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Complete archive · 1632 articles · sorted by date
- Design of an Ultra-HD Real-Time Image Acquisition and Compression System Based on ZYNQ MPSoC ARM+FPGA
- Overall Design Scheme for ZYNQ MPSoC-Based Image Acquisition and Compression System
- Design and Implementation of an MPSoC-Based Hardware Platform for Autonomous Driving Multi-Sensor Fusion Localization
- Architecture Design and Engineering Practice of Multi-Axis Servo Motor Drivers Based on ZYNQ MPSoC
- RK3568 + CODESYS + Real-Time Motion Controller PLC with AI Vision Object Detection, Predictive Maintenance, Hybrid Multi-System Deployment, and Multi-Channel Analog Acquisition
- Power Equipment with RK3568/RK3576 + FPGA: Multi-System Hybrid Deployment of Linux + RTOS RT-Thread for Strong Real-Time Performance
- FPGA-based Single-Board Miniaturized Digital Interference Source, Capable of Generating Arbitrary IF Frequency Output from 500MHz to 3000MHz
- Data Acquisition Solution for Safety Monitoring and Management Systems of Large Cranes and Construction Machinery
- Design of a ZYNQ-based Marine Data Analyzer
- ZYNQ MPSOC-based Multi-channel Sound and Vibration Acquisition Solution, Replacing NI9234 and B&K
- RK3588-based Ultra-Small, Lightweight, Long-Endurance Drone AI Module with Video Tracking Support
- High-Performance Multi-Axis Servo Design Solution Based on ARM+FPGA MPSoC
- STM32 + FPGA-Based Design and Implementation of a Marine Power Station Controller
- ARM+FPGA+AI-based Smart Ship Condition Monitoring System (Part 2): Hardware and Software Design, Analog and Temperature Data Acquisition and Analysis
- ARM+FPGA+AI-based Smart Ship Condition Monitoring System (Part 1) Overall Design
- ZYNQ MPSOC-Based Ship Data Acquisition Instrument Design (Part 3): Vibration, Flow, Power Consumption, EMC, and Reliability Testing
- ZYNQ MPSOC-based Ship Data Acquisition Instrument Design (Part 2): EMC Reliability Design
- Design of a ZYNQ MPSoC-Based Marine Data Acquisition Instrument (Part 1): Overall Design Scheme, Including Parameters such as Vibration, Pressure, Temperature, and Flow
- ZYNQ ARM+FPGA+AI Multi-channel Ship Noise Acquisition System: High Precision, High Real-time, Supporting Edge AI Analysis
- RK3588 8-USB Industrial Control Solution for Machine Vision, Industrial IoT, and More
- PC-based Control Technology + EtherCAT + Linux Real-time System Powers Scalable Tracking Label Production, Supporting Domestic Solutions
- Jetson AGX Orin+FPGA+GMSL+AI Embodied Intelligence Machine Vision Solution, Customizable
- High-Bandwidth, Low-Latency Machine Vision Solution Based on JETSON ORIN + FPGA + GMSL + AI
- AI Vision Perception Solution for Agricultural Robots Leveraging JETSON/RK3588 and FPGA
- JETSON/RK3588+FPGA+AI-based Commercial Autonomous Mowing Robot Solution
- JETSON/RK3588+FPGA+AI+GMSL Embodied AI Visual Perception
- JETSON Orin + FPGA + GMSL + AI Visual Perception for Collaborative Robots
- RK3588+Zynq7045 ARM+FPGA+AI Solution, Supporting Fudan Microelectronics' Full Localization for Applications in Intelligent Robots and Other Fields
- RK3588 Rugged 10-inch Industrial Tablet with Android, HarmonyOS, IP67
- Royole Flexible Displays + X86, ARM Display Solutions, In Stock
- x86 and ARM-based EtherCAT Motion Controllers, Supporting up to 32 Axes, CODESYS, and Real-time System Optimization
- [AI Server Expansion Card] FPGA-based NVMe Storage Array Expansion Card, Supporting Domestic Solutions
- FPGA AI GPU Smart Acceleration Card, Supporting Domestic Production
- AI Accelerator Card: FPGA GPU Solution with HBM for AI Servers, Supporting Localization
- Industrial Touch Panel PC for Energy Storage Power EMS
- Design of an ARM+FPGA-Based Microgrid Coordinated Controller
- RK3576+FPGA Energy Storage Coordination Controller for PV, Wind, and Energy Storage
- Optimized Design of a ZYNQ-based Hardware Accelerator for Object Detection Algorithms
- Hardware-Software Co-design Architecture for Zynq-based Object Detection Systems (Part 1)
- Design of JETSON+FPGA+GMSL+AI In-Vehicle Video Acquisition and Storage System (Part 2) System Testing
- Design of an In-Vehicle Video Acquisition and Storage System Based on JETSON+FPGA+GMSL+AI
- Design of a GMSL-based In-Vehicle Video Acquisition and Storage System (Part 1)
- 【JETSON+FPGA+GMSL+AI】Why Are More Mobile Robots Choosing GMSL Cameras?
- 【JETSON+FPGA+GMSL+AI】How to Achieve High-Precision Time Synchronization for Cameras in Autonomous Driving and Mobile Robots?
- [JETSON+FPGA+GMSL] Multifunctional Image Acquisition Card: Addressing Industrial Vision Challenges with High Integration and Multi-Channel Solutions
- 【JETSON+FPGA+GMSL】Real-world Test Sharing | How to Achieve High-Precision Time Synchronization Between LiDAR and Cameras?
- Jetson AGX Orin+GMSL+AI Vision Development Kit, Supporting Applications such as Autonomous Driving, Robotics, and Industrial Vision
- JETSON+FPGA+GMSL Cameras vs. Traditional Industrial Cameras: How High Dynamic Range and Low Latency are Reshaping Machine Perception Vision?
- EV Charger Fast Charging CAN Simulation and GBT27930 Fast Charging CAN Test
- NI Test Solution: ARM+FPGA-based Vehicle Simulation and Battery Calibration
- Battery Swelling and Internal Pressure Testing Solution
- NI Data Acquisition Card-Based Battery Swelling Deformation Test System
- ARM+FPGA-based Drone Data Acquisition Card with 6-Channel, 24-bit Acquisition
- Industrial Stereo Vision Perception Solution Based on JETSON ORIN+FPGA+GMSL AI Camera
- Industrial High Dynamic Range Vision Perception Solution Based on Jetson+GMSL AI Cameras
- Based on JETSON ORIN/RK3588 + AI Camera: Robotics - Multi-Channel Vision Edge Computing Solution
- JETSON/RK3588-Based High Dynamic Range Stereo Vision System Solution for Robotics
- GPS/PTP/gPTP-Based Data Synchronization and Timing Solution for Autonomous Driving
- 5G Remote Driving Cockpit Latency Verification Solution Based on JETSON/x86+FPGA+AI
- X86+FPGA+GPU-Based Autonomous Driving Data Replay Test Solution
- Autonomous Driving Data Acquisition Solution Based on Jetson+FPGA+GMSL+AI
- Hardware-in-the-Loop Injection Testing for Autonomous Driving Leveraging NVIDIA ORIN, FPGA, and AI
- Vision-Radar Multimodal AI Perception and Positioning System Based on x86 + NVIDIA GPU + FPGA Vision
- RK3588 + AI Compute Card as an Alternative to NVIDIA Jetson Solutions: High Compute Power, Supports FPGA Custom Expansion
- Design of a Convolutional Neural Network Accelerator Based on ZYNQ FPGA+AI+ARM
- Research on a Power Grid Suspension Insulator Defect Detection System Based on ZYNQ ARM+FPGA+AI YOLOv4
- Design and Implementation of a Domestic Secure Intelligent Interactive Terminal for EV Charging Piles Based on RK3568+AI, Supporting Complex Interactive Functions and Real-time Data Processing
- Communication Management Unit for Power Industry, Featuring Domestic CPU, Rich Multi-Network and Multi-Serial Communication Interfaces, Compatible with Domestic OS such as Kylin and Neokylin
- ZYNQ-based ARM+FPGA+YOLO AI Real-time Fire Monitoring and Recognition System
- Design and Implementation of a Four-Channel Ultrasonic Flowmeter Based on the ZYNQ Platform
- RK3568+FPGA Real-time Control and Precision Data Acquisition Solution
- RK3588+MCU Robot Controller Solution
- Industrial Automation Control Board Solution Based on RK3576+MCU+FPGA
- RK3568+MCU Real-time Robotics Solution
- UAV Flight Control System Design Based on RK3576+FPGA
- RK3588+FPGA-based Drone Flight Control System, Featuring AI Computing Power, FPGA Real-time Capabilities, Powerful Image Processing, and Full Domestic Localization
- ARM+FPGA+AI Real-time System Solution Based on RK3588 and ZYNQ7045
- RK3588+Fudan Micro JFM7K325T Industrial Control Solution
- RK3568-based "Quad-Ethernet Dual-CAN" Industrial Gateway, Empowering Industrial Digital Transformation
- High-Performance Real-time Industrial PC with 6 LAN, 8 Serial, 16 I/O, Empowering Comprehensive Upgrades for Industrial Automation/Energy Storage, Supporting Passive and Active Cooling
- x86-based Six-Port Network, Eight-USB High-Precision Machine Vision System
- RK3568/RK3588-Based Power Gateway with Fully Isolated Serial Ports and Multi-Power Protocol Access for Monitoring and O&M of New Energy Power Stations (Solar PV, Wind Power, etc.)
- Applications of RK3568-based Multi-Network, Multi-Serial (6 Network + 6 Serial + 2 Optical) 1U/2U Rackmount Server in Energy Storage and Electric Power
- Application of RK3568/RK3588+FPGA Power Gateway in Environmental Monitoring and Energy Storage Energy Management Systems
- RK3568-based Solution for Energy Storage and Environmental Monitoring Controllers
- Energy Storage EMS IoT Platform + Energy Storage Coordination Controller Solution
- RK3568/J6412-based EMU Multi-port Control Host, Empowering Energy Storage Industrial Interconnection Management and O&M
- Power Communication Gateway based on RK3568 and LikwiseOS
- Predictive Maintenance + Intelligent Optimization: RK3568+FPGA Solution in Energy Storage Applications
- RK3568-Based Energy Storage EMU, Energy Storage Coordination Controller Solution
- RK3588-based Microgrid Coordination Controller: Enabling Intelligent Regulation and Optimized Operation of Distributed Energy Resources
- Microgrid Intelligent PV-Storage Coordinated Controller Solution
- Energy Storage Coordinated Controller Solution Based on DSP+ARM+FPGA Architecture, Supporting Full Domestic Localization
- FPGA-based Thermocouple Temperature Measurement Data Acquisition System, a Replacement for NI Products (Part 3) Testing
- FPGA-based Thermocouple Temperature Measurement Data Acquisition System, an Alternative to NI Products (Part 2) Overall Design Scheme
- FPGA-Based Thermocouple Temperature Measurement Data Acquisition System, Replacing NI Products (Part 1) Current Status of FPGA Temperature Measurement Research
- Design of a Sonar Data Acquisition System Based on Zynq ARM+FPGA
- Design of an ARM+FPGA-based Multi-channel Ultrasonic Signal Acquisition and Transmission System
- Design of a PXIe Bus-Based Multi-Channel Parallel Data Acquisition System
- Design of an ARM+FPGA-Based Grating Data Acquisition Card
- Design of a ZYNQ-based Four-Channel Data Acquisition System
- ZYNQ + ADC-based Multi-channel Ship Noise Acquisition System
- ZYNQ-based Strain and Temperature Synchronous Acquisition System for Engine and Gas Turbine Testing (Part 2): Acquisition System Software and Hardware Design
- ZYNQ-Based Strain and Temperature Synchronous Acquisition System for Engine and Gas Turbine Testing (Part 1) Hardware System Design
- Rockchip RK3568J +FPGA Edge AI System and Energy Storage Gateway
- Application Scenarios for Power Communication Management Units Based on RK3568/RK3588/ J6412/Phytium FT2000?
- Hardware and Software Composition and Solutions for Energy Coordination Controllers
- How to Integrate Grating Sensors into an FPGA+ARM System?
- Grating Sensor, FPGA, and ARM-Based Measurement and Control Solution
- PCIe 5.0 Switch Board Solution, Supporting Hygon, Loongson, and More, as a Broadcom Alternative
- Domestic Replacement for 89104 PCIe Switch Chip - High-Performance PCIe 5.0 Domestic AI Server Expansion, Supporting Hygon/Loongson/Phytium, etc.
- Ultra-Low Power Consumption + Ultra-Small RK3576 Wireless Video Transmission and Ad-Hoc Networking Solution
- 【Precision Measurement】ARM+FPGA-based Multi-channel Grating Signal Acquisition Solution
- RK3588S-based UAV Flight Control Board, Supporting Wireless Video Transmission, Gimbals, and More
- RK3588 Cluster Server Performance Optimization Cases: Power Grid Inspection, Cloud Phone, and Industrial Quality Inspection Clusters
- RK3588 Audio and Video Encoding and Decoding Applications in Edge Server Clusters
- What are the advantages of FPGA in AI Inference Acceleration?
