Project Components Hardware Spartan-7 SP701 FPGA with MIPI interface implemented using resistor network OV5640 MIPI interface Software AMD Vivado version 2020 or above AMD Vitis 2020 Introduction MIPI interface is very popular now, and domestic FPGAs generally come with MIPI interfaces. AMD-Xilinx started supporting MIPI levels from the U+ series. From the usage in China, … Read more
If you don’t want to miss my updates, remember to check the public account in the upper right corner and set it as a star, take down the star and give it to me. At 8 PM tonight, FPGA factory boss Xilinx is coming! University Program Manager Liu Wei will bring the latest and hottest … Read more
[Image] The previous article introduced the ARM DesignStart program, which mentioned the Cortex-M1/M3 DesignStart FPGA version that supports Xilinx and domestic Gowin platforms. This article will provide a step-by-step guide on how to build a Cortex-M3 on FPGA based on the ARM DesignStart program…
Every successful innovation has gone through a difficult journey from its inception to its growth, and FPGA is no exception. As a high-tech innovation, since the first FPGA was born in Japan by Seiko, it has exploded in the 1990s. Not only the FPGA giants in Europe and America like Xilinx, Altera, and Lattice, but … Read more
Endoscope imaging has become a hot topic in recent years due to the demand for exploration in medical and industrial fields. The FPGA plays a crucial role in endoscopic image processing. While dedicated ASICs cannot accommodate more functions and algorithms, FPGAs can! The Development of Endoscopes The development of endoscopes mainly involves the following aspects: … Read more
In today’s fast-paced manufacturing landscape, maintaining competitiveness requires the adoption of industrial automation at every stage. Manufacturers are increasingly recognizing the tremendous benefits that automation brings, from improved efficiency and consistency to reduced operational costs and enhanced safety. In fact, a recent study by Deloitte revealed that 86% of surveyed manufacturing executives believe that smart … Read more
Although FPGAs bring powerful capabilities and flexibility to embedded design, the additional development processes also introduce new complexities and limitations to the design work. Integrating traditional hardware-FPGA-software design processes and fully utilizing the reprogrammable features of FPGAs is one of our solutions. As FPGA technology gradually extends to military electronic systems and almost all areas … Read more
With the continuous development of consumer electronics and the Internet of Things, user demands are becoming increasingly complex and diverse. Therefore, in embedded system design, we must choose the appropriate processor (SoC) system. Of course, we also need to consider cost, power consumption, performance, I/O resources, etc. However, as practical cases increase, FPGA is becoming … Read more
In today’s rapidly evolving technology landscape,computing power has become an important driving force for social progress and industrial upgrades. In this vast ocean of computing,CPU, GPU, ASIC, and FPGA are the four core forces, each playing an irreplaceable role. Let’s dive into the secrets of these four computing units. 1. CPU CPU (Central Processing Unit), … Read more
FPGA stands for Field-Programmable Gate Array, which is a type of programmable logic device. 1. Comparison with Microcontrollers Different Structures: 1.1 The number of pins, resources, and internal multipliers in a microcontroller is fixed, meaning its hardware is predetermined. Its functions can be achieved through software programming. 1.2 In contrast, the internal circuitry of an … Read more