FPGA Design – Line-by-Line Code Comments – FPGA Chip Driver for Dynamic Display of Seven-Segment Displays – Simulation Image Analysis

FPGA Design - Line-by-Line Code Comments - FPGA Chip Driver for Dynamic Display of Seven-Segment Displays - Simulation Image Analysis

Welcome to leave a message, I will reply to each message on the same day, and any errors in the article will be updated in the reply. The design is conducted in the Vivado 2018.3 environment, with specific code and detailed line-by-line comments at the end. This is a dynamic display design for FPGA seven-segment … Read more

Enclustra Focuses on FPGA-Based Endoscope Vision Solutions: Real-Time 4K Imaging – A Breakthrough in Vision

Enclustra Focuses on FPGA-Based Endoscope Vision Solutions: Real-Time 4K Imaging - A Breakthrough in Vision

Introduction As medical technology continues to evolve, endoscopic examination has become an indispensable method in the diagnosis and treatment of various diseases. From screening gastrointestinal diseases to observing pulmonary lesions and diagnosing urinary system disorders, endoscopes can penetrate deep into the human body, providing doctors with intuitive internal tissue images, significantly enhancing diagnostic accuracy and … Read more

The Dual Giants Go Solo: A New Era for FPGA as It Turns Forty

The Dual Giants Go Solo: A New Era for FPGA as It Turns Forty

In 2025, a low-key yet monumental invention in the semiconductor industry—FPGA (Field Programmable Gate Array)—will celebrate its fortieth anniversary. This is not just a milestone in time, but rather a dramatic historical metaphor. In this special year of turning forty, the two giants that once dominated the FPGA market for decades, Xilinx and Altera, after … Read more

Understanding ASIC, CPU, FPGA, CGRA, and GPU Architectures

Understanding ASIC, CPU, FPGA, CGRA, and GPU Architectures

ASIC Application-Specific Integrated Circuit. An ASIC is designed for a specific application, optimized for a particular task or function, but its wiring and connections are fixed and cannot be changed. For example, Bitcoin mining chips and mobile image processing units. CPU Handles general tasks. A CPU operates using SIMD (Single Instruction, Multiple Data), which is … Read more

Tutorial for Inspur FPGA Acceleration Card K480T

Tutorial for Inspur FPGA Acceleration Card K480T

Click the blue text above to follow us 01 Basic Overview Acceleration Card Model: Inspur YPCB_00338_1P1 FPGA Chip Model: XC7K480TFFG1156-2 FLASH Chip Model: MT28GU512AAA1EGC-0SIT VIVADO Version: Vivado 2019.2 02 Program Burning In formal engineering projects, after generating the bitstream and verifying the solution, users will burn the official version of the program into FLASH. This … Read more

Celebrating 40 Years of FPGA Innovation

Celebrating 40 Years of FPGA Innovation

Forty years ago, Xilinx introduced a revolutionary device that allowed engineers to use logic programming right at their desks. The Field Programmable Gate Array (FPGA) developed by Xilinx enabled engineers to download bitstreams with custom logic to desktop programmers for immediate execution, eliminating the weeks of waiting for chips to return from the foundry. If … Read more

Latest! Detailed Introduction to the Top Ten FPGA Companies in China

Latest! Detailed Introduction to the Top Ten FPGA Companies in China

Introduction to the top ten FPGA chip companies in China, the following companies are listed in no particular order. 1. Unisoc Tongchuang Shenzhen Unisoc Tongchuang Electronics Co., Ltd. was established in December 2013 and is a subsidiary of Unisoc Group, a leader in the comprehensive strength of FPGA in China. On April 29, 2025, Unisoc … Read more

The Three Pillars of Embedded Systems: MCU, DSP, and FPGA

The Three Pillars of Embedded Systems: MCU, DSP, and FPGA

In the wave of IoT and Industry 4.0, embedded systems have become the core engine of smart devices. Among them, Microcontrollers (MCU), Digital Signal Processors (DSP), and Field Programmable Gate Arrays (FPGA) form a triangular relationship, occupying three strategic positions in control, computation, and programmable acceleration. 1. Microcontroller: The Control Center of Embedded Systems① Core … Read more

How FPGA Acceleration Unlocks the Potential of Image Preprocessing

How FPGA Acceleration Unlocks the Potential of Image Preprocessing

When Efficiency Becomes Competitiveness In the field of industrial inspection, millisecond-level processing delays can mean fluctuations in yield or loss of production capacity. Traditional CPU architectures are limited by serial computation and data transfer bottlenecks, while the parallel computing capabilities of FPGAs are opening new dimensions for real-time image processing. · FPGA Acceleration: A Fundamental … Read more

Guide to Deploying Lightweight AI on STM32: Making Microcontrollers “Smart” with TinyFlow

Guide to Deploying Lightweight AI on STM32: Making Microcontrollers "Smart" with TinyFlow

This guide covers hardware selection, model optimization, toolchain operations, code implementation, and debugging techniques, using the STM32 series microcontrollers as an example: 1.Hardware Selection and Configuration (1)Clarify Requirements Computational Requirements: Simple classification tasks (e.g., binary classification of sensor data):Cortex-M0+/M3 (e.g., STM32G0/F1) are sufficient. Complex tasks (image recognition, speech processing): Choose models with hardware acceleration (e.g., … Read more