- Solutions for Implementing NVIDIA GPU Functionality Using FPGAs
- x86-based Industrial PC with Multiple Ethernet and Serial Ports, Supporting IP67 Water Resistance
- X86-based Industrial PC for Acoustic Monitoring and Analysis
- ARM+FPGA+ADC-based Energy Storage Coordinated Controller/EMS, Supporting Fully Domestic Production and Real-time Systems
- [Domestic AI Server] Fully Domestic PCIe 5.0 Switch Board, Replaces Broadcom 89104/89144, Supports Hygon, Loongson, and Other Platforms
- RISC-V-based Power Gateway, Supporting Power HarmonyOS, NeoKylin, and Other Domestic Operating Systems
- RISC-V IoT Gateway, Supports HarmonyOS, RT-Thread Real-time System
- Fully Domestic Ultra-Compact RK3576 Core Board, Supporting RK3576 + FPGA for AI and Real-time Control
- RK3568 1U Chassis, Supports Electrical and Optical Ports with B-code Time Synchronization, Suitable for Power, Transportation, and More
- 【Domestic NI Alternative】Application of Data Acquisition Cards in Landslide Disaster Monitoring and Early Warning
- [Domestic NI Equivalent] ARM+FPGA+AI Wind Power Vibration Monitoring System: Ensuring Stable Operation of Wind Power Generation Systems!
- 【Phytium AI Rugged Server】Fully Localized Phytium + Ascend 310 + PCIe Switch AI Large Model Server Solution
- PEX8748 High-Speed PCI Express Switch Expands GPU Card Slots, Supports Customization, Domestic Localization, and Platforms like x86, Hygon, Phytium
- Fully Localized Server Solution Featuring Phytium FT2000+, Ascend 310, and PCIe 5.0 Switch
- RK3568 + LINUX + CODESYS with License + Real-time System, Simultaneously Running Your Own Vision Applications
- Design of a Sonar Data Acquisition System Based on a Zynq ARM+FPGA Heterogeneous Platform
- Hardware-Software Co-design of an EtherCAT Master Based on the Zynq Platform
- Motion Control Module Solution Based on RK3576+FPGA+CODESYS Industrial Control Board
- 8-Channel CAN Bus PLC Solution Based on RK3568 Processor
- RK3588 Serial Deserializer Board, Supporting 8-Channel GMSL Cameras
- TI AM6442 + FPGA Solution, Supporting 6 Ethernet Ports, 4 CAN Channels, and 8 Serial Ports
- Metro/High-Speed Rail Onboard Firewall, M12 Interface Firewall Solutions
- Huawei Ascend's Applications and Technical Solutions in Smart Mining Robots
- RK3568-based Multifunctional In-Vehicle Positioning and Navigation Smart Information Terminal
- Sienovo's Power Communication Management Unit: A Counterpart to Advantech ECU-4674, Featuring 8 x LAN, 10 x COM, 1 x IRIG-B, and Full Domestic Production Support
- Comparable to Advantech ECU-461: Fanless ARM Communication Management Platform with Phytium 4-core/8-core Domestic Processors, Featuring 8 LAN Ports, 8 Serial Ports, IRIG-B Time Synchronization, and Dual Display
- Smart Industrial Vision Edge Computing Box Solution Based on BM1684X + RK3588
- What are the Pros and Cons of x86, RK, and NV Platforms for AGV/AMR Robot Controllers?
- Typical AGV Application Cases and Technical Analysis on the RK3588 Platform
- Fully Localized Real-time Processing System Solution Based on RK3588+FPGA, and Its Case Studies
- AI Vision Solution for Smart Industrial Parks Based on RK3588/Sophon BM1684X
- x86+FPGA Platform-based Robot Controller Solution with 6 Serial Ports, 6 Ethernet Ports, and CAN Bus Support
- RK3568 + FPGA-Based Coordinated Controller Solution for Energy Storage
- How to Choose the Right Energy Storage Coordination Controller Solution for Industrial/Grid Scenarios?
- ARM+FPGA+DSP-Based Energy Storage Coordination Controller Solution, Supporting Localization
- Domestic RK3568+FPGA Solution Centered on "Real-time Control + High-Precision Acquisition + Flexible Expansion"
- BM1684X+FPGA+GMSL Vision Solution: The Core Engine Driving Industrial Intelligence Upgrade
- Research on a Fully Domestically Produced RapidIO Solution Based on Loongson 2K1000 Processor and Fudan Micro FPGA K7
- Solution for Relay Protection Device Test Equipment Based on Domestic FPGA, Loongson 2K1000 Processor, and SylixOS Domestic Operating System
- 4U Rack-Mount Power Fault Recorder Design Solution with Screen, Based on DSP/ARM+FPGA+AI, Supporting Full Domestic Production
- RK3588+FPGA+AI YOLO Fully Localized USV Object Detection System (Part 2): Platform Design
- Unmanned Surface Vehicle Target Detection System Based on RK3588+FPGA+AI YOLO (Part 1) Overview
- X86/RK/Allwinner + FPGA + AI-based Industrial Panel PC Application Solution in Power Grounding Systems
- Nvidia Jetson/RK3588/X86+FPGA+AI Embodied AI Robot Controller, Supports Large Models, Supports Real-time Kernel
- X86/Nvidia+FPGA-Based Large Model Embodied AI Robot Controller Solution: Combining Computational Power with Real-time Convenience
- Road Traffic Object Detection Design Based on ZYNQ MPSOC Heterogeneous Platform, also Supporting RK3588+FPGA
- Software Design of a Seismic Data Acquisition System Based on STM32+FPGA, Supporting RK3568+FPGA Platform
- Integrated Device for Power New Energy Smart Substations Based on x86/RK3568
- Nationally Produced Switch Solution Based on Phytium/Loongson + Centec CTC7132
- Centec CTC7132 Switch Core Module
- All-Domestic Standard 6U VPX Board Solution Based on Loongson 3A5000 Processor
- Fully Domestic 1U Rack-Mount Switch Solution
- All-Domestic Standard 6U VPX Board Based on Phytium FT2000/4, Supporting Galaxy Kylin
- CPLD+MCU-based 3U Chassis Digital Input Acquisition Board (DI) for Standard DC110V Digital Switch Signal Acquisition and Processing
- CPLD-Based Digital Output (DO) Board for Power/Rail Transit 3U Chassis
- CPCI Bus 3U Chassis Pulse Input/Output Board (PIO) for Driving Inverter Power Modules, Used in Rail Transit / Power Storage, etc.
- CPLD+MCU-Based 3U Chassis Analog Acquisition Board (AIO-I), Featuring Analog Input, Analog Output, PWM Input, and PWM Output
- FPGA-based 3U Chassis PT100 Temperature Acquisition Board for Rail Transit, Power Energy Storage, and Similar Applications
- FPGA-based 3U Chassis Analog High-Speed Sampling ADI Board, Applied in Rail Transit/Power Energy Storage, etc.
- CPCI Motor Control Board (DSP) for Rail Transit 3U Chassis, Primarily Running Control Algorithms for Precise Motion Control of Traction Motors
- MPC8377-based MCPU 3U CPCI Board
- FPGA-based 3U Rail Transit Network Communication Board: Internal Communication with Main Control and I/O Boards, External RS485, CAN, or MVB Networking
- FPGA-based Rail Transit CPCI Fiber Optic Board (6U)
- FPGA-based CPCI Pulse Board for Rail Transit 6U Chassis
- Rail Transit DSP+FPGA Main Control Board (6U) Supporting Logic Control, Data Processing, Communication Management, System Safety Protection Switching, and Other Functions
- Rail Transit CPU+FPGA Controller, Supporting Real-time Operating Systems like CoDeSys/VxWorks/SylixOS
- NXP+FPGA+QNX-Based Rail Transit 6U Chassis Vehicle Control Unit (VCU)
- NXP+FPGA-based Permanent Magnet Synchronous Motor Traction Control Unit (Single-Board / Chassis Structure)
- NXP+FPGA-Based Rail Transit 3U Chassis Structure Remote Input/Output Module (RIOM)
- DSP+ARM+FPGA-Based Rail Transit 6U Chassis Structure Traction Control Unit (PCIe)
- NXP+FPGA-Based Rail Transit 3U Chassis Structure Logic Control Unit (LCU)
- NXP+FPGA-Based Rail Transit 3U Chassis Traction Control Unit
- NXP+FPGA-Based Rail Transit Human-Machine Interface (HMI) and Prognostics and Health Management (PHM) Unit Solution
- Train Control and Management System (TCMS), Rail Transit ARM+FPGA+AI Solution
- ARM+FPGA-Based High-End Servo Drive and Motion Control Solutions
- Application of ZYNQ MPSoC + QNX Real-time System + CPCI Board in Rail Transit Modular Systems
- Domestic Alternative to NVIDIA Jetson Nano: Sophon BM1684X + FPGA + AI Compute Box, Supporting DeepSeek Edge Deployment
- Zhaoxin ZX-C4500 Fully Domestically Produced Power Communication Management Unit Solution, Power Class 4
- [ARM+Codesys Customer Case] Application Case of RK3568/A40i/STM32+Codesys in Intelligent Manufacturing
- Allwiner T527+FPGA Solution for Asynchronous LED Display Control Card/Screen Splicing
- Fully Domestic Asynchronous LED Display Control Card / Video Wall Solution Based on Allwinner T527+FPGA
- Smart Service Robot Solution Based on Allwinner T536 + FPGA + AI
- RK3588+12 GPU Edge Computing Server Design Solution, Supporting 120-Channel High-Definition Video
- Software PLC Solution for RK3568+Codesys ARM+LINUX Hardware Platform
- RK3576/RK3588+FPGA+AI Service Robot Solution
- Intelligent Analysis Design and Implementation of Health Status for High-Speed Rail Equipment Based on NXP IMX8 + FPGA + PHM Technology (Part Two)
- Intelligent Health Status Analysis Solution for High-Speed Rail Equipment Based on NXP IMX8 + FPGA + PHM Technology (Part 1)
- [PHM] Smart Maintenance Technology based on TI AM62X+FPGA+PHM for Wind Turbine Monitoring Applications
- [PHM] NXP IMX8 + FPGA + PHM Smart Maintenance Technology for Rail Transit and Marine Applications
- x86+FPGA-Based Solution for Digital Medical Devices
- X86+FPGA-Based Smart Rail Transit Solution, Rail Switch, PHM Data Acquisition Card
- X86+FPGA+STM32 MCU-based Robot Controller and AGV Forklift Controller Solution
- Application of 360-Degree Surround View in Unmanned Substations
- RK3588 + 12-Way Sophon BM1688 Edge AI Server Design Solution, Supporting 120 Channels of HD Video
- RK3588 + Multi-Channel Sophon BM1688 Intelligent Mining All-in-One Machine, Supporting Various Coal Mine Algorithms
- Research on Multi-Image Sensor Fusion Detection Method for Large Truck Blind Spot Targets Based on RK3588
- System Design of a Six-Degree-of-Freedom Robotic Arm for Inspection Robots Based on RK3588/RK3576+FPGA
- Design and Implementation of a Battery Cluster Management System for Energy Storage Power Stations Based on RK3588/RK3576 + STM32 MCU + AI
- Cloud PC/Cloud Phone System Design and Implementation Based on RK3588 + Sophon BM1684X
- Research on Foreign Object Detection Technology for Railway Tracks Based on RK3576/RK3588 + FPGA + AI Deep Learning
- PLC Design Based on RK3576+FPGA+AI with Deep Learning Capabilities
- RK3576/RK3588+FPGA+AI Service Robot Solution
- RK3568/RK3588-based 360-Degree Surround View Active Safety Driving Assistance System Solution for Heavy-Duty Vehicles, Supporting ADAS/DMS
- Applications of RK3588, Kylin Domestic OS, FPGA, and AI in Vision and Acquisition Systems for Power and Rail Transit
- Power Applications Based on TI AM62X/AM64X + FPGA + AD7606/ADS8568 Multi-channel ADC Acquisition
- RK3588+FPGA Fully Domestic Asynchronous LED Display Control Card / Video Wall Solution
- Domestic Alternative to NI: FPGA-based 4-Channel Voltage 250 MSPS Edge Computing Acquisition Board, Supporting Loongson/Phytium Host Processors
- [Domestic NI Alternative] FPGA+AI-based 2-Channel Voltage 80M Sampling (16-bit) PCIe Data Acquisition Card, Supporting Phytium/Loongson Host Processors
