MVME8105 is a high-performance and highly reliable embedded computer single board, mainly aimed at industrial automation and embedded application fields. It adopts Freescale's QorIQ ™ The P5020 processor has a main frequency of up to 2.0GHz, providing powerful computing and control capabilities. This enables MVME8105 to easily handle complex, high-intensity computing and control tasks, meeting the requirements of industrial automation for high performance and real-time performance. In terms of memory and storage, MVME8105 is equipped with 4GB of DDR3-1333MHz ECC memory and 512K of MRAM non-volatile memory. ECC memory can detect and correct memory errors, improving system reliability and stability. MRAM non-volatile memory can maintain data integrity and security after a power outage. In addition, MVME8105 is equipped with 8GB of eMMC NAND flash memory, providing large storage space to meet various data storage and expansion needs. In terms of interfaces, MVME8105 provides a variety of interface options, such as USB, serial port, and Ethernet. 
This enables it to easily connect and communicate with other devices and sensors, enabling data transmission and exchange. Meanwhile, MVME8105 also supports multiple operating systems, such as Wind River's VxWorks, providing users with a flexible development environment and extensive application support. MVME8105 also has high reliability and stability, suitable for various harsh industrial environments. It has undergone strict testing and verification to ensure stable operation under extreme working conditions, providing reliable guarantees for industrial automation and embedded applications. In summary, MVME8105 is a high-performance, highly reliable, and interface rich embedded computer single board, suitable for various industrial automation and embedded application fields that require high performance, stability, and reliability. Whether used in industrial control, data acquisition, image processing, or communication equipment, MVME8105 can provide excellent performance and stability to meet the different needs of users.
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