AX125-FGG256I

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

FPGAs, or Field Programmable Gate Arrays, are rapidly becoming an indispensible tool for embedded system designers. A handful of years ago, developers only had access to stock-configured circuits, limiting the ability to customize hardware for specific requirements. FPGA technology has enabled a wide array of customization opportunities for engineers, allowing for more efficient and powerful solutions for complex embedded problems. An FPGA can be programmed with custom logic circuits to meet application objectives, making it a great fit for both new and established products.

One of the most popular FPGAs used in embedded systems is the AX125-FGG256I, a highly integrated FPGA that is implemented on an advanced silicon process. It features a wide operating temperature range from -40 to 125 degrees Celsius, allowing it to be used in a variety of severe environments. With a total power consumption of 28 watts, it is able to achieve high performance levels at relatively low power consumption. It also boasts 256 input/output pins and a high-speed 32-bit CPU core, making it a great choice for embedded system designers.

The AX125-FGG256I is used in a number of different application fields and can be used to improve efficiency and performance. In audio applications, the AX125-FGG256I enables developers to reduce system size and complexity while maintaining a clear and precise signal quality. The device also offers high degrees of configurability, allowing a wide range of audio functions to be integrated. In the automotive industry, the AX125-FGG256I can be used in a range of applications ranging from engine control to vehicle navigation systems. Furthermore, it can be used in industrial robotics and for advanced medical applications, offering enhanced performance to designers needing to quickly and accurately configure their systems.

When looking at how the AX125-FGG256I operates, it is important to understand the fundamentals of FPGA technology. This device utilizes the concept of field-programmable logic blocks, which are building blocks of logic that are used to construct more complex operations. By chaining together these building blocks, a wide range of applications can be achieved, allowing developers to customize their hardware solutions to fit specific needs. The FPGA also offers powerful routing capabilities, enabling developers to quickly and easily signal connections between the various logic blocks.

Due to the highly configurable architecture of the AX125-FGG256I, developers are able to design an efficient system solution without needing to purchase and assemble many individual components. This saves on both cost and build time, as the chip provides a high level of integration, reducing the time spent wiring devices and waiting for them to be assembled. The device also offers a high level of configurability, enabling users to modify their hardware design without making major changes to their hardware, allowing for easy and quick hardware modifications.

The AX125-FGG256I is a versatile and powerful FPGA that is commonly used in embedded systems. The device offers a wide array of features and benefits, allowing for highly efficient and high-performance solutions that are well suited to a variety of applications. With its wide operating temperature range, high-speed 32-bit CPU core, and low-power consumption, it is an ideal choice for designers looking for an efficient and configurable FPGA solution.

The specific data is subject to PDF, and the above content is for reference