- Chinese-made NI Alternative: FPGA-based 2-Channel 50 MS/s USB 3.0 Voltage Data Acquisition Card
- [Domestic NI Alternative] A7 FPGA-based 8-Channel Voltage 20 MS/s PCIe Data Acquisition Card
- 8-Channel Vibration/Voltage 5 Msps High-Speed Data Acquisition Board
- Domestic Alternative to NI: DSP+FPGA-based 8-channel Vibration/Voltage + 2-channel Tachometer PTP1588 Network Synchronized Edge Computing Acquisition Board
- 【Domestic Virtual Instruments】DSP+FPGA-based 8-channel Vibration/Voltage Edge Computing Acquisition Board
- 【Domestic Virtual Instruments】DSP6748+FPGA-based 4-channel Vibration/Voltage Portable Edge Computing Acquisition Board
- Domestic NI Alternative: ZYNQ7020-based ARM+FPGA 30-Channel (24-bit) High-Precision Data Acquisition Board, Supporting 256k Adjustable Sampling Rate
- Chinese-Made NI Alternative: Artix-7 FPGA+AI Based 16-Channel, 16-bit Vibration PCIe Data Acquisition Card
- [Domestic NI Alternative] 16-Channel Vibration/Voltage + 8-Channel Tachometer + 2-Channel Analog Output Multifunctional Terminal Acquisition Card, Supporting High-Precision, Multi-Channel Dynamic Signal Acquisition
- FPGA-based 32-Channel (24-bit) High-Precision Data Acquisition Core Board: A Domestic NI Alternative
- Domestic NI Alternative: 32-Channel Vibration/Voltage (Configurable Hybrid) High-Precision Data Acquisition Board for Complex, Large-Scale Measurement Scenarios
- [Domestic NI Alternative] ZYNQ7020-based 8-channel Vibration/Voltage, Low-Frequency, Low-Noise, High-Gain (24-bit) Data Acquisition Terminal Board
- Chinese-Made NI Alternative: High-Precision Data Acquisition Terminal Board with 16 Vibration + 2 RPM Channels (24-bit ADC), 8-Channel I/O, 256 kSps Sampling Rate, Based on Entirely Domestic FPGA
- Domestic NI Alternative: Fully Chinese-Made 16-Channel Vibration + 2-Channel Rotational Speed (24-bit) High-Precision Terminal Acquisition Board Based on Domestic FPGA + GigaDevice GD32F450
- 【NI Domestic Alternative】Fully Domestic High-Precision 16-Channel Vibration + 2-Channel Speed (24-bit) Terminal Acquisition Board Based on Domestic FPGA + Allwinner T3
- 【Domestic NI Alternative】High-Precision 8-Channel Vibration + 4-Channel Temperature (24-bit) Terminal Data Acquisition Board Solution Based on STM32+FPGA, Supporting Fully Domestic Production
- [Domestic NI Alternative] STM32+FPGA-based 8-channel Vibration + 4-channel Temperature (16-bit) Data Acquisition Board Solution, Supporting Fully Domestic Production
- X86/ARM-based SLAM+AI Robot Controller [Semiconductor Solutions] Smart Logistics Upgrade for Semiconductor Packaging and Testing Process Segments
- X86/ARM+SLAM-based Robot Controller: [Machinery Industry] Empowers Customers to Achieve Smart Manufacturing
- X86/ARM + SLAM-based Robot Controller [3C Electronics Manufacturing] One-stop Smart Logistics Solution
- Industrial Robot Solution Based on RK3588 and 3D Vision Perception
- Delivery Robot Solution Based on RK3588 Robot Controller and 3D Vision Sensor
- RK3588 + 3D Vision-based Robot Controller for Cleaning Vehicles, AGVs, and Similar Scenarios
- Programmable Smart DAQ with 4-Channel Sound and Vibration Input, 24-bit, 128 kS/s, 4-Channel DI/O
- 4K DisplayPort Input Functionality for FPGA-based Video Wall Controller, LVDS to SerDes Conversion, Supporting Localized Customization
- FPGA-based Design for a Low-Latency 4K 60Hz Video Splicer
- Drone Gimbal Solution Implemented with RK3588, AI, and 4K Imaging
- UAV Gimbal Wireless Video Transmission and Vision Solution Based on RK3588 with AI Capabilities
- AI Edge Server based on BM1684 - Model Conversion, Large Model All-in-One Machine (Part 2)
- BM1684-based AI Edge Server - Model Conversion, Large Model Integrated Machine
- [Onboard AI Box] AI + Machine Vision Applications in Engineering Vehicle Scenarios, Including DSM Driver Behavior Analysis System and BDS System Design
- 【Intelligent Transportation】Application of Onboard Smart AI Box in Intelligent Management Systems for Muck Trucks, Construction Vehicles, and Sanitation Vehicles (Part 3): Blind Spot Management, Driver Monitoring, Illicit Vehicle Management, etc.
- Intelligent Transportation: Application of Onboard Smart AI Boxes in Intelligent Management Systems for Muck Trucks, Construction Vehicles, and Sanitation Vehicles (Part 2)
- [Intelligent Transportation] Application of Onboard Smart AI Boxes in Smart Management Systems for Construction Waste Vehicles (Part 1)
- Design of an NXP LS1043 OpenWRT-based Intelligent Transportation Edge Gateway
- Design and Implementation of Virtualized Devices in Embedded Systems Based on NXP LS1046 + FPGA
- Design Ideas for Intelligent Power Systems Based on RK3568 Smart Gateway and Convolutional Neural Network Algorithm
- All-Domestic Industrial-Grade Switch: 2-Fiber, 4-Ethernet Port Solution
- [Intelligent Transportation] Smart AI Vision System Monitoring Solution for Buses/Construction Vehicles
- RK3588 + Ascend AI | 40 TOPS AI Computing Box Design Solution
- Implementation of an ARM+FPGA-based Power Communication Management Unit for IEC61850 Protocol Communication
- RK3568 + FPGA-based 1U/2U Power Communication Management Unit and Power Gateway Solution
- RK3568J-based Multi-port Power Trusted IoT Gateway Solution
- 【Domestic AI Servers】Advanced Features and Applications of Fully Domestic PCIe 4.0/5.0 Switches, Illustrated with 12Gb SAS Expander Storage Controllers
- AI Servers: Application Cases of Domestically Produced PCIe 5.0 Retimer Cards
- Domestically Produced PCIe 4.0 Interface Signal Integrity Simulation Analysis, Taking 10 Gigabit Network Cards and 11-slot PCIe GPU Baseboards (PCIe 4.0/5.0) as Examples
- FPGA-based FPD-Link (LVDS 7:1) and FPD-Link II & III Implementation and Customization
- FPD-Link III Automotive Camera Solution Implemented with TI AM62A + FPGA
- 【Chinese-made AI Servers】Fully Domestic PCIe 4.0/5.0 Switch GPU Expansion Solution, Supporting Platforms like Hygon/Phytium/Loongson
- 4-Channel PoE NVR (200m Power Supply Distance) Video Surveillance Solution
- Qualcomm QCM6125-based In-Vehicle AI Box Solution
- Urban Rail Transit: Overall Design of a Domestically Developed Onboard Central Control Unit Based on Hot Backup Technology (Part 1)
- 【Rail Transit】Analysis of Fault Causes and Domestic Replacement for Locomotive Central Control Units
- 【AI Servers】Domestic PCIe 5.0 Switch SerDes Testing and Analysis, Taking an 11-slot PCIe GPU Backplane (PCIe 4.0/5.0) as an Example (Part 2)
- [AI Server] All-Domestic PCIe 5.0 Switch SerDes Testing and Analysis, Taking an 11-slot PCIe GPU Backplane (PCIe 4.0/5.0) as an Example (Part 1)
- Signal Integrity Design and Implementation of Locally-Produced PCIe 4.0/5.0 Switches for AI Server HBA Cards, Customizable (Part 2)
- Signal Integrity Design and Implementation of Domestic PCIe 4.0/5.0 Switches for AI Server HBA Cards (Part 1)
- AI Server PCIe Topology and PCIe 4.0 x16 Riser Card Application Research Based on Domestic PCIe 4.0/5.0 Switches (Part 4)
- PCIe Topology for AI Servers Based on Domestic PCIe 4.0/5.0 Switches and Application Research of PCIe 5.0 Retimer Cards (Part 3)
- PCIe Topology for AI Servers Based on Domestic PCIe 4.0/5.0 Switches and Application Research of 12Gb SAS Expander Multi-bay Backplanes (Part 2)
- Research on PCIe Topology Applications in AI Servers Based on All-Domestic PCIe Switch 4.0/5.0 (Part 1)
- Application of RK3568-based Energy Storage Technology ECU in Power Systems
- RK3588/Sophon BM1684 AI Box-Based: Integrated Video Intelligent AI Analysis System Construction Plan (Part Five) Edge Box and AI Server
- Based on RK3588/SOPHGO BM1684 AI Box: Comprehensive Video Intelligent AI Analysis System Construction Plan (Part 4) Area Intrusion, Work Uniform, Making Calls, and Using Mobile Phone Scenarios
- Based on RK3588/Sophon BM1684 AI Box: Integrated Intelligent Video AI Analysis System Deployment Plan (Part 3) Hard Hat, Drowsiness/Absence from Post Detection, Electric Vehicles, Smoking Scenarios
- RK3588/Sophon BM1684 AI Box-Based: Integrated Video Intelligent AI Analysis System Construction Plan (Part Two) Smoke and Fire Detection, Unattended Object Detection, Lane Occupancy Detection
- Based on RK3588/Sophon BM1684 AI Box: Integrated Video Intelligent AI Analysis System Construction Plan (Part 1)
- Verifying Ethernet Driver Hooks on an NXP LS1043 + FPGA ARM64-bit Platform
- Embedded Solution Based on NXP LS1023 + FPGA
- Embedded Solution Based on NXP LS1043 + FPGA, Supporting QNX/VxWorks
- Software Design of a DSP+ARM+FPGA-Based Power Quality Analyzer
- Deep Learning-Enabled PLC Design Based on RK3588 + AI, Supporting Codesys
- Power Battery Thermal Runaway Mechanism and Solution for Multi-Gas Online Monitoring Device in Energy Storage Applications
- STM32 ARM+FPGA+AD-based Power Quality Analyzer Design Scheme (Part 1) Software Design
- Hardware Design for a Power Quality Analyzer Solution Based on STM32 ARM+FPGA+AD (Part 1)
- NXP IMX6-based PC104 Board
- NXP LS1046 + FPGA-based 3U CPCI Multi-Port Network Solution for Rail Transit, Supporting QNX/VxWorks/Linux
- CPCI-Compatible Rail Transit Health Monitoring Data Acquisition and Analysis Solution Based on NXP LS1043 + FPGA
- AM6254+FPGA-based In-vehicle Central Control Board, Supporting PC104, QNX, VXWORKS
- AM64X+FPGA-Based Control and Protection Solution for UHV Power Transmission, Supporting VXWORKS
- Power Low-Voltage Protection Main Control Board Solution Based on AM62x/AM64x + FPGA
- Vehicle AI Box: AI-Based 360-Degree Surround View Safety Monitoring Solution for Excavators and Construction Vehicles
- AI Image Transmission Solution Based on Qualcomm Platform
- AI Mainboard/Edge AI Box Based on Qualcomm Snapdragon 845, Supporting On-device AI Algorithm Deployment and Customization
- High-Performance SDM660-Based HD Video, Multimedia, and AI Solution
- Qualcomm Snapdragon 865-based Multimedia + AI Computing Motherboard/All-in-One Solution, Supporting Motherboard and AI Algorithm Customization
- Snapdragon AI Box based on Qualcomm SDM450 Chip, Face Payment Terminal
- AI and Edge Computing Large Model Appliance Based on Sophon/NVIDIA Jetson, Applied in In-Vehicle AI Boxes / AI-Assisted Driving Technology, etc.
- Domestic PCIe 4.0/5.0 Switch Chips and Military CPUs
- 【AI Domestic Servers】Temporary Solution for Nvidia Cards Experiencing HW Power Brake Slowdown, Domestic PCIe 4.0/5.0 Switches for GPU Expansion Cards, NVMe Storage Cards, Replacing Broadcom
- AI Domestic Servers: GPU Power Brake, Domestic PCIe 4.0/5.0 Switches for GPU Expansion Cards and NVMe Storage Cards, Replacing Broadcom
- Zhongxing Micro: Domestic Loongson + PCIe 4.0/5.0 Switch + GPU Expansion Card Solution with NVMe Hybrid Direct-Connect Backplane
- Fully Domestic Phytium-based PCIe 4.0/5.0 Switch + GPU Expansion Card Solution
- This Broadcom PCIe Switch Chip Soared to 140,000 RMB. Domestic Replacement is Imperative!
