AX500-2FG484

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Embedded - FPGAs (Field Programmable Gate Array)

Field Programmable Gate Array (FPGA) is a type of processor that can be programmed to satisfy different application requirements. FPGAs can be used in disk-based or non-disk-based embedded systems, and are generally used to control the data flow between digital storage media, like disks, RAM, or other storage devices. FPGAs are useful for a wide range of applications, ranging from embedded and digital signal processing to high-performance computing and networked services.

AX500-2FG484 FPGA

The AX500-2FG484 FPGA is a high performance FPGA offering a rich feature set and dynamic capabilities. It provides superior performance, a wide range of number of components, and provides a wide range of memory configuration resources and IO options. The AX500-2FG484 FPGA also provides a high diversity of interfaces, including bus widths, memory interfaces, networking protocol support, PCIe, SDIO and multiple FPGA elements.

AX500-2FG484 Application Field and Working Principle

The AX500-2FG484 FPGA is a reliable, powerful and highly configurable FPGA solution for embedded applications ranging from medical and industrial device control to digital signal processing (DSP) to high-performance computing (HPC) and system-on-chip (SoC) solutions. It is also suitable for non-disk-based solutions, as it has FPGA memory resources and IO options to accommodate the growing needs of data processing in embedded systems such as IoT.

The AX500-2FG484 FPGA utilizes a patented programming technology called VexRISC to create a flexible and powerful FPGA architecture that can configure all components of the embedded system from a single core architecture, with a single clock. VexRISC enables AX500-2FG484 to reconfigure hardware within the system to create an optimal hardware configuration for any specific application, providing the ability to change the number of cores, speed, and voltage requirements in response to changes in applications.

In addition, the AX500-2FG484 FPGA features an advanced network communication solution, allowing for high-throughput and low latency access to remote resources. It also incorporates DCMs (Digital Clock Manager) for optimized data transfer speeds and low power consumption. All this provides improved system performance, flexibility, and scalability, making it ideal for applications involving large volumes of data.

The AX500-2FG484 FPGA also has a range of embedded system components supporting real-time operating systems, real-time communication protocols, and digital signal processing. It has numerous peripheral interfaces, as well as advanced power management further reducing power consumption while also extending the life of embedded devices. Furthermore, AX500-2FG484 FPGA includes advanced security features such as secure boot and secure access control, ensuring that data is secure and protected in cases of system failure.

Finally, the AX500-2FG484 FPGA provides advanced development tools such as Vivado® Integrated Design Environment and Xilinx® Embedded System Design Kit, allowing seamless integration of AX500-2FG484 FPGA with other components of the targeted embedded system.

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