M1AGL250V5-FGG144

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The M1AGL250V5-FGG144 is a field programmable gate array (FPGA) from Mitsubishi. It is an embedded FPGA, meaning that it is specifically tailored for use in embedded systems and can not be programmed directly. Instead, it is programmed through a suite of development tools that have been designed to provide full support for the entire FPGA development, configuration and deployment process.

The M1AGL250V5-FGG144 is based on a 110,000 logic element core that is expandable and offers interconnects with other components in a system or a network. The FPGA offers 256MB of DDR3 memory with a maximum data rate of 10.3 GB/s and supports dual-channel LVDS (DDR3) video and audio connections. It is also equipped with a low-power global clock to reduce power consumption and improve system performance.

The M1AGL250V5-FGG144 is an ideal choice for embedded applications that require power efficiency, high-speed performance and scalability. It is also suitable for use in applications such as autonomous flight control, robotics, industrial automation and medical equipment. This FPGA offers a variety of memory components that are capable of storing data for high-speed processes, and its high-speed transceivers have been specially designed for critical applications such as high-speed data center I/O.

The M1AGL250V5-FGG144 is further equipped with security features such as secure boot, secure configuration and system management features. It also supports deterministic latency and reliable quality of service, both of which are essential for the reliable performance of an embedded system. Furthermore, the FPGA is designed with flexible I/O configurability, allowing users to create custom I/O configurations.

Overall, the M1AGL250V5-FGG144 is a reliable and powerful FPGA that offers an ideal solution for embedded applications. It features a configurable logic block that can be adjusted to meet the needs of different applications. Its low-power global clock and various security features make it a perfect choice for applications where reliability and power efficiency are essential. Thanks to its flexible I/O configurability, it is suitable for virtually any embedded system, regardless of the size or complexity of the design.

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