- What is a PCIe Switch? Domestic PCIe Switch Solutions: Zhongxingwei
- ARM+Codesys+AGV Mobile Robot Control System Based on Industrial Raspberry Pi
- ARM+Codesys+AGV Motion Controller Solution, Customizable
- 【NI Locally Produced Module】PXIe‑6612, 5 V, 8-Channel PXI Counter/Timer Module
- 【NI Domestic Alternative】PXIe‑6614, 5 V, 8-Channel, Precision Reference PXI Counter/Timer Module
- 【NI Localization】PXIe‑4303 24-Bit, 32-Channel, 51.2 kS/s, ±10 V PXI Analog Input Module
- 【NI Domestic Alternative】NI USB-6525 16-Channel, 60 V, 8 Solid-State Relays, 8 Inputs, Channel-to-Channel Isolated Digital I/O Device
- 4-Channel Power Measurement Conditioner: A Domestic Alternative to NI
- Domestic AI Server: Phytium + Fully Domestic PCIe 5.0 SWITCH Solution, Replacing Broadcom
- AI Server PCIe Switch Interconnect Chip Technology: Domestic Alternatives to Broadcom Solutions
- [Domestic AI Servers] Domestic Alternative to Broadcom PCIe 5.0 Switch Application Examples, Supporting ZS Micro Customization
- 【Localized AI Servers】Domestic PCIe Switch, Replacing Broadcom AI Server I/O Interconnect Card Solutions, Supports Customization
- [VPX Bus] DSP+FPGA General-purpose Ultra-wideband Real-time Signal Processing Platform Based on 6U VPX Bus Architecture
- [DSP+FPGA] High-Performance Real-time Signal Processing Platform Based on 6U VPX Bus Architecture with Two TMS320C6678 DSPs and an XC7VX690T FPGA
- Rack-mount 4U Height 6U 6-Slot VPX System Platform
- 【PXIe Bus Board】K7 FPGA Data Acquisition Card Based on Standard 3U PXIe Bus Architecture
- 4-Channel FMC Interface Baseband Signal Processing Platform Based on Virtex UltraScale+ VU13P FPGA
- [DSP+FPGA] High-Performance Real-time Signal Processing Platform Based on Virtex-7 FPGA + C6678 DSP
- FMC Interface 10 Gigabit Fiber Optic Network Validation Platform Based on XC7K325T FPGA
- [DSP+FPGA] Universal Signal Processing Platform Based on DSP+FPGA XC7K325T and TMS320C6678
- ZYNQ SOC-Based Software Defined Radio Processing Platform
- FPGA+DSP Architecture-Based IF Signal Acquisition, Processing, and Remote Fiber Optic Transmission System
- 4-Channel 250 MSPS IF Signal Acquisition, Processing, and Storage System Based on 3U PXIe Bus Architecture
- Ruggedized High-Performance Data Acquisition and Motion Control System Based on ZYNQ FPGA + DSP C6678
- 【NI Domestic Alternative】24-bit, 8-Channel PXI Strain/Bridge Input Module (Domestic Alternative to PXIe-4330)
- 【NI Domestic Alternative】PXIe‑4331 Domestic Replacement 24-bit, 8-Channel PXI Strain/Bridge Input Module
- 【NI Domestic Alternative】NI‑9235 Quarter-Bridge Strain Gage, 8-Channel C Series Strain/Bridge Input Module
- 【NI Domestic Alternative】NI-9236 Quarter-Bridge Strain Gauge, 8-Channel C Series Strain/Bridge Input Module
- [Domestic Alternative to NI] Full Domestic Alternative to NI-9218, 2-Channel C-Series Universal Analog Input Module
- [ARM+Codesys Customer Case Study] Application Case in Smart Manufacturing Based on RK3568/A40i/STM32+CODESYS: Hydraulic Power Unit
- 【ARM+CODESYS Customer Case Study】Application of RK3568/A40i/STM32 + CODESYS in Smart Manufacturing: Fully Automatic Slicing Robot
- [ARM+Codesys Customer Case Study] Application Cases of RK3568/A40i/STM32+CODESYS in Smart Production Lines: A Brief Discussion on the Packaging Industry — Adaptive Smart Equipment
- [ARM+Codesys Customer Case Study] Application Case based on RK3568/A40i/STM32+CODESYS in Smart Production Lines: Fully Automatic Assembly of LeanMotor Rotors using Robots
- 【ARM+Codesys Customer Case Study】 Application of RK3568/A40i/STM32+CODESYS in Smart Production Lines: Professional Packaging System Solutions
- 【ARM+Codesys Customer Case Study】Application of RK3568/A40i/STM32 + CODESYS in Factory Automation: Eaton Moeller Modular Controller XC200
- 【ARM+Codesys Customer Case Study】 Application of RK3568/A40i/STM32 + CODESYS in Factory Automation: Eaton Rapid Link System
- 【ARM+Codesys Customer Case Study】 Application of RK3568/A40i/STM32+CODESYS in Factory Automation: Riveting Machine
- [ARM+Codesys Customer Case Study] Application of RK3568/A40i/STM32+CODESYS in Factory Automation: PCB Soldering Machine
- 【ARM+Codesys Customer Case】Electroplating Production Line Solution
- 【ARM+Codesys Case Study】Application of Controllers Developed Based on RK3568/A40i/STM32+CODESYS in Automatic Conveying and Sorting Systems, Customizable
- [ARM+Codesys Customer Case Study] Developing AGV Motion Controllers based on RK3568/A40i/STM32+CODESYS, Supporting Domestic Customization
- TI AM64x + FPGA Solution for PLCs, Motor Drives, Industrial Robots, Supports Customization
- RK3568 vs Raspberry Pi 4 + CODESYS Solution Comparison
- IoT HMI/Gateway Featuring ARM+CODESYS for Integrated SoftPLC+HMI
- NXP IMX8M + FPGA-based In Vitro Diagnostic POCT Device
- Based on NXP IMX6U + FPGA: An Analysis of the Mainboard Solution for IVD In Vitro Diagnostic Devices
- NXP i.MX6 + FPGA-based POCT Fluorescence Immunoassay Analyzer Solution
- NXP IMX6Q + FPGA-Based Fully Automatic Blood Analyzer Solution
- Solution for Fully Automatic Chemiluminescence Immunoassay Analyzer Based on NXP IMX8P, FPGA, and AI
- Fully Automatic Fluorescence Immunoassay Analyzer Solution Based on IMX6ULL + FPGA
- PCR Gene Amplification Instrument Solution Based on IMX6ULL+FPGA
- NXP IMX6UL+MCU+FPGA-Based Medical Ventilator Solution
- i.MX8M Plus + FPGA + AI Patient Monitor Solution
- NXP i.MX8M Mini-based Anesthesia Depth Monitor Solution
- Portable Biochemical Analyzer ARM Solution - [Allwinner T113]
- Plasma Medical Aesthetic Device RK3568 ARM+FPGA Solution
- Medical Endoscope RK3568 ARM+FPGA Solution
- [IVD] ARM+FPGA-based Fully Automatic Nucleic Acid Extractor
- All-Domestic Phytium D2000/8 ITX Motherboard + Galaxy Kylin/UOS Operating System, Applied in Industrial All-in-One PCs, Industrial Tablet PCs, and Ruggedized Tablets
- Domestically Produced Phytium D2000 Discrete Graphics Pluggable OPS PC Motherboard, Applied in Xinchuang Education, Conferencing, Office, and Other Fields
- All-Domestic ARM+FPGA+Line Scan Camera: Principles, Technology, and Applications, Customizable
- SerDes Design Solution for LS1046A & LS1028A + FPGA Platforms
- NXP LS1028+FPGA Smart Networking Solution for Rail Transit and Industrial Control Applications
- Domestically Produced Gpixel Image Sensor + FPGA + AI High Frame Rate Machine Vision Industrial Camera Solution
- AIoT Product Solution Based on RK3588 with AI Support for Energy Online Monitoring System Applications
- X86+FPGA-based Modular Computer for Rail Transit, Standard 3U Fanless, Supports Domestic Customization
- Huawei Atlas 500 Intelligent Edge Station + HarmonyOS AI High-Performance Edge Computing Solution
- FPGA-based 6U VPX Data Storage Board for Radar and In-Vehicle Signal Processing
- FPGA+DSP Architecture-based Intermediate Frequency Signal Acquisition, Processing, and Remote Optical Fiber Transmission System for Radar Applications
- Software Defined Radio Processing Platform Based on ZYNQ SOC + AD9361
- Integrated EtherCAT+ADC+IO Testing Solution Based on ARM+FPGA
- Integrated Display and Control Solution Based on CODESYS Software + RK3568/T3/A40i, Customizable
- Hardware Solution for Power Plant DCS Automatic Control Systems Featuring RK3568/RK3588 and Domestic FPGAs
- Building a Robust Power Inspection Robot Controller Based on RK3588 + YOLO Model
- RK3588J-based Embedded AI Motherboard for Power Inspection Robot System Control
- RK3588 + MIPI + 8-Channel AHD + AI Analysis Camera Application in Sanitation and Construction Vehicles
- RDC x86 CPU+FPGA Module, Supporting WinCE 5.0, WinCE 6.0, DOS, Win2000, WinXP, Linux, QNX, and Other Operating Systems
- RDC CPU + FPGA PC/104 Module, Supporting WinCE5.0, WinCE6.0, DOS, Win2000, WinXP, Linux, QNX, and Other Operating Systems
- Celeron® J1900/N2807/2930 +FPGA PCI104 Module, Supports WinXP (no hardware graphics acceleration) OS, Wide Temperature
- 3U/6U CPCI System Core Modules for Power, Rail Transit, and Other Fields
- Intel x86 + FPGA + AI-based Multi-Network, Multi-Serial Power Gateway and Power Communication Controller
- Embedded Computer System Based on Phytium FT2000
- Industrial PCs for Locomotive Monitoring Systems (WIN CE/Win2000/QNX/VxWorks, etc.)
- Industrial All-in-One PC Based on Intel x86+FPGA+AI, Supporting Medical CT Scanner Applications
- Intel X86 + FPGA + AI Industrial PC: Supporting Medical Imaging Equipment Applications in Ultrasound Scanners, CT Machines, and MRI Systems
- Industrial Panel PCs with Intel 10th Gen Core Processors for Medical Equipment
- RK3568+GMSL+ADAS Multi-Channel In-Vehicle Camera Low-Cost Solution
- Loongson 2K1000 + Centec CTC7132 Fully Domestically Produced VPX Switch Board: 48 Gigabit Ethernet Ports and 8 SFP+ 10 Gigabit Optical Ports
- RK3588 + MIPI + GMSL + AI Camera: Automotive 4/8-Channel GMSL Capture & Edge Computing Box Solution
- x86+FPGA+AI: Face-Scan Entry Across the Entire Subway Network, Dedicated Computers for Subway Smart Ticketing Systems
- AFC Automatic Fare Collection System Controller Based on x86+FPGA+AI Fanless Barebone System
- Domestically Produced Industrial PC for Rail Transit: AFC System Controller Implementation Based on Phytium E2000Q
- [Medical Imaging] X86+FPGA: Industrial Motherboard Supporting AI Medical Imaging Equipment Applications, Empowering CT, MRI, X-ray, Ultrasound, and Other Medical Imaging Devices
- [Medical Imaging] RK3588 + FPGA: Meeting the 8K Audio/Video Encoding/Decoding and High-Efficiency Transmission Requirements of Telemedicine Systems
- In Vitro Diagnostics: Applications of ARM/X86 + FPGA Embedded Computers in Immunoassay Equipment
- [IVD] Applications of ARM/X86 + FPGA Embedded Computers in Medical CT Scanners
- In Vitro Diagnostics: Applications of ARM+FPGA Embedded Computers in Fully Automatic Blood Gas Analyzers and Automatic Biochemical Analyzers
- X86+FPGA+AI-Based Digital Medical Devices: Fully Automatic Urine Sediment Analyzer
- X86+FPGA+AI-based Telemedicine System Supporting 12th/13th Gen Intel Core Processors
- Railway Train Control and Management System (TCMS) Integrated Display Unit, DDU Driver Display Unit, Compliant with European Railway Application Standard EN50155
- 3U 19-inch Rackmount System for Railway and Metro Passenger Information Systems (PIS), Meeting European Railway Application Standards
- Rack-mount System for Railway and Metro Passenger Information Systems (PIS), Featuring Railway-Specific M12 Network Interfaces and Compliance with European Railway Application Standards
- DianHong (Power Harmony) Based Edge Computing Gateway, Supports Customization
- 【Data Center Accelerator Card】PCIe Bus Architecture-based 20G Ethernet Real-time Packet Capture and Storage Card, Featuring Analysis, Filtering, Encryption Processing, and Other Algorithms. Supports Fully Domestic Customization
- Data Center Accelerator Card: K7 Series FPGA 40G Fibre Channel Adapter Based on PCIe Bus Architecture
- [Data Center Accelerator Card] Virtex UltraScale+ Series FPGA XCVU3P+ 100G Data Center Processing Accelerator Card
- High-Performance Data Preprocessing Platform with Multi-FPGA PCIe Bus Architecture Based on 5 K7 FPGAs
- [AI Server] 2-Port 10G Fibre Channel Adapter Based on PCIe Bus Architecture
- [AI Servers] FPGA (K7) + PCIe Bus Architecture-based 4-Channel 10G Fiber Optic Adapter
- 4-Channel Cameralink Base Image Emulator Based on FPGA (K7) and PXIe Bus Architecture
- Fudan Micro FPGA and FMC Standard-based 1-channel CameraLink Full Input, 1-channel DVI Output Mezzanine Card Module
- FMC-Standard-Based 1-Channel FPGA + CameraLink Full Output Mezzanine Card Module
- 16-Channel Dynamic Signal Acquisition Card Based on FPGA+AD+PXIe Bus Architecture
- Rackmount 4U Height 6U 6-Slot VPX System Platform
- 6U VPX Bus Real-time Signal Processing Platform Based on XC7VX690T FPGA + ZU15EG SOC (Supports 4 Optical Fiber Channels)
- Fully Localized FPGA+AI Artificial Intelligence Heterogeneous Computing Platform Based on Fudan Micro JFMQL100TAI, Compatible with XC7Z045-2FFG900I
- 4x 100G Optical Fiber Accelerator Card based on V7 FPGA, Applicable to Server-Based Fibre Channel Data Acquisition, Data Transmission, and Other Scenarios
- Fully Domesticated Data Acquisition and AI Platform based on Fudan Micro V7 690T FPGA, ARM/Hygon X86, and AI
- AI Data Processing Platform Based on Fully Domestically Produced Fudan Micro JFM7K325T + ARM
- X86/ARM Industrial PC + K7 FPGA AI Data Processing Platform, Applicable to Radar and IF Signal Acquisition, Video Image Acquisition and Transmission, and Other Application Scenarios.
