MVD-2516

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MVD-2516 is a PCI-compliant mezzanine card (central processing unit (CPU) board module) designed for onboard processing on embedded computing platforms. Developed by American-based electronic components manufacturer Maxwell Digital Solutions, the MVD-2516 offers a leap forward in onboard computing technology, and is suitable for use in a variety of industrial and aerospace applications.

The MVD-2516 is a PCI-Express x1 mezzanine card (Mezzanine cards are also known as MCMs, mezzanine modules, or mules) featuring a Freescale QorIQ P2020 processor and up to 8GB of DDR3 memory. It also features onboard I/O, USB 3.0 ports, and gigabit Ethernet ports. The QorIQ P2020 processor is powerful enough to handle a variety of tasks, such as video encoding/decoding, image processing, embedded control, and real-time data collection.

The MVD-2516 is a versatile addition to On-Board Computers (OBC) and Aerial Imaging Platforms (AIPs), providing high performance computing capabilities with low power consumption. For example, the processor is able to perform calculations and functions such as image processing, machine vision, pattern recognition and automatic inventory control, all at the same time. Additionally, the MVD-2516 is well suited for commercial systems and applications such as robotics, autonomous vehicles, and industrial automation.

The MVD-2516 processor also features a variety of communication protocols, making it ideal for a variety of communication tasks, including TCP/IP, CAN, RS232/RS485, and Profibus. The maximum communication speed of these protocols is 5 Mbps, making the MVD-2516 an excellent choice for data transmission applications. Additionally, the MVD-2516 features an integrated CAN bus controller, allowing for easy communication between multiple devices.

The working principle behind the MVD-2516 is quite simple. The QorIQ P2020 processor on the MVD-2516 is able to process tasks quickly and efficiently, and the on-board I/O makes it easy to communicate with external devices. The processor also employs dynamic frequency scaling mechanisms, which allows it to save power when not necessary. Additionally, the MVD-2516 is also able to access and store data from the onboard memory, allowing programs or applications to be run and accessed without having to transfer data over a network.

The MVD-2516 is a powerful processor capable of performing a variety of functions in a variety of applications. Its versatile design, low power consumption, and high performance make it an excellent choice for embedded computing applications, such as industrial control, unmanned aerial vehicle systems, and robotic navigation. Additionally, its integrated CAN bus controller and range of communication protocols allow it to easily be used for data collection and transmission applications.

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