M1AGL600V2-FGG256I

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The M1AGL600V2–FGG256I is a Field Programmable Gate Array design from Actel Corporation.The FPGA is designed to work with a 32 Bit RISC core embedded in the FPGA coupled with 2 MBytes of user programmable SRAM, operating with a low voltage of 1.2V-3.3V and with a maximum frequency of 600 Mhz. The device offers a wide range of embedded peripherals and communication interfaces to cover any kind of system design need.

This FPGA is targeted to applications that require a high degree of integration and flexibility, such as network switches and routers, mass storage systems, digital signal processors, test and measurement equipments, process automation, medical devices, communication control protocols and cellular base stations.

When designing with this FPGA, the user can build custom logic with the use of the on-chip core and the FPGA’s own pre-defined functional elements. In addition, a wide range of softcore and macro elements are also available. This makes it easy to implement complex functions and applications on the FPGA while maintaining a modular design.

The core of the FPGA is its memory module. This is a reprogrammable SRAM block which can be used to store program instructions, data and state information. This allows the FPGA to store multiple programs and application settings which can be switched quickly. The memory module can be configured through the built-in memory configurator.

The rest of the FPGA is split into blocks of architecture and logic functions. These blocks include timer/counter, Input/Output (I/O) multiplexers, peripheral devices and data converters. These are all designed to interface with other devices on the system. This allows for a wide range of different applications to be created, including high speed communication control protocols.

The I/O multiplexers allow for the interfacing of multiple I/O pins onto the same bus or port. This increases the number of inputs and outputs relevant to the system, while reducing the space requirements of the board.

The timer and counter blocks provide a basic timing and counting function. This allows for a variety of functions and events to be programmatically activated. The data converters allow for the conversion of incoming data into the appropriate form which can be read by the other components and peripherals on the system.

The M1AGL600V2–FGG256I is based on the Actel Embedded Processor Developer Kit platform. This allows designers to utilize the hardware and software components together to create an efficient design. It also provides the user with access to a variety of tools and libraries which make it easier to create custom solutions.

The FPGA also supports a variety of external devices and communication protocols. These include UART and SPI, which allow for easy communications between components. The FPGA also supports Ethernet, USB, PCI and RS232 communication protocols, allowing for the communication of data across different systems.

The M1AGL600V2–FGG256I is a powerful tool for embedded systems design. The FPGA\'s integrated components and peripherals make it easy to design advanced applications and protocols. With the combination of the on-chip core and the pre-defined functional elements, designers can build custom logic quickly, while keeping their design space minimal.

The Actel FPGA\'s wide range of external devices and communication protocols make it easy to integrate with a variety of systems, which makes it ideal for development of communication control protocols. The user can also take advantage of the robust and reliable architecture to create powerful and efficient custom solutions. By utilizing the FPGA’s capabilities, designers can bring their projects to life faster and more efficiently.

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