AX125-FG256I

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Introduction

AX125-FG256I is a combined Mini FPGA development board and system SOC solution, which plays an indispensable role in embedded application. This powerful embedded system contains 11 I/O pins and provides advantage features like on-board multiple IO memory, SRAM and flash, WIFI Bluetooth and enhanced real-time clock.

AX125-FG256I Application Field and Working Principle

The AX125-FG256I Field-Programmable Gate Array (FPGA) is an integrated circuit (IC) or chip used in embedded application fields, which has wide application coverage including automotive, industry, consumer electronics and medical applications. A FPGA device is designed to be configured after manufacturing according to the users’ specific needs, adopting custom logic circuits for specific applications. It can be programmed to work exactly as the user wish, making it suitable for a wide range of application fields, without being restricted by the specificities of an IC.

As an embedded FPGA device, the AX125-FG256I supports most standard binary programming languages such as Verilog and VHDL. The FPGA chip is based on an advanced low power 5nm process and provides high performance ready for complex signal applications. The device has on-board programmable multiple I/O memory types, SRAM and flash. It also supports Ethernet, Wifi, Bluetooth and advanced touch panel interface.

Features like superior signal integrity, signal processing and high-speed interface, low-power design, and rich peripheral resources, make this FPGA device suitable for various embedded application fields. In addition, the FPGA based on AX125-FG256I can be programmed to work exactly as the user wish.

Conclusion

Therefore, the AX125-FG256I FPGA is an ideal choice for embedded application fields due to its advanced low power 5nm process, superior signal integrity, signal processing, high-speed interface and rich peripheral resources. It can be used for a variety of application fields, from automotive, industry and consumer electronics to medical applications. With its flexible programmable design, this FPGA can be tailored for specific applications.

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