- Fudan Micro JFMVU3P-2FFVC1517 FPGA+AI Fully Localized AI Data Processing Platform, Suitable for Radar and IF Signal Acquisition, Video and Image Acquisition
- x86 Chip Customization, EtherCAT Chip Customization, IP Services, for Motion Control, Industrial Bus, and other Integrated Hardware-Software Systems
- X86 + PC104 + Support for WinCE 5.0, WinCE 6.0, DOS, WinXP, QNX, and other operating systems, Industrial Control Data Acquisition Core Module Board Customization
- X86 + PC104 + Supporting Operating Systems like WinCE5.0, WinCE6.0, DOS, Win2000, WinXP, Linux, QNX, etc., Industrial Control Board Customization
- Effortless Localized Private Deployment of Large Models – AIBOX 1684X Computing Box, Suitable for Multi-Channel Vision Industrial Inspection and Other Scenarios
- Exploring the Advanced Technology of Industrial AI Smart Cameras
- X86+FPGA+AI-based Control Solution for Cutting Machines and Six-Axis Robots
- X86+FPGA+AI-Based Chip Defect Detection Solution
- X86+FPGA+AI-based Smart Warehousing AGV Robot Solution
- X86+FPGA-Based Solution for Precision Machining and Inspection Equipment
- Smart Process Defect Detection Based on x86/ARM + FPGA + AI Industrial Cameras, Capable of Detecting Point, Line, and Surface Defects
- x86+FPGA+AI-based Bearing Defect Visual Inspection System, Bogie Spring Smart Inspection System
- [Nvidia + AI Camera] Coating Vision Inspection Solution Focused on Enhancing Lithium-Ion Battery Quality Control Standards
- IEC61850 + RK3568 + FPGA + AD Multi-channel Synchronous Data Acquisition: A Fully Domestic Solution
- Nvidia Jetson Orin/RK3588 + AI Bio-inspired Event Camera
- Nvidia Jetson/RK3588+AI Binocular Stereo Camera, Suitable for Various Robotic Lawnmowers, Robot Vacuums, AGVs, and Other Applications
- RK3588-based GMSL, FPDLink, VByone, and MIPI Camera Modules for Automotive, Robotics & Industrial Image Recognition
- Nvidia Jetson Orin/Nano + Smart Cockpit Camera for Automotive AI Vision
- CODESYS+EtherCAT+X86/ARM Hardware Platform: The Standard for High-Performance Motion Control, Customizable
- HarmonyOS Smart Surveillance Solution: Comprising AI Vision Box, Network Cameras, Management Backend, Mobile App, NVR, and More
- 【Nvidia+智能相机】NVIDIA Orin/Nano Edge High Compute Power + High Dynamic Range 4-Lane CSI-2 Camera for Machine Vision, Industrial Inspection, and Other Scenarios
- Empowering Autonomous Driving: NVIDIA DRIVE Orin Platform with 16-Channel Digital Coaxial GMSL2 Camera Module Solution
- FPDLink III Automotive Camera Solution Based on TI AM62A + FPGA
- Fully Domestically Produced Phytium + FPGA Architecture, Supporting B-code, 12 Ethernet Ports, and Multi-Serial Power Communication Management Solution
- RK3568-based In-Vehicle Computers Empower Japanese Bus Company to Efficiently Deploy Bus Arrival System Project
- X86+FPGA, NXP+FPGA: The Rugged Choice for Industrial Control, Enabling New Transformations in Smart Rail Transit with CPCI/VPX
- Managed Board-Type Industrial Ethernet Switch for Rail Transit Applications
- NXP LS1046 + FPGA Series CPCI Architecture Board for Rail Transit
- FPGA+Nvidia Orin NX+AI Heterogeneous Video and Image Processing Development Platform: Applications in High-End Medical and Industrial Inspection, Supporting Customization and Localization
- RK3588J + Electric Power HarmonyOS + Electric Power Certified AI Edge Computing Solution
- 【FPGA + Nvidia/Sophon GPU + AI】Autonomous Driving Multi-core Heterogeneous Implementation: 16-channel Automotive Camera Real-time AI Analysis Solution
- 【STM32+FPGA】Advanced Computing Power + Robust Security + Edge AI: 64-bit STM32MP2 Focuses on Industrial 4.0 Applications
- 【RK3588/Sophon/Nvidia Smart Box】AI Algorithms Applied to Intelligent Monitoring of China National Biotec Group Vaccine Production, Empowering Production Safety and Enhancing Quality Control
- 【RK3588/Sophon/Nvidia Smart Boxes】Tackling 'No Power, No Network' AI Algorithm Deployment to Ensure Safety at Daya Bay Quanmei Petrochemical Terminal Construction Site
- 【RK3588/Sophon/Nvidia Smart Box】AI-powered Oversight: Regulating Parking, Fire Hazards, and Charging Irregularities at EV Charging Stations
- RK3588/SOPHON/Nvidia Smart Boxes: Accelerating Shanxi Aluminum's Intelligent Transformation and Ensuring Safe, Stable Operation of Mining Conveyor Belts
- RK3588/Sophon/Nvidia Smart Box: "AI Smart Gas Station" – Safety as the Foundation, Empowering Precise Operations
- AI Smart Box Drives Benchmark AI Applications in Waste-to-Energy!
- AI Intelligent Box Empowers Sinosteel Tianyuan Equipment Factory to Upgrade Safety Protection
- 【Nvidia + AI Camera】Stereo Vision Camera for Robots
- [Nvidia+AI Automotive Camera] Ultra-Small 3-Megapixel Automotive Surround View Camera Solution
- All-Domestic AI HD Video Surveillance System for Urban Rail Transit Operations and Public Security
- [In-Vehicle Audio/Video AI Computer] Railway Video Surveillance System Solution
- [In-vehicle Audio/Video PC] AI In-vehicle Terminal Application System Solution for Key Passenger and Hazardous Goods Vehicles
- Onboard Audio/Video AI PC: All-Domestic Maritime Shipborne Video Surveillance System Solution
- Domestically Produced + AI Port Video Management and Monitoring System
- Fully Domestic + AI Bus Vehicle-Mounted Video Surveillance System Solution
- Fudan Micro FMQL20SM Fully Domestically Produced ARM+FPGA Core Board, Replacing Xilinx ZYNQ7020 Series
- 【Onboard AI Audio/Video Computer】Intelligent Driving Monitoring System: AI Analysis and Monitoring Solutions for School Buses / Police Cars / Trucks / Tankers
- In-vehicle AI Audio/Video Computer: HD Vehicle Camera, Vehicle PTZ Camera
- [In-vehicle AI Audio/Video Computer] In-vehicle Management Software, Route Playback, Remote Video Playback, Location Tracking
- 2-Megapixel Mini All-in-One In-vehicle AI Audio/Video Computer
- [In-Vehicle Audio/Video Computer] Embedded AI Analysis In-Vehicle DVR, Supports 8-Channel 1080P
- In-Vehicle Audio/Video PC: Dual SD Card Dashcam with AI Recognition and Analysis, Supporting 4-Channel AHD 1080p HD Input
- Vehicle-mounted MDVR (Main Unit) for Multi-channel Video Surveillance Systems in Buses, Trains, and Other Applications
- 4/8-Channel HDD/SSD 1080P Mobile NVR, HD Mobile Video Recorder (8-Channel 1080P DVR)
- Maritime Law Enforcement Vessel Video Surveillance System Solution
- 【In-vehicle AI Audio/Video Computer】4/8 Channel AHD 2MP Vehicle PC SD Card DVR
- 【Vehicle PC】4/8-Channel AHD 1.3 Megapixel Mobile Digital Video Recorder
- [In-vehicle AI Audio/Video PC] 4-Channel AHD 1.3 Megapixel Dual-Card Vehicle DVR
- Plug-in Instrument Module: Data Logging Module
- Plug-in Instrument Module: Audio Analysis Module (Plug-in)
- Plug-in Instrument Module: Waveform Generator Module
- Plug-in Instrument Module: Oscilloscope Module (Plug-in)
- Plug-in Instrument Module: Digital Multimeter Module (Plug-in Type)
- Embedded Instrument Modules: DMM & LCR & SMU and Automated Test Software
- Domestically Developed Embedded Instrument Modules: Electronic Load Modules and Automated Test Software
- Embedded Instrument Module: Data Logging Module and Automated Test Software
- Embedded Instrument Module: Audio Analyzer and Automated Test Software
- Embedded Instrument Module: Waveform Generator Module (Embedded)
- Embedded Instrument Modules: Oscilloscope Modules and Automated Test Software
- Zynq7000 Series FPGA Modular Instrument
- UltraScale+ Series Modular Instrument: Simultaneously a Controller, Algorithm Accelerator, and High-Speed Digital Signal Processor
- NI Alternative: LCR Impedance Test Platform Achieves Measurement Speeds as Fast as 5 ms
- 【NI Domestic Alternative】Production Line Testing: Digital Multimeter (DMM), Power Analyzer, Customizable
- 【Domestic NI Alternative】SMU Source Measure Unit: A Source Measure Unit Platform Primarily Used for IVR Testing and Measurement of Semiconductors, Sensors, Modules, etc.
