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

Complete FPGA Design Process Overview

Complete FPGA Design Process Overview

FPGA stands for Field Programmable Gate Array, which is a type of programmable logic device. FPGA is a new high-performance programmable logic device developed based on CPLD, typically using SRAM technology, although some dedicated devices may use Flash technology or Anti-Fuse technology. FPGAs have a high integration level, with device densities ranging from tens of … Read more

How to Get Started with FPGA Learning

How to Get Started with FPGA Learning

FPGA (Field Programmable Gate Array) is favored for its flexibility and powerful features. However, many beginners feel incredibly confused, believing that this technology is difficult to master. Why is that? As a member of an FPGA training institution, I hope that through this article, I can help everyone clarify their thoughts and find a suitable … Read more

Application of FPGA Remote Configuration in Remote Experiment Systems

Application of FPGA Remote Configuration in Remote Experiment Systems

Abstract: This article introduces the composition, working principle, and remote configuration of the FPGA remote experiment system, focusing on the principle and specific implementation of remote configuration in the FPGA remote experiment system. Under the guidance of the ARM microcontroller, FPGA configuration data is transmitted and downloaded via Ethernet, and then the ARM acts as … Read more

Implementing a Parameterized Priority Multiplexer in Verilog

Implementing a Parameterized Priority Multiplexer in Verilog

Follow and star our official account for exciting content Source: Online Materials Requirement: In FPGA design, data multiplexers are often required. To achieve parameterized and adjustable designs, we typically need a parameterizable multiplexer, such as M-to-1, where M is an adjustable parameter. If the multiplexer is non-priority, we can design it using a two-dimensional array … Read more