AX250-2PQ208I

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Field Programmable Gate Array (FPGA) is a type of integrated circuit that contains very high density logic gates and programmable interconnects. It can be used to create complex programs and algorithms without the need of a traditional processor or hardwired logic. The advantages of FPGA compared to general purpose processors are lower power consumption, higher logic density and more flexible design. The AX250-2PQ208I is a type of FPGA, manufactured by Altera Corporation. Below is a brief overview of its features and applications.

Features of AX250-2PQ208I:

• 20nm process with 3.8 million logic elements inside.
• Minimum SRAM size of 5,760 Kbits.
• High speed logic devices incorporate low-cost and small package options.
• An embedded multi-mode DSP option streamlines usage in communications applications.
• Integrated hard RAM macros that offer significant power savings.

Application Field:

The AX250-2PQ208I FPGA is highly suitable for high-speed and low-power designs in communications and storage applications. Its advanced low power features, high logic density and a broad range of function sets integrate quickly into existing designs. The device’s high speed logic devices, multiple SRAM options and embedded multi-mode DSP option streamline usage for communications systems. The integrated hard RAM macros can reduce power consumption significantly. The AX250-2PQ208I FPGA is also used in high-speed data transfer, signal processing and industrial automation.

Working Principle:

The AX250-2PQ208I FPGA works on the same principle as a traditional FPGA. Upon powering up, the logic elements of the system will be in a dormant state. The user can then program the logic elements using a design software to make the FPGA into a specific function such as an ALU, register file, logic gate, or any other custom design. Once programmed, the logic elements of the FPGA will become active and be able to perform the operations as programmed. The FPGA can also be re-programmed from time to time with new algorithms or functions to reflect new requirements. This flexibility makes FPGA highly suitable for embedded applications where changes or additions might be required in the future.

In conclusion, the AX250-2PQ208I FPGA is an ideal fit for high-speed and low-power designs due to its advanced low power features, high logic density and a broad range of function sets. It is suitable for a variety of applications ranging from high-speed data transfer, signal processing and industrial automation. The device works on the same principle as a traditional FPGA and can be reprogrammed as and when required.

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