MCIMX27ADSE

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 MCIMX27ADSE application field and working principle is a highly specialized embedded processor platform designed by Freescale Semiconductor for embedded control applications.

The core of the MCIMX27ADSE platform is the i.MX27 processor, a powerful ARM9 processor core that is capable of addressing a number of different tasks with its dual DSP and two Embedded PowerPC cores. The processor is supported with direct connections to external DDR SDRAM memory, external SDRAM, and IDE or serial ATA (SATA) hard drives. Other onboard peripherals include a Fast Ethernet and two UARTs (Universal Asynchronous Receiver/Transmitter) as well as a secure digital interface (SD).

The MCIMX27ADSE platform is ideal for use in high-end embedded control applications such as instrumentation, commercial automation, industrial and medical devices, automotive, and aviation. It provides flexibility and performance, while having low maintenance cost and BOM. This allows the customer to customize it to their application and still remain cost competitive.

One of the key advantages of the MCIMX27ADSE platform is its exceptional power management capabilities. This allows the system to run smoothly with minimal power draw, while simultaneously maximizing performance. The ability to leverage a wide range of peripheral devices, such as Secure Digital cards, also allows for the implementation of diverse applications.

The MCIMX27ADSE platform is focused on being a low-maintenance and cost-effective parts solution for embedded applications. It integrates two distinct processor cores working together to share information, resources, and memory. This enables the processor to effectively run two separate tasks at the same time. This combination of processor cores allows the administrator or controlling software to switch between either processor quickly and easily, enabling the system to be responsive to changes in user inputs, environment, and overall system state.

The advanced power management capabilities of the MCIMX27ADSE platform mean that it can be optimized for power saving during idle periods as well as heavy usage during peak activity. This reduces the need for additional circuitry or expensive power supplies.

The MCIMX27ADSE platform also offers an integrated real-time clock, a watchdog timer, and sleep and hibernate modes to help streamline the energy efficient design of the system. This ensures that time-critical tasks can be met efficiently and economically.

With built-in support for peripherals such as USB, SATA, and SD cards, the MCIMX27ADSE platform is well suited for embedded devices with static storage and communication requirements, allowing for rapid prototyping and shorter development cycles.

The MCIMX27ADSE platform is a highly versatile embedded processor platform designed for the modern world. With its extensive range of features, long-term reliability, energy-efficiency, and cost-effectiveness, the MCIMX27ADSE platform is a top choice for embedded control applications.

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