10AX048H1F34E1SG

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Introduction

FPGAs (Field Programmable Gate Arrays) are integrated circuits that can be programmed to perform specific logic functions on the field. They are used in a wide range of applications from digital signal processing, multimedia and networking, to embedded systems and artificial intelligence. 10AX048H1F34E1SG is an FPGA manufactured by Xilinx, Inc. This article will discuss the application field and working principle of the 10AX048H1F34E1SG.

10AX048H1F34E1SG Application Field

The 10AX048H1F34E1SG is a mid-range FPGA that is suitable for many embedded applications. It has 36,864 logic cells and a maximum clock frequency of 250MHz. It is designed to integrate high throughput applications in an efficient way, such as streaming media systems, embedded systems and surveillance systems. Additionally, it can be used for data processing and analytics, military applications, medical imaging and many other applications.

10AX048H1F34E1SG Working Principle

The 10AX048H1F34E1SG is based on Xilinx’s Virtex-6 FPGA family. This FPGA features advanced logic optimization, high performance and reprogrammability capabilities. It utilizes dynamic partial reconfiguration (DPR) to provide higher configuration flexibility while reducing design complexity. DPR allows parts of the configuration to be changed without halting the system.

The 10AX048H1F34E1SG also features an advanced 8-level metal thermal stack. This allows the FPGA to dissipate heat more efficiently, which increases its clock frequency while reducing power consumption. Furthermore, the 10AX048H1F34E1SG is fabricated with a high speed advanced I/O technology, which reduces signal loss and increases signal integrity for reliable operation.

Conclusion

The 10AX048H1F34E1SG is an FPGA designed for embedded applications. It has advanced logic optimization capabilities, a high speed clock and 8-level metal thermal stack for heat dissipation. It is suitable for data analytics, streaming media systems, embedded systems and military applications. Additionally, the FPGA utilizes dynamic partial reconfiguration for higher configuration flexibility and improved signal integrity.

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