- 【NI Domestic Alternative】Production Line Integrated Tester: Lithium Battery Protection Board Tester, Supports Rapid Customization
- NI Domestic Alternative: Battery Simulator for Rapid Simulation of 3C Product Battery Charging and Discharging Functions
- 【Domestic Alternative to NI】Production Line Integrated Tester: High-Speed, High-Precision Oscilloscope and Arbitrary Waveform Generator Modules, Versatile DUT Power Supply, High-Precision Multimeter Module
- NI Alternative (Domestic): High-Speed Data Acquisition Module with Max Sampling Rate of 125 Msps, Supporting FPGA Customization
- 【NI Domestic Alternative】PCIe High-Speed Data Acquisition Card, 8-bit Dual-Channel Digitizer, with a Maximum Sampling Rate of up to 5 GS/s and an Analog Bandwidth of up to 500 MHz
- 【NI Domestic Alternative】500 MSPS Sampling Rate, 14-bit Resolution Data Acquisition Box
- 6 Ethernet Ports, 8 Serial Interfaces, Multiple Communication and Control Interfaces (Relay, DI, IRIG-B), and Support for Bluetooth, GPS, Beidou, Wi-Fi, 2G/3G/4G Functions
- Network Packet Recording and Fault Recording Analysis Device for Smart Substations
- DIO Control Card, IRIG-B Time Code Card, PCI-E Bus Interface Card, 100Mbps Data Acquisition Card
- Distribution Network Terminal Communication Management Board, Stability Control Device Communication Management Card, Railway Signal Communication Management Card
- Nvidia/Sophon + FPGA + High-Compute AI Edge Computing Box: Automated Cleaning Machines
- Nvidia/Sanneng + FPGA + AI High-Performance Edge Computing Box: DJI RoboMaster AI Challenge
- Nvidia/Sophon + FPGA + High AI Compute Edge Computing Box: AI Smart Monitoring for Beach Rescue
- Nvidia/Sophgo +FPGA+AI High-Performance Edge Computing Box: Tunnel and Mine Mapping Equipment
- [Case Study] Nvidia/Sopon + FPGA + AI High-Performance Edge Computing Box: Vehicle 3D Perception System
- Nvidia/Sophon + FPGA + High-Performance AI Edge Computing Box: Intelligent Detection in Industrial Production
- Nvidia/Sophon + FPGA + High-Performance AI Edge Computing Box: Measurement, Control, and Inspection Smart Robot
- Intel x86+FPGA: Application of Intelligent AI Computer System in Bronchial Navigation Robots
- X86+FPGA Solution: Application in Smart Video Monitoring System for Railway Freight Car Loading
- Nvidia/Sophon + FPGA + AI High-Performance Edge Computing Box: Smart Robot for Power Inspection
- Nvidia/Sophon + FPGA + AI High-Performance Edge Computing Box: Smart Services for Healthcare
- Nvidia Jetson/Orin +FPGA+AI High-Performance Edge Computing Box: Intelligent Finance for Banking Service Systems
- Nvidia Jetson/Orin/SOPHON +FPGA+High-Performance AI Edge Computing Box: Weichai Lovol Smart Agriculture Unmanned Driving
- Nvidia Jetson/Orin/Sophon + FPGA + AI High-Performance Edge Computing Box: Gas Station Safety Intelligent Detection System
- Nvidia Jetson/Orin +FPGA+AI High-Performance Edge Computing Box: Real-time VR Content Creation with 3D Scanners
- Nvidia Jetson/Orin/SOPHON +FPGA+High-Performance AI Edge Computing Box: Drone Autonomous Flight Software Platform
- Nvidia/Sophon + FPGA + High-Performance AI Edge Computing Box: Intelligent Early Warning System for Large Machinery
- Nvidia/Sophon + FPGA + AI High-Performance Edge Computing Box: Smart Agricultural Drone System Aids Modernization Process
- Nvidia/Sophon +FPGA+AI High-Compute Edge Computing Box:
- Nvidia/Sophon +FPGA+AI High-Performance Edge Computing Box: China Ship Research Institute
- Nvidia/Sophon + FPGA + AI High-Performance Edge Computing Box: Bridge Structure Safety Monitoring
- High-Performance Network Security Motherboard with Phytium D2000 8-Core, 32GB DDR, Onboard 6 Gigabit Electrical Ports, and 4 Gigabit Optical Ports
- Nvidia Jetson/Orin + FPGA + AI High-Performance Edge Computing Box: Rail Transit Monitoring System
- Nvidia Jetson/Orin +FPGA+AI High-Performance Edge Computing Box: AI Applications in Firefighting
- Nvidia Jetson/Orin + FPGA + AI High-Compute Edge Computing Box: Highway Roadside System
- Nvidia Jetson/Orin +FPGA+AI High-Compute Edge AI Box: JD.com Autonomous Delivery Robots
- Nvidia Jetson/Orin +FPGA+AI High-Compute Edge AI Box: Meituan Xiaodai Autonomous Delivery Vehicle
- Nvidia Jetson/Orin +FPGA+AI High-Compute Edge AI Box: Smart Road Inspection Solution
- Nvidia Jetson/Orin + FPGA + High-Compute AI Edge Box for Smart Landscape Monitoring Solution
- Nvidia Jetson/Orin + FPGA + AI Agricultural Transport Robot Solution
- RK3588 + FPGA + Sophgo BM1684X: High-Performance AI Edge Computing Box for Video Analytics, Image Vision, and More
- Domestic Phytium/Loongson/Rockchip Chips in Xinchuang Industry Applications: Financial Sector, Education Sector, Government Agencies
- Application of AI Edge Computing Boxes in Intelligent Transportation
- Application of AI Boxes in Smart Gas Stations
- AI Inference Acceleration Card Powered by Sophon BM1684 Chip
- Phytium + FPGA Multi-CPU, Multi-Serial Port Fully Domestic Industrial Control Host
- Phytium D2000 + FPGA Cloud Terminal: Achieving Complete Domestic, Independent, and Controllable Solutions from Hardware, Operating System to Applications
- Loongson 3A4000 + FPGA Cloud Terminal Solution with Kunlun Domestic Firmware, Supporting UOS, Kylin, and Other Domestic Operating Systems
- Sophgo BM1684 + FPGA + AI + Camera Inference Edge Computing Box
- 【Cognex China Case Study】Nvidia/Sophon + Smart AI Camera: AI-Driven | The Future Path to Reducing EV Costs
- [Cognex Domestic Case Study] Intelligent AI Camera Enables Accurate and Fast Automated Parcel Labeling with Machine Vision
- [Cognex China Case Study] Intelligent AI Camera: In-Depth Analysis of DataMan 380's High-Speed, Wide-Field AI Decoding Capabilities
- 【Cognex Domestic Case Study】Smart AI Camera Joins Forces with OSARO to Automate Order Fulfillment for Zenni Optical
- 【Smart AI Camera】New AI-based Imaging and Illumination Technology
- [Cognex Domestic Case Study] AI Vision Camera Innovation Accelerates Digital and Intelligent Transformation in Retail Logistics
- 【Cognex Domestic Case Study】Machine Vision Accelerates EV Battery Pack Assembly for Ansomat, Supporting Domestic Customization
- 【ARM+Codesys Case】T3/RK3568/Raspberry Pi + Codesys Wire Winding Machine Control Solution — Motion Controller, Customization Supported
- 【ARM+Codesys Case Study】T3/RK3568/Raspberry Pi + Codesys Lithium Battery Test Equipment Control Solution
- [ARM+Codesys Case Study] T3/RK3568/Raspberry Pi + Codesys Lithium Battery Stacking Machine Solution: Achieving Efficient Production with CODESYS
- 【ARM+Codesys Case】T3/RK3568/Raspberry Pi + Codesys Motion Controller for Pillow Packaging Machine
- [ARM+Codesys Case Study] Express Logistics Single-Piece Separator Control System Based on Allwinner T3 + Codesys
- 【ARM+Codesys Case Study】Application of RK3568 + Codesys Soft PLC Solution in Electroplating Production Lines
- 【ARM+Codesys Case Study】Raspberry Pi + Codesys SoftPLC Solution Applied to Filling and Capping Machines in the Packaging Industry
- [ARM+Codesys Case Study] 3C Dispensing Edge Control Solution Based on Allwinner T3 + Codesys SoftPLC: Integrating Motion Control, Vision, Laser Ranging, and Other Technologies
- RK3568+CODESYS Runtime: Runtime Software System for Smart Automation
- Nvidia Orin/Jetson +GMSL/RLINC/VbyOne/FPDLink Coaxial AI Multi-Camera Synchronized Automotive Vision Solution
- Nvidia Orin/Jetson + OmniVision/SONY AI Camera Automotive Vision Solution
- NVIDIA AGX Orin/Jetson Platform + GMSL Automotive AI Vision Solution — Sony Automotive 17-Megapixel Ultra-High Resolution Front-Facing Camera
- NVIDIA Orin/Jetson Platform + Digital Coaxial GMSL Automotive AI Vision Solution for Automotive, Robotics, and Other Applications
- What are the differences between AHD, CVBS, and HDMI interfaces for an RV1126-based AI network camera? Supports 8-channel AHD cameras and real-time AI analysis
- AI Server Application Case: SAS Expander Backplane, PCIe Switch Expansion Card
- Domestic AI Server Tri-Mode RAID Card, Tri-Mode HBA Card, SAS RAID Card
- Domestic PCIe Switch Alternative to Broadcom for AI Server IO Interconnect Chip Solutions
- 12Gb/s SAS Expanders — SAS Expansion Chips for AI Servers and More
- PCIe 4.0 16GT/s PCIe Switch Chip for AI Servers and More
- 10G SFP Dual-Port 10 Gigabit Ethernet Controller, High-Speed Fiber Optic Network Interface Card
- ARM+FPGA+NVIDIA AI Camera Hardware and Software Customization
- Camera ISP Image Quality Tuning Customization Service Based on ARM|DSP+FPGA+NVIDIA AI Platforms
- ARM|DSP+FPGA+NVIDIA AI Custom Cameras
- GMSL Image Acquisition Card, Suitable for Unmanned Vehicles, Autonomous Driving, Autonomous Machines, Data Acquisition, and Other Scenarios, Supports Customization
- Domestic Alternative to NI: USB-6003, 8 AI (16-bit, 100 kS/s), 2 AO (5 kS/s/ch), 13 DIO USB Multifunction I/O Device
- 【NI Alternative】USB‑6363, 32-Channel AI (16-Bit, 2 MS/s), 4-Channel AO (2.86 MS/s), 48-Channel DIO, USB Multifunction I/O Device
- 【NI Domestic Alternative】USB-6366, 8-Channel AI (16-bit, 2 MS/s), 2-Channel AO (3.33 MS/s), 24-Channel DIO, USB Multifunction I/O Device
- 【NI Domestic Alternative】USB‑6211, 16 AI (16-bit, 250 kS/s), 2 AO (250 kS/s), 4 DI, 4 DO USB Multifunction I/O Device
- 【NI国产替代】USB‑6212，16个AI（16位，400 kS/s），2个AO (250 kS/s)，最多32个DIO USB多功能I/O设备
- [NI Domestic Alternative] PXI-6133 Multifunction Data Acquisition Device, 8 AI Channels (14-bit, 2.5 MS/s/ch), 8 DIO Channels, PXI Multifunction I/O Module
- 【Domestic NI】PXIe-6124 Multifunction DAQ Device, 4-Channel AI (16-Bit, 4 MS/s/ch), 2-Channel AO, 24-Channel DIO, PXI Multifunction I/O Module
- [NI Domestic Alternative] PCIe-6374 Synchronous Sampling Multifunction DAQ Device, 4 AI Channels (16-bit, 3.5 MS/s/ch), 2 AO, 24 DIO, Multifunction I/O Device
- [Domestic Alternative to NI] PXIe-7890 Hardware-in-the-Loop Simulation, 8 AO, 16 Low-Latency AO, 64 DIO, FlexRIO Multifunction I/O Module
- Building Modern Smart Industry - Intelligent, Digital, Automated Energy Saving and Emission Reduction
- 4U Dual-Xeon Ruggedized Server with High Integration, Enhanced Cooling, Stable Performance, and Easy Maintenance
- Rugged Industrial PCs in ESOP Workstations, MES Workstations, Food Processing Production Line Workstations, and Equipment Information Collection
- Application of the XM-3288A Smart Terminal Motherboard in Hospital Triage and Queuing Systems
- High-Extensibility Portable 1553B Bus Tester, Supports Kylin OS
- Dual Intel Xeon Gold High-Performance Server Motherboard with High-Reliability, Fully Ruggedized Features for Hyper-Converged Computing
- Dual-Socket VPX Gold Xeon High-Performance Server Module for High-Reliability, Fully Ruggedized Hyper-Converged Computing Server Scenarios
- Essential "Hardcore Equipment" for Digital Business Operations — Intelligent Payment and Checkout Solution. Supports HarmonyOS and Full Domestic Production, Customizable
- High-Cost-Performance Professional Core Motherboard for Smart POS Cash Register Terminals, Low Power Consumption + High Expandability
- What Role Do IoT Gateways Play in Elevator On-Demand Maintenance Solutions? Elevator IoT Gateway
- Avionics AFDX High-Performance ARINC664 Network Interface Card. This product supports application requirements such as ARINC664 network simulation, testing, and data analysis.
- Avionics AFDX Card: Standard PMC Specification, High-Performance ARINC664 Network Interface Card
- PXI/PXIe ARINC 429/717 Avionics Bus Adapter Card
- Next-Generation PCI Specification A429/717 Avionics Bus Adapter Card
- PCIe 1M/4M 1553B Bus Adapter Card
- PXI/PXIe 1553B Bus Test Module
- XM1394-PCI - 1394 Avionics Single-Node/Three-Node Simulation Card
- XM1553B Avionics Bus Protocol Module (Built-in Bus Transceiver)
- PXIe i3/i5/i7 Single Board Computer Controller
- Application of Rugged, Domestically Produced Industrial PCs in Laser Marking Machine Equipment Industry
- Intelligent Centralized Remote Monitoring and Management of Substations Based on Raspberry Pi + Codesys, Supporting OEM/ODM
- [HarmonyOS + Domestic Rockchip] Smart Building Solution | How to Achieve Intelligent and Refined Building Management Across Multiple Scenarios?
