AX125-2FG256

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Embedded FPGAs (Field Programmable Gate Array), such as the AX125-2FG256, are a type of specialized microprocessor that offer a wide range of applications and can be used to create custom logic using configurable logic blocks and embedded intellectual property cores.

Due to their high programmability and flexibility, embedded FPGAs are becoming increasingly popular in industries such as communications, automation, and aerospace, as they provide an efficient way to implement complex programmable logic capabilities. This makes them ideal for a variety of applications such as switching, data processing, power management, and complex control systems.

The AX125-2FG256 is a small form factor FPGA from PLDA that is ideal for embedded applications. The device enables designers to quickly and easily develop custom logic using a range of ready-made IP cores. The AX125-2FG256 is a complete FPGA, including an on-chip ARM Cortex-M3 processor and memory, and also provides a range of useful peripherals and interfaces enabling easy integration into various systems.

The AX125-2FG256 has a minimum power threshold of 1 watt and is highly power efficient, making it ideal for battery-powered embedded systems. The device is also I/O-intensive, with an I/O bandwidth of up to 125Mbps, making it suitable for applications that require high-speed data processing and real-time system control. The AX125-2FG256 also features three on-chip memory controllers, supporting both SDRAM, SRAM and FLASH memory.

The key features of the AX125-2FG256 include high programmability and flexibility, low power consumption, a range of peripherals and interfaces, and a wide range of configurable logic blocks. This makes the AX125-2FG256 especially suitable for low-cost applications such as system control, motor control, power management, and embedded network systems.

In terms of its working principle, the AX125-2FG256 is programmed using the VHDL (Veddir Hardware Description Language) which is a hardware-oriented language. VHDL enables designers to create programmable logic elements such as multiplexers, combinational logic blocks, and other elements which can be used to construct custom logic. The logic elements are then used to build a structural and functional representation of the circuit.

Once the circuit has been created, the device can be programmed to execute operations within its custom logic blocks. The operations are executed on the device\'s internal processor, and the control signals are used to address the specific logic elements of the circuit. The device can then be reconfigured for different applications by changing the logic elements and their operation.

In conclusion, the AX125-2FG256 is a highly flexible, low power FPGA from PLDA which offers a wide range of applications in embedded systems. The device is programmed using the VHDL language and its configurable logic blocks can be used to create custom logic for specific applications. The AX125-2FG256 also features a range of peripherals and interfaces enabling easy integration into various systems.

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