EPXA1F484C1ES

32-Bit ARM9 EPXA1F484C1ES includes the functions of FPGA and microcontroller. It can combine the parallel processing capability of FPGA with the control function of microcontroller to achieve more efficient and flexible embedded system design. This allows for parallel processing of FPGAs and sequential control of microcontrollers on the same chip. This design makes the system smaller in size, lower in power consumption, and higher in performance.

Features

EPXA1F484C1ES adopts the 484-BBGA Surface Mount installation method, making its layout on the PCB board more compact, effectively reducing volume and weight, and facilitating integration and portable applications. The EBI/EMI, UART/USART interface is one of its many highlights, as it has 4160 FPGA Core Cells and 100k Gates for signal transmission with external circuits, and their quantity directly affects the overall performance of EPXA1F484C1ES. At the same time, it also comes with 16k SRAM data and - FPGA static storage, with SRAM programming bytes up to 32k, reflecting its super strong storage capacity. It also has ultra-high data processing speed 266MHz, and can operate normally within a wide temperature range of 0°C ~ 85°C within the required power supply voltage range of 1.8V, making it suitable for various environments, especially some application scenarios with significant temperature changes.

The use of 484-FBGA (23x23) volume in Excalibur™ EPXA1F484C1ES has guiding significance for PCB design and welding processes. Intel FPGAs/Altera Manufacturers often use Tray for packaging, which is very useful in transportation and storage.

Applications

● Data center

In the fields of network acceleration and high-performance computing in network devices and data centers, FPGA is also widely used, such as network accelerators, cloud computing accelerators, and storage controllers.

● Image processing

In the field of image processing, it is mainly used for applications such as high-speed image acquisition, real-time image processing, intelligent monitoring, and medical image processing, with the advantages of high speed and low power consumption.

● Embedded Systems

FPGAs are integrated into embedded systems for various applications, offering a combination of custom digital logic, parallel processing, and interfacing capabilities.Such as smart instruments, smart homes, etc.

● Video and Image Processing

FPGAs play a role in video and image processing applications, including video compression, image recognition, and multimedia devices.

● Artificial intelligence

In the field of artificial intelligence, FPGA is mainly used as an accelerator for matrix multiplication algorithms and an actuator for neural network accelerators, which can achieve low latency computation and high-performance computation.