- High-Performance Motherboard Solutions for Versatile Smart Displays: Supporting HarmonyOS and Free Customization with Full Domestic Production
- RK3568/RK3588 AI Box Solution for Smart Campus — Electronic Class Signs, Access Control, Digital Campus, Supports HarmonyOS, Free Customization Available
- Application of Smart Self-Service Terminal Motherboards RK3288/RK3568 in Hotel Front Desk Self-Service Kiosk Solutions, Supporting HarmonyOS and Free Customization
- RK3288 Smart Terminal Motherboard Application in Smart Running Track Projects, Supporting Fully Domestic Production and Free Customization
- Application of RK3568 Motherboard in Intelligent Transit LED Display Projects – Supports HarmonyOS and Full Domestic Production
- Application of High-End Smart Terminal RK3399 Motherboard in Delivery Robot Projects, Supporting Free Customization
- Application of Localized OpenHarmony OS Smart Terminal RK3568 Mainboard in Digital Class Signage Projects
- Application of All-Scenario Smart Terminal RK3288 Motherboard in Smart Waste Recycling Projects, Supporting HarmonyOS and Full Domestic Production
- Application of Fully Localized RK3288 Motherboard for Smart Self-service Terminals in Self-checkout Projects, Supporting HarmonyOS
- RK3568-based Fully Localized Identity Verification All-in-One Machine Project, Supports Customization and HarmonyOS
- RK3568-based Fully Localized Dual-screen Visitor Machine Project, Supports HarmonyOS, Supports Customization
- RK3568-based HarmonyOS All-in-One Access Control Solution Project
- ZYNQ Domestic Alternative - FMQL100TAI Core Board, a Fully Domestic Intelligent Heterogeneous Computing Platform Based on Fudan Microelectronics Qinglong JFMQL100TAI, Supports Customization
- Fudan Micro FMQL45T900 ARM+FPGA+AD Fully Localized Solution, Compatible with XILINX's XC7Z045-2FFG900I (i.e., ZYNQ7045)
- Design Solution for Semiconductor New Energy Intelligent Equipment Controllers and Industrial Software
- ARM+FPGA-based Industrial Medical Endoscope Solution
- FPGA-Based Audio and Video Monitor and Video Interface Capture Device Applications
- FPGA-Based Audio and Video Live Production Switcher – Application Case
- FPGA-Based Audio and Video Matrix – 2K/4K Resolution Solution
- FPGA + Actions ARM Solution for VR Video Player with 3D Glasses Display
- FPGA-based Video Matrix Switching Solution
- FPGA Capture Card, Capable of CVBS/HDMI/SDI Signal Conversion
- FPGA+DDR+SERDES+USB3.0 Unidirectional Transmission Solution: Data Transmits Only One Way to Prevent Reverse Attacks and Ensure System Security
- FPGA+HDMI Conversion Solution for Live Screen Switching in Online Broadcasting; Customer Applications: Live Streaming, Self-Media
- FPGA+USB+CCD High-Precision Industrial Camera for Precision Object Measurement and Machining Accuracy
- FPGA+MCU+SDRAM Solution for Pattern Making and Fabric Cutting in Garment Factory Production and Design Processes
- FPGA-Controlled 3 Stepper Motor Driver Chips and 1 DC Motor Driver for Industrial Printing Control
- FPGA + HiSilicon ARM Solution for Simultaneous HDMI/VGA Signal Reception and Remote Control
- FPGA HDMI Sensor Wireless RC Model Camera
- FPGA-based HDMI to MIPI Extended Display Solution
- FPGA OSD Solution, Applied in XBOX Console Monetization and Other Fields
- FPGA Serial Screen Solution
- FPGA-based Video Matrix, Video Splicing, Seamless Switching Solution
- Multi-core Real-time Operating System Solution for DSP Processors
- Cross-Platform Communication Solution for Parallel Computing on Multi-Core DSPs
- Aerospace AFDX Interface Simulation Card
- Avionics FC Node Card, FC Switch, Primarily Using LC or MPO Fiber Optic Interface Forms
- Avionics ARINC818 Acquisition Card
- 1553B Bus Interface Simulation Card, 1553B IP Core, Applicable to Aerospace Airborne, Integrated Aircraft Avionics, and Other Fields
- ARINC429 IP CORE, ARINC429 FPGA IP Core Solution for Aerospace Bus
- Aerospace ARINC429 Bus Protocol Interface Simulation Card
- Avionics Network (ARINC818 Bus) / CVBS / HDMI / PCIe Video Card Solutions
- Deep Integration of AI and CIS Technologies for Intelligent Optical Imaging
- 【NI Domestic Replacement】cDAQ-9178, 8-Slot USB CompactDAQ Chassis, Import Replacement Solution for Data Acquisition Card Controllers with Domestic Alternatives
- [NI Domestic Alternative] USB-4432 102.4 kS/s, 100 dB, 0.8 Hz AC/DC Coupling, 5-Input Sound and Vibration Device
- Internet of Everything - AI Edge Computing Enabling Tencent Autonomous Vehicles
- 基于飞腾全国产/intel工控机，建设“智慧高速”助力湖南平益高速高效通行,ETC门架收费系统、车道收费系统和智慧高速事件检测项目
- Loongson 7A1000 Dual-Socket Motherboard, 3AV6UT Loongson Trusted Motherboard
- 6U VPX Loongson 3A3000 with Fully Domestic Components + Domestic Graphics Card, VPX 3U Loongson 2K Motherboard, Loongson 3A3000 VPX 3U Motherboard - with SRIO
- Fully Domestic CPCI Loongson 3A-3000 Motherboard
- Intelligent Health Management Daughter Card (ChMC/IPMC) Module, supports IPMI 2.0 standard communication protocol, 0Kbps configurable, can control power on/off of other blades via IPMI commands, features fault reporting and power-on self-test
- Detailed Introduction to a Fully Domestically Produced BMC Daughter Card
- Phytium FT2000+ 6U VPX High-Performance Data Processing Blade
- Phytium FT1500A-16 6U VPX High-Performance Dense Computing Blade
- 飞腾FT2000+64核ATX主板详细介绍
- JFM7VX690 Computing and I/O Interface Module by Fudan Microelectronics for Radar Signal Processing, Data Processing, and Other High-Speed, Compute-Intensive Applications
- Tengrui D2000-8 MXM VPX, Domestically Produced, Widely Applicable to Edge Computing Gateways, Intrusion Detection, VPN, Network Monitoring, and Other Application Fields
- FeiTeng D2000+X100 TYPE6 All-Domestic Core Board
- VPX双路***至强高性能服务器模块
- 9U_VPX Signal Processor, Heterogeneous Computing Platform for Sensor Big Data
- Hi3519AV100 Processor High-Speed Global Shutter Camera
- Miniaturized Low-Power AI Camera Based on RK1126, Supporting Human Attribute Recognition, Facial Feature Detection, Hard Hat Detection, and More
- SMU Source Measurement Unit Platform
- ARM+FPGA Modular Instrument Based on ZYNQ7020
- [Domestic NI Alternative] NI-9235 10 kS/s/ch, 120 Ω Quarter-Bridge Strain Gauge, 8-Channel C Series Strain/Bridge Input Module
- [Domestic NI Alternative] NI-9219 100 S/s/ch, 4-Channel C Series Universal Analog Input Module
- 6UVPX龙芯3A3000+国产显卡，VPX 3U 龙芯2K主板，龙芯3A3000 VPX 3U主板
- Fully Indigenous LRM Airborne Recording Module Featuring Domestic VX690T FPGA Processor and Domestic Phytium CPU FT2000/4
- All-domestic VPX 3U CAN Communication Board, VPX 3U KIO Card, PCIe x1 Expansion Digital I/O Interface
- All-Domestic Multi-Port Rugged Computer / Rugged Laptop / VPX Chassis Based on Phytium VPX
- 飞腾S2500全国产主板为VPX 6U尺寸标准板卡在船舶、交通等的应用
- Phytium FT2000/4 + Galaxy Kylin Fully Domestic VPX Architecture 6U Standard Board Card, Suitable for Marine, Transportation, and Other Fields
- Phytium FT2000/4 CPCI 6U Standard Board, offering interfaces such as DVI, VGA, USB, Network, Serial Port, and SATA.
- Phytium + FPGA Smart Transportation Joint Solution
- Phytium FT2000/4 + FPGA All-Domestic Smart Prevention and Control Solution for Metro and Public Transport
- Fully Localized FMQL45AIT: Fudan Micro FPGA+AI Application in Subway X-ray Machines
- Empowering V2X Collaboration: An i.MX8MPlus+FPGA-based Roadside Unit Main Control Solution for Smart Transportation/Rail Transit
- Phytium + Fudan Micro FPGA: A Fully Domestic High-Definition Video Communication System
- Integrated Highway Toll Station Solution Based on Fully Domesticated Phytium D2000: Station Data Server, Station AI Server, Toll Collection System, Monitoring System
- 【NI Domestic Virtual Instrument】Domestic Alternative to NI-9056, 1.33 GHz Dual-Core CPU, 1 GB DRAM, 4 GB Storage, -20 °C to 55 °C, Artix-7 75T FPGA, 8-Slot CompactRIO Controller
- [Domestic Virtual Instrument] Domestic Alternative to NI-9205 Module, ±10 V, 250 kS/s, 16-Bit, 32-Channel C Series Voltage Input Module
- Implementing Garbage Classification and Video Object Classification Applications with AscendCL on Ascend AI
- Application of RK3588S and ARM Array Servers in Virtualized Cloud Platforms
- Application of RK3588-based, Fully Domestically Produced HarmonyOS Edge Computing Industrial PC in Intelligent Transportation ETC Toll Collection Systems
- 8-Channel Standard 3U PXIe Multifunction Asynchronous Serial Communication Isolated Card, Supports RS232/422/485 Modes, Max 10Mbps, Supports Virtual COM Port
- RK3588 + FPGA + Multi-channel HD CMOS Camera + AI Recognition and Analysis Integrated Solution
- Applications of Rugged Onboard Computers in Smart Rail Safety Solutions
- [Domestic Solution] Avionics Communication Bus Products Offer Native Support for Protocols like MIL-STD-1553 and ARINC 429
- Rugged Industrial PCs in Weighing Systems + Forklift Computers, Integrated Weighing, Dimensioning, and Scanning Machines, and Logistics Sorting Line Workstation Industry Applications
- Rugged Industrial PCs in Smart Warehousing Industry: RFID + Forklift PC and Barcode Scanner + Forklift PC Applications
- Rugged Industrial PCs in Smart Terminal Gate, OCR (Container Number Recognition), and Container Truck Onboard Computer Industry Applications
- Rugged Industrial Computers in Smart Port Solutions: Industry Applications for Gantry Crane / Straddle Carrier Onboard Computers
- Application of Rugged Industrial PCs in the Tire Building Machine Equipment Industry
- Application of Ruggedized Domestic Industrial PCs in Tire Curing Machine Solutions
- Rugged Domestic Industrial Computers: Applications in Electronic Kanban Systems and Machine Vision in Automotive Production Lines
- AI Smart Edge Analysis All-in-One Machine, Up to 10.6 TOPS, Capable of Simultaneously Processing 8 Channels of HD Video, Built-in 30+ AI Algorithms
- AI Smart Edge Analysis Appliance, 32 TOPS Computing Power, Simultaneously Processes 32 Channels of 1080p HD Video
- 24-bit AD Resolution, 256 Ksps * 16 Channels Domestic Data Acquisition Card, uV-level Acquisition, Supports IEPE
- Ethernet 24-bit Strain/Bridge Data Acquisition Card, Replacement for NI 9237
- Industrial PC Applications in ESOP Workstations
- Fanless Embedded Industrial PC Application in MES Workstation Industry
- Fully Localized Fanless Embedded In-Vehicle Computer for Fleet Management Industry Applications
- Industrial Application of Fully Localized Fanless Embedded In-Vehicle Computers in Ambulance Remote Diagnostics
- Fully Localized Fanless Embedded Vehicle PCs for Agricultural Vehicles and Steel Plant Overhead Crane Applications
- Fanless Embedded In-Vehicle Computers in the Mining Vehicle Industry
- Fleet Management Solutions with Telematics for Construction, Logistics, and Firefighting Vehicles
- Intelligent Port Applications on x86/Domestic Platforms
- Application of Hongmeng OS and Fully Domestic Industrial Tablet PCs in MES System Data Collection Terminals
- ARM/X86+FPGA Solutions for the Rail Transit and Engineering Vehicle Industries
- Rockchip RK3568/RK3588 + HarmonyOS: MineHarmony Industrial Control Panels, Boards, and Gateways Driving Digital and Intelligent Transformation in Mining
- Easily Harnessing AI with FPGAs
- FPGA-based OMEGA Tokyo Olympics Timer
- Application of FPGA Core Board in Sonar Systems
- FPGA Applications in Healthcare, Illustrated by 4K Medical Endoscopy
- Xilinx Zynq UltraScale+ MPSoC Drone Controller
- RK3588 CPU+GPU+NPU Integrated AI Edge Controller for Engineering Vehicles/Rail Transit + Fatigue Driving Detection and Alert
- AI Smart Analysis Box for Construction Sites: Enhancing Management Efficiency and Safety
- Intelligent Video Analytics Edge AI Box and Application Scenarios: Numerous Fields such as Communities, Campuses, Hotels, Shopping Malls, Restaurants, Hospitals, Ports, etc.
