FPGA chip ARM chip

March 12, 2024
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FPGA chip and ARM chip-two different chip design

If you have a certain understanding of computer and electronic engineering, you must know FPGA and ARM.FPGA chip is a programmable logic chip, and ARM chip is a microprocessor.Although both FPGA chips and ARM chips are used in electronic systems, their design and use are different.

Basic structure of FPGA chip

FPGA chips are usually composed of one or more programmable logic units (PLC) or logic door array (LUT), as well as some input/output (I/O) ports and internal memory.These components are configured to adapt to various applications and circuit design.Therefore, the FPGA chip is widely used for fast prototype design and low -to medium -sized system integration.

Kintex-7 FPGA

Basic structure of ARM chip

ARM chip is a complex integrated circuit (SOC) based on the streamlined instruction set calculation (RISC). It has one or more processor cores, some memory, I/O ports, and other various modules, such as controller, DMA engine, Interrupt controller, etc.The ARM chip is very flexible, which can be used for both low power consumption, embedded systems, or large computer systems such as desktop or server.

Application of FPGA chip

FPGA chips can be used for fast prototype design and low -to medium -sized system integration, such as data converters, signal processors, on -site bus communicators and computer vision.FPGA chips can also be used to accelerate high -performance computing fields such as applications, encryption and decryption, audio/video interfaces, and artificial intelligence.

Application of ARM chip

ARM chips are most commonly used in embedded systems, such as smartphones, tablets and IoT devices.ARM chips can also be used for industrial automation, gateway and servers.In these applications, the ARM chip provides a fast response and low -power architecture of the processor’s core.

FPGA chip and ASIC chip comparison

The FPGA chip and the application of a specific integrated circuit (ASIC) chip are different. The ASIC chip is customized by the designer. It is very excellent in terms of specific functions, and it is usually smaller, faster, and more power -saving than the FPGA chip.However, compared with FPGA chips, the R & D cost of ASIC chips is higher, and it requires extra time and manpower investment.

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ARM chip and Intel chip comparison

In high -end computers, Intel chips were one of the most popular chips.However, ARM chips have quickly occupied market share in mobile Internet, the Internet of Things and other applications.The ARM processor is relatively energy -saving, and it is strong enough to handle many small tasks.Intel chip emphasizes high performance, but lacks low power consumption and compact design.

FPGA chip’s low power consumption and high flexibility

The low power consumption and high flexibility of the FPGA chip have been widely used in different fields.Because the FPGA chip can perform fast prototype design and system integration in the early stages of the circuit design cycle, it can greatly shorten the research and development cycle.

ARM chip’s disruptive progress

The ARM architecture has created subversive progress, and it completely changes the method of electronic computer design.The success of ARM chips in embedded applications has also made it an important choice for other senior applications.IMS Research reports that the ARM chip accounted for more than 70%of global microprocessor sales in 2012 and is expected to continue to grow in the future.

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Future of FPGA chip and ARM chip

With the advancement of technology and the continuous expansion of applications, both FPGA chips and ARM chips will continue to become key elements in electronic engineering.The FPGA chip will play a greater role in the fields of AI, network, and high performance computing, and ARM chips will continue to lead the development of embedded applications to bring more advanced technology experience to humans.

in conclusion

In general, although FPGA chips and ARM chips are different, they have their own application areas and advantages.FPGA chips are suitable for applications that require high flexibility and low power consumption, while ARM chips are applied to applications that are preferred to consider high -performance and requires built -in processor architecture.The difference between these chips and chips such as ASIC and Intel also proves the importance and effects between them.