Essential Subjects to Learn Before Studying FPGA

Essential Subjects to Learn Before Studying FPGA

Introduction FPGA has evolved from an edge chip to a popular technology, indicating that domestic chips are gradually becoming mainstream. Domestic chips are expected to replace foreign chips and become the core of technology. As the domestic chip industry rises, the demand for talent in this field is growing. High salaries offered by companies attract … Read more

Learn How to Get Started with FPGA Programming Language

Learn How to Get Started with FPGA Programming Language

Introduction When learning FPGA, the first thing we need to study is the programming language for FPGA. Unlike the “high-level” languages such as C, C++, and Java used in software development, the language used for FPGA development is called Hardware Description Language (HDL), or Register Transfer Level (RTL) language. The mainstream hardware description languages are … Read more

5 Tips for Self-Learning FPGA from Experienced Learners

5 Tips for Self-Learning FPGA from Experienced Learners

4 Tips for Self-Learning FPGA FPGA is a highly integrated chip, and its learning process requires both programming skills and an understanding of hardware circuits and computer architecture. The knowledge and foundations involved are extensive, such as digital circuit fundamentals, EDA principles, Verilog/VHDL programming languages, FPGA algorithm design, FPGA simulation analysis, and PCB hardware design. … Read more

How FPGA Technology Will Develop?

How FPGA Technology Will Develop?

Due to its outstanding performance and versatility, FPGA (Field Programmable Gate Array) has attracted a wide range of enterprises. Furthermore, even after deployment, it has the characteristic of adopting new standards and modifying hardware according to specific application needs. On the other hand, “gate array” refers to the two-dimensional array of logic gates in the … Read more

11 Recommended FPGA Learning Platforms

11 Recommended FPGA Learning Platforms

1、Xilinx Official Website Website:https://china.xilinx.com/ Xilinx’s FPGAs currently hold the largest market share. When using their chips, reading Xilinx’s materials is unavoidable, such as learning the development tool Vivado, various IP cores, etc. At the same time, Xilinx also provides many relevant technical reference solutions, which are highly valuable. 2、WORLD OF ASIC Website:http://asic-world.com/ This is a … Read more

Transitioning to FPGA: Essential Tips for Engineering Students

Transitioning to FPGA: Essential Tips for Engineering Students

FPGA, short for Field Programmable Gate Array, is a highly flexible and reprogrammable chip that has vast application prospects in various fields due to its unique advantages. With the dual effects of a booming market and policy support, the FPGA market is experiencing unprecedented development opportunities. According to IDC’s prediction, by 2024, the global accelerated … Read more

Amazing! These Three Programming Languages Are Used!

Amazing! These Three Programming Languages Are Used!

– FPGA is Amazing – Chengdu University of Electronic Science and Technology Youth Education FPGA, as a leading chip product in China, is not limited to purely researching and designing chips compared to traditional chips. It optimizes design for various products through specific chip models.FPGA itself constitutes a typical semi-custom circuit, covering digital management modules, … Read more

The Three Programming Languages That Make FPGA So Powerful

The Three Programming Languages That Make FPGA So Powerful

FPGA, as a leading chip product in China, is not limited to purely researching and designing chips like traditional chips, but optimizes designs for products across various fields through specific chip models.FPGA itself constitutes a typical semi-custom circuit, covering digital management modules, input, output, and other units. The biggest feature of FPGA is that it … Read more

15 Tips to Make FPGA Design So Easy

Source: Content from Embedded Information Selection, thank you! 1 Basic Principles of Hardware Design (1) Speed and Area Balance and Trade-off Principle: If a design has a large timing margin and can run at a frequency much higher than the design requirements, it can reduce the overall chip area consumption through module reuse, which is … Read more