit of an on-chip power management system. This allows users to benefit from the benefits of both ARM Cortex-A8 and the power management features of the processor.The power management board includes a DC/DC converter to provide power for the processor and a power supply to power the peripherals. Additionally, it includes a switch board for controlling the voltage levels supplied to the processor. The power management board also provides advanced thermal monitoring features and supports multiple operating temperature ranges.The on-chip power management system is responsible for maintaining the supply voltage at the correct level and reducing the power consumption of the processor. This system also provides an integrated circuit for fast switching between different operating modes and controlling the frequency of the device.The processor has a small footprint, and it can be designed into a small package with a footprint of 42mm x 42 mm. This makes it ideal for use in products where size is critical, such as wearable devices. The processor also offers low latency and high-performance and is suitable for medical, imaging, automotive, and industrial applications.The evaluation and demonstration board offers real-time performance evaluation and design development to ensure the product is meeting design requirements. The board also allows users to study power management strategies for their products.The board has several different type of development tools, such as an in-circuit debugger and a rechargeable battery. The user can also attach an oscilloscope to the board in order to view the processor activity in real-time.The board also includes an integrated display and audio interface, so engineers can easily monitor the product activity. The integrated USB port allows for easy connectivity with a PC, so users can run tests and compile applications.The board has multiple interfaces that include Ethernet, USB, and UART, as well as a number of embedded Linux distributions which are used to quickly boot the product. Additionally, the board supports multiple software development tools including the popular open source compiler and debugger toolchain, and the break-out-board extension board.Overall, the MXC9ATLAS-PMB Evaluation and Demonstration Board is a reliable and advanced platform for product development and evaluation. It is designed to meet the needs of both new product development engineers and experienced system engineers. It provides an advanced platform for speed, low power consumption, and robust performance, and is perfectly suitable for medical, automotive, industrial, and imaging applications.

The specific data is subject to PDF, and the above content is for reference