EP20K1000EFC784-2

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Embedded Field Programmable Gate Arrays (FPGAs) have been around for almost 45 years, and their range of applications continues to evolve. EP20K1000EFC784-2 is an embedded FPGA high-performance, low-power device developed for markets such as industrial, automotive and aerospace. This FPGA is based on the MAX® 10 device family from Intel Corporation, and it comes with a wide range of features and capabilities.

FPGAs are semiconductor devices that are electronically programmed to create specific logical functions. These devices consist of a large array of logic gates which can be programmed to create a wide range of digital applications. The logical gates in an FPGA can be connected together in multiple ways to create different kinds of complex logic circuits. This means that FPGAs are incredibly versatile and can be used in a variety of applications. EP20K1000EFC784-2 is no different and it can be used in various markets such as industrial, automotive and aerospace.

The EP20K1000EFC784-2 can support up to 120 million logic elements (LEs). LEs are the basic building block used in an FPGA to define and run a logic function. They consist of the logic gates, a memory block, and a routing block. The LEs are connected together using an FPGA\'s routing resources, and this allows the FPGA to create complex logical operations. With its 120 million LEs, the EP20K1000EFC784-2 is one of the most powerful FPGAs on the market.

The EP20K1000EFC784-2 also provides power savings compared to other FPGAs on the market. It has an average standby current of 0.35 mA and can draw a maximum current of 450 mA. This makes it an ideal choice for applications that require high performance with low-power consumption. Furthermore, it can support up to 48 gigabits (Gb) of device memory and up to 77 Mb/s of I/O throughput. This ensures that EP20K1000EFC784-2 can meet the demanding requirements of modern embedded applications.

In terms of its working principle, the EP20K1000EFC784-2\'s logic gates can be programmed to perform specific logic functions. These functions can be programmed through a hardware description language (HDL), and this enables the logic gates to be connected in a specific way to create a specific digital circuit. An FPGA programmer will write the HDL code, and this can then be used to program the FPGA. This enables an FPGA to be used in a variety of applications where specific logic needs to be carried out.

In conclusion, the EP20K1000EFC784-2 is a powerful and low-power FPGA developed for industrial and embedded applications. It can support up to 120 million LEs with a maximum current draw of 450mA, and it provides up to 48 gigabits of device memory and up to 77 Mb/s of I/O throughput. The logic gates in the FPGA can be programmed with an HDL code, which enables the FPGA to be used in a variety of applications.

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