10AX066H1F34E1SG

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10AX066H1F34E1SG is a field programmable gate array (FPGA) device manufactured by Altera Corporation. This device is an example of a modern FPGA and is used in a range of embedded applications.

FPGAs are electronic components composed of several large arrays of small electronic switches called Logic Cells. These Logic Cells, when connected together using interconnects, can be used to implement complex gate-level logic functions. This provides the flexibility to design digital circuits tailored for specific applications, such as digital signal processing (DSP), digital communication and other embedded system control tasks.

The 10AX066H1F34E1SG is a 28nm low-power device and is capable of performing a range of tasks with limited power consumption. It contains 68,719 logic cells made up of 4 inputs to 32 outputs, with each cell containing two flip-flops and two or four multiplexers. There are a total of 340,000 registers, 2720 four-input LUTs and 840 product-term elements, providing an impressive amount of computing power.

The 10AX066H1F34E1SG can be used in a range of embedded system applications. Its logic cells can be used for fast and precise data processing, as well as for high-speed control algorithms. The device is capable of data rates in excess of 6.9Gbps, allowing for the transfer of large amounts of data. FPGAs are also used to create complex control systems, utilizing their configurability to implement custom-tailored controllers.

The 10AX066H1F34E1SG can perform a range of tasks with limited power consumption, and has plenty of flexibility to tailor designs to specific embedded applications. Its logic cells can provide quick and precise data processing, as well as allowing for interface and control functions. The device also offers plenty of options for interconnectivity, allowing for interaction between various components of a system.

The 10AX066H1F34E1SG is an impressive example of modern FPGA technology, demonstrating the level of performance and flexibility attainable from a 28nm low-power device. Its ability to provide highly optimized logic functions, as well as quick data processing and control, make it a great choice for embedded system applications.

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