10AX048K3F35I2LG

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Embedded - FPGAs (Field Programmable Gate Array)

10AX048K3F35I2LG is a type of Field Programmable Gate Array (FPGA) that is characterized by its low power, high capacity capacity and cost effectiveness. It is part of a family of embedded FPGAs, in which the FPGAs are designed to drive external circuits via specialized interfaces. The main features of the 10AX048K3F35I2LG include Intel FPGA technology, Logic Devices CORE + TWEAK performance, and its high speed, low-cost per-programmable logic element.

Application field

10AX048K3F35I2LG is mainly used for fast data transfer, high-speed communication, and sensor data acquisition. In these applications, the FPGA helps reduce the cost and development time for a custom solution. Additionally, 10AX048K3F35I2LG is ideal for embedded system designs as it is easy to integrate within existing systems. It is suitable for designs that require reliable, high-speed performance and wide-scale networking capabilities such as routing and surveillance.

Moreover, the 10AX048K3F35I2LG is able to support multiple logic level bandwidths, enabling it to meet stringent requirements for high-speed data transfer, data acquisition, and fast switching. With its low power consumption and on-chip support for I/O devices, it is suitable for many applications including small-scale automation, industrial control, video/image processing, and automotive/medical applications.

Working Principle

The 10AX048K3F35I2LG works by connecting the input signals to the output signals using a network of programmable routing resources. This network is programmable using a specialized HDL (hardware description language) language. By using the HDL language, engineers and designers can quickly and easily create and customize the FPGA.

In addition to its programmable routing, the 10AX048K3F35I2LG also uses a dedicated under-clocking scheme to reduce power consumption. This scheme is different from other embedded FPGAs, which use a state-based under-clocking scheme such as DMA (direct memory access) or synchronous dynamic-reconfiguration (SDR). The 10AX048K3F35I2LG pre-allocates its clock cycles to save power and achieve high performance.

The 10AX048K3F35I2LG is also capable of operating in both static and dynamic switching modes. When operating in static mode, all the routing and logic resources are under static control. In dynamic mode, the FPGA has the ability to dynamically change its configuration. This flexibility makes the FPGA suitable for applications that require a large amount of reconfigurability, such as data acquisition and transfer.

Conclusion

The 10AX048K3F35I2LG embodied all the features of an embedded FPGA. With its low power consumption, high capacity capacity and cost-effective design, this FPGA is suitable for many applications. Its programmable routing and dedicated under-clocking scheme enable the 10AX048K3F35I2LG to achieve high performance while keeping power consumption low. Moreover, its ability to operate in both static and dynamic modes allows it to be used in a wide variety of applications.

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