Avaota F1 Allwinner V821 Dual-Core RISC-V E907 Fully Domestic New Generation Highly Integrated Vision SoC

Avaota F1 Allwinner V821 Dual-Core RISC-V E907 Fully Domestic New Generation Highly Integrated Vision SoC

The V821 is a highly integrated, low-power multi-camera IPC SoC launched by Allwinner Technology. The chip integrates dual RISC-V architecture processors, including a RISC-V CPU with a maximum frequency of 1GHz and a RISC-V MCU with a maximum frequency of 600MHz. The chip supports real-time access for two cameras and provides up to 1080P HD … Read more

Introduction to the Journey 6E MIPI TX Series Solutions

Introduction to the Journey 6E MIPI TX Series Solutions

01 IDE Introduction1.1 Journey 6 IDE Architecture DiagramThe IDE (Image Display Engine) includes the Image Display Unit (IDU) and the image data output module (MIPI CSI2 Device and MIPI DSI). It reads image data from memory for processing through the IDU, supporting pixel format conversion and pixel structure conversion internally, allowing the output data from … Read more

Weekly Insights on a Chip Company: Allwinner Technology

Weekly Insights on a Chip Company: Allwinner Technology

1. Basic InformationAllwinner Technology was established in 2007 and is headquartered in Zhuhai, China. It has R&D centers or branches in Shenzhen, Xi’an, Shanghai, Chengdu, Hengqin, Guangzhou, Hong Kong, and other locations. It was listed on the Shenzhen Stock Exchange’s Growth Enterprise Market in 2015, with stock code 300458. The company focuses on the design … Read more

NTT Launches AI Inference Chip for Low-Power Video Processing at the Edge

NTT Launches AI Inference Chip for Low-Power Video Processing at the Edge

NTT has launched an AI inference chip designed for video processing on edge devices and power-constrained terminals. According to the company, the large-scale integration (LSI) provides real-time AI processing for video at up to 4K resolution and 30 frames per second, enabling low-power inference at the edge. NTT states that compared to GPUs deployed in … Read more

Common Solutions for Slow Deepstream Performance on NVIDIA Jetson Platform

Common Solutions for Slow Deepstream Performance on NVIDIA Jetson Platform

NVIDIA released the latest Deepstream 4.0. We have previously compiled notes on some new features and applications of Deepstream 4.0: NVIDIA Deepstream 4.0 Notes (1): Accelerating Real-Time AI Video and Image Analysis NVIDIA Deepstream 4.0 Notes (2): Smart Retail Scene Applications NVIDIA Deepstream 4.0 Notes (3): Smart Traffic Scene Applications NVIDIA Deepstream 4.0 Notes (4): … Read more

Research and Implementation of Real-time Stitching Technology of Panoramic Video

Research and Implementation of Real-time Stitching Technology of Panoramic Video

Table of Contents | 2023 Issue 2 Special Topic: Key Technologies of 6G and Their Applications Intelligent 6G: Edge Deployment and Lightweight Networking Online Path Planning Method for Cellular Connected Drones Based on Map Reconstruction Two-dimensional Fast Direction Finding Algorithm for Millimeter-wave Large-scale Polarization-sensitive Arrays Identification of Specific Radiation Sources Based on Signal Feature Knowledge … Read more

How to Easily Adjust Video Resolution to 720p Using Python

How to Easily Adjust Video Resolution to 720p Using Python

Project Introduction Project Name: How to Easily Adjust Video Resolution to 720p Using Python Development Environment:PyCharm 2023.3.4 + python3.7 Libraries Used:PIL, os Project Overview: This tool is used to convert the resolution of video files to 720p. Implementation Process 1. Import Necessary Libraries from moviepy.editor import VideoFileClip import os 2. Define<tspan><span>convert_video_resolution</span></tspan> function to convert the … Read more

Core Computing Unit of Intelligent Bus Monitoring System

Core Computing Unit of Intelligent Bus Monitoring System

In addition to considering the characteristics of hardware devices, compatibility with the bus interior environment must also be taken into account. After a comprehensive market survey of embedded computing modules, NVIDIA’s Jetson Xavier NX was selected as the core computing module. The choice of Jetson Xavier NX is based not only on its high performance … Read more

Comprehensive Comparison of Junzheng AI Chip Performance

Comprehensive Comparison of Junzheng AI Chip Performance

Click the blue text to follow us WINTER This is a very detailed analysis of the powerful performance exhibited by Junzheng’s series of chips in various fields, with detailed analysis of models such as T10, T21, T23, T40, and A1. For more detailed specifications, please check with us! 1. T10 Chip The T10 integrates XBurst, … Read more

Video Processing SoC System Based on Arm Cortex-M0

Video Processing SoC System Based on Arm Cortex-M0

SoC Architecture Special Topic 12/25 2024 Video Processing SoC System Based on Arm Cortex-M0 System on Chip (SoC) Guide Map 1 System Function and Architecture Introduction This system is developed based on the EG4S20 series FPGA development board from Anlu Technology, establishing a System on Chip (SoC) architecture based on Arm Cortex-M0, implementing various Image … Read more