- How Industrial Test and Measurement Instruments Can Be Integrated with Artificial Intelligence (AI)
- Ethernet/USB Data Acquisition Card 24-bit 16-channel LabVIEW 256K Synchronous Sampling
- 全国产数据采集卡定制，24位八通道以太网数据采集卡 labview 100K采样
- Data Acquisition Cards: Reliable Products Require Robust EMC Countermeasures
- 10 Reasons to Choose Custom Software Development with LabVIEW
- Full-Featured Multi-CAN and Multi-Serial Port Robot Board Based on RK3588
- Phytium + FPGA + AI Smart Data Acquisition and Analysis Network Appliance Solution for the Power Industry
- Fully Domestic FeiTeng + FPGA Architecture with B-Code Support, 12 Ethernet Ports, and Multi-Serial Power Communication Management Solution
- Phytium D2000 + Fudan Micro ARM+FPGA + Pre-installed Kylin Fully Domestic COMe Module
- Intelligent Data Acquisition and Analysis Solution Based on RK3588 + FPGA + AD + AI
- 基于RK3588的高性价比智能边缘分析一体机
- Raspberry Pi CODESYS PLC Controller Solution with License and Real-Time System
- Soft PLC Solution on an ARM+LINUX Real-Time Hardware Platform Based on RK3588 + Codesys + Xenomai
- Customized IRIG-B Time Synchronization Solution Based on AM62X + FPGA/MCU
- Intel x86-based Rail Transit / Indian Metro Automatic Fare Collection (AFC) System
- Intel-Based & Domesticated Dedicated Controller for Unmanned Forklifts & Machine Vision
- Intel/ARM/Domestic EMS Energy Storage Controller Solutions
- Rail Transit and Power Solutions with Fully Domestic Phytium E2000Q and Fudan Micro FPGA
- VPX Computing Blade Based on Domestic Phytium FT-2000+/64-Core and Fudan Microelectronics FPGA
- 6U VPX Domestically Produced Phytium D2000/8-Core + Fudan Micro FPGA Information Processing Motherboard
- Design of a ZYNQ-Based PCIe High-Speed Data Acquisition Card (5): Host Software Design
- Design of a ZYNQ-based PCIe High-Speed Data Acquisition Card (Part 4) Software Design, Aurora Protocol Logic Design
- Design of a High-Speed PCIe Data Acquisition Card Based on ZYNQ (3) Hardware Design
- Design of a ZYNQ-Based PCIe High-Speed Data Acquisition Card (2): System Architecture and Host Software
- Design of a High-Speed PCIe Data Acquisition Card Based on ZYNQ (Part 1)
- Joint Solution for Domestic Computing Module Based on Phytium ARM + FPGA
- Domestic Phytium ARM+FPGA Power Industry DCS Joint Solution
- Intel Atom + Kintex-7 70T FPGA, 8-Slot CompactRIO Controller
- Alternative to Imported Controllers: Intel Atom + Kintex-7 70T FPGA, 4-Slot CompactRIO Controller
- Imported Controller Alternative: NI 8-slot CompactRIO Controller Based on Zynq-7020 FPGA
- Domestic Replacement for Imported Controllers: Intel Atom + Artix-7 75T FPGA, CompactRIO Single-Board Controller
- Intel Atom + Artix-7 100T FPGA, CompactRIO Single-Board Controller
- ZYNQ-7020 Integrates Real-Time Processor Running NI Linux Real-Time, Supports FPGA Secondary Development
- Germany SYS TEC Core Module PLCcore-iMX35 CODESYS
- [NI Domestic Alternative] NI-9231, 8-Channel, 51.2 kS/s/ch, -5 to 5 V, C Series Sound and Vibration Input Module
- [NI Domestic Alternative] NI‑9232, 3-Channel, 102.4 kS/s/ch, ±30 V, C Series Sound and Vibration Input Module
- 【NI Domestic Alternative】NI‑9234, 4-Channel, 51.2 kS/s/ch, ±5 V, C Series Sound and Vibration Input Module
- [NI Alternative] NI‑9218, 51.2 kS/s/ch, 2-Channel C Series Universal Analog Input Module
- [NI Domestic Alternative] sbRIO‑9234, Non-enclosed, 4-Channel, 51.2 kS/s/ch, ±5 V, C Series Sound and Vibration Input Module
- 【NI Domestic Alternative】PXIe‑4499, 204.8 kS/s, 114 dB, Four Gain Ranges, AC/DC Coupling, 16-Input PXI Sound and Vibration Module
- [NI Domestic Alternative] PXI-4498, 204.8 kS/s, 114 dB, 4 Gain Options, 0.5 Hz AC Coupling, 16-Input PXI Sound and Vibration Module
- [NI Domestic Alternative] PXIe-4480, 1.25 MS/s, 3.4 Hz AC/DC Coupled, 6-Input PXI Sound and Vibration Module
- [NI Domestic Alternative] PXIe‑4492, 204.8 kS/s, 113 dB, Two Gain Ranges, 0.5 Hz AC/DC Coupling, 8-Input PXI Sound and Vibration Module
- [NI Domestic Alternative] PXIe‑4497, 204.8 kS/s, 114 dB, Two Gain Ranges, AC/DC Coupling, 16-Input PXI Sound and Vibration Module
- [NI Domestic Alternative] PXI-6254, 32 AI (16-bit, 1 MS/s), 48 DIO, PXI Multifunction I/O Module
- [Domestic Alternative to NI] USB‑7846 Kintex-7 160T FPGA, 500 kS/s Multifunction Reconfigurable I/O Device
- [NI Domestic Alternative] PXIe‑6375, 208-Channel AI (16-bit, 3.8 MS/s), 2-Channel AO, 24-Channel DIO, PXI Multifunction I/O Module
- [NI Domestic Alternative] PXIe‑6378, 16-Channel AI (16-bit, 3.5 MS/s/ch), 4-Channel AO, 48-Channel DIO, PXI Multifunction I/O Module
- PXIe‑6378 Domestic Alternative, 16-Channel AI (16-bit, 3.5 MS/s/ch), 4-Channel AO, 48-Channel DIO, PXI Multifunction I/O Module
- PXIe-6396 Domestic Alternative, 8-channel AI (18-bit, 14 MS/s/ch), 2-channel AO, 24-channel DIO, PXI Multifunction I/O Module
- NI PXIe-6386 Domestic Alternative, 8-Channel AI (16-bit, 14 MS/s/ch), 2-Channel AO, 24-Channel DIO, PXI Multifunction I/O Module
- Data Acquisition Card: 24-bit, 32-channel, 256K Synchronous Analog Input Card, Supports External Trigger, External Clock, and Multi-Card Synchronization
- 32-Channel Single-Ended / 16-Channel Differential 16-Bit 1000kSPS Programmable Gain AD, 8-Channel DI/DO, 4-Channel DA, 2-Channel Frequency Measurement/Counter Multifunction Data Acquisition Card
- Data Acquisition Card: 16-Channel, 16-Bit, 250KHz ADC, Supports Single-Point Acquisition and Programmable Gain
- Data Acquisition Card: USB 2.0 Bus, 5-Channel, 24-bit Serial 1KHz ADC, Programmable Gain 1-128x Amplification, 16-Channel DIO
- Data Acquisition Card: USB 2.0 Bus, 4-Channel Synchronous, 24-bit 156KHz AD, 16-Channel DIO
- USB-XM2403 USB Interface Temperature Data Acquisition Card
- RV1126 Edge AI Box, Supports 4-6 Channels of 1080p Video, 2 TOPS Computing Power
- NI PC-based Measurement and Control Systems
- Implementing the NI CompactRIO System with Real-time Linux + FPGA: A Detailed Guide
- X86-Based Edge Computing Empowers Intelligent Shipboard Monitoring Systems
- ARM+FPGA多通道信号采集与处理模块开发方案
- Marine Data Acquisition and Analysis Online Energy Monitoring Solution
- Customer Case Study: Unmanned Surface Vessel Codesys Controller Solution
- Marine Data Acquisition and Analysis Automation and Equipment Control System Solution
- STM32 EtherCAT Bus-Type (1-to-4) Stepper Motor Solution
- Industrial Soft PLC Solution Based on NXP i.MX8 + CODESYS
- Low-Cost ARM+FPGA+Codesys Soft PLC Solution Based on AM62x
- STM32+Codesys Industrial Software PLC Solution
- Data Acquisition and Processing System for Ship Structure Health Monitoring (Part 1) System Architecture
- RK3568 Nationwide Domestic Multi-Port Board with PoE, CAN Bus, Supporting HarmonyOS and Kylin Systems
- Rockchip RV1126 Edge Computing Box with High Cost-Performance 2.0 TOPS INT8/INT16
- RK3568 Fully Domestic Multi-Port Board with Built-in UPS Support and Compatibility with Kylin and SylixOS National Operating Systems
- 6U CPCI Measurement and Control Series Customizable Measurement and Control Chassis
- PXI/PCIe/VPX Chassis ARM|x86 + FPGA Test and Measurement Board Solution
- Intelligent Fault Diagnosis System for Marine Electrical and Mechanical Equipment
- Fault Diagnosis Documentation for Marine Electromechanical Equipment Vibration Acquisition Systems
- Vibration Data Acquisition and Monitoring System Solution for Marine Mechanical and Electrical Equipment
- Compact Data Acquisition Modules and Chassis: Domestic Alternatives
- RK3588+MCU Robot Controller Solution
- Domestic AI Edge Computing Box, Dual-core A55 | 2.5 Tops Computing Power
- Sophon-based Domestic AI Edge Computing Box, 8-core A53 | 10.6 TOPS Computing Power
- Domestic AI Edge Computing Box Based on Sophon, with Powerful Built-in TPU | 32 TOPS INT8 Computing Power
- Sophon-powered Domestic AI Edge Computing Box: 8-core A53 | 17.6 TOPS Computing Power
- AI Edge Computing Box + AI Algorithm Integrated Hardware-Software Solution for Transparent Kitchens
- Reservoir Monitoring AI Visual Algorithms and Edge Computing Box
- AI Edge Computing Box + AI Algorithm Integrated Hardware-Software Solution for Smart Finance
- AI Edge Computing Box + AI Algorithm Integrated Hardware-Software Solution for Smart Factories
- AI Edge Computing Box + AI Algorithm Integrated Hardware-Software Solution for Smart Retail
- AI Edge Computing Box + AI Algorithm Integrated Hardware-Software Solution for Smart Construction Sites
- AI Edge Computing Box + AI Algorithm Hardware-Software Integrated Solution for Smart Communities
- AI Edge Computing Box + AI Algorithm Integrated Hardware-Software Solution for Smart Gas Stations
- AI Edge Computing Box + AI Algorithm Integrated Hardware-Software Solution for Smart Parks
- AI Edge Computing Box + AI Algorithm Integrated Hardware-Software Solution for Smart Transportation
- AI Edge Computing Box + AI Algorithm Integrated Hardware-Software Solution for Smart Power Safety
- AI Edge Box + AI Algorithm Integrated Solution for Smart City Management
- AI Edge Computing Box Based on Rockchip RK3588 + Cambricon | 38TOPS INT8 Computing Power for Intelligent Security, Smart Construction Sites, Smart City Management, and Smart Gas Stations
- RV1126-based Edge AI Computing Box for New Retail, Smart Urban Management, Smart Security, and Smart Classroom
- Essential Guide to Powering NI Automated Test Systems: Demystifying Power Planning
- [Domestic Virtual Instrument] 24-bit Data Acquisition Card Based on ARM+FPGA
- High-End Intelligent Terminal Robot Motherboard Based on RK3588
- 8K Multi-Screen Android Smart Network Set-Top Box Based on RK3588
- RK3568+Codesys+Xenomai Real-time SoftPLC Motion Control Solution
- 基于RK3568新零售智能售货柜解决方案
- Pre-Shift Alcohol Tester
- 基于RK3568的跑步机方案
- Indoor Smart Fitness Mirror Solution Based on RK3399
- Experimental Study on Dynamic Characteristics of Nuclear Reactor Core Components
- SPM Vibration Monitoring System for an Offshore Platform Using Domestic Instruments
- Industrial Android Motherboard - Electronic Class Signage / Face Recognition Access Control / Indoor Intercom Access Control Solution Based on RK3568/3288/3588 (Part Two)
- Industrial Android Motherboards – AI-Powered Smart Digital Signage/Vending Machines/POS Systems Based on RK3568/3288/3588 (Part 3)
- 行业安卓主板-基于RK3568/3288/3588的AI视觉秤/云相框/点餐机/明厨亮灶行业解决方案（一）
- RK3568-based New Energy Storage Energy Management System (EMS)
- NI-9236 Domestic Product: 10 kS/s/ch, 350 Ω Quarter-Bridge Strain Gauge, 8-Channel C Series Strain/Bridge Input Module
- NI‑9237 50 kS/s/ch, Bridge Analog Input, 4-Channel C Series Strain/Bridge Input Module
- NI-9219 100 S/s/ch Domestically Produced 4-Channel C Series General-Purpose Multi-Function Analog Input Module, Supports Various Sensors
- NI USB9218 Domestic Counterpart: 51.2 kS/s/ch, 2-Channel C Series Universal Analog Input Module
- Domestic Alternative 4-Channel Synchronous Acquisition Card Solution Comparable to NI USB-4431
- 基于RK3588/RK3568/RK3288的全国产储能“大脑”——EMS管理系统
- Energy Management System (EMS): The Intelligent Brain of the New Energy Storage Industry
- Cost-Effective All-Domestic RK3568-Based EMS Energy Storage Solution (Part 2) Design Scheme
- Cost-effective All-domestic EMS Energy Storage Solution Based on RK3568 (Part 1) Overview
- Design of a High-Precision Data Acquisition System Based on ARM+FPGA+AD
- Development and Experimental Verification of a Multi-type Synchronous Signal Acquisition Instrument Based on ARM+FPGA+AD Platform (Part 1): Host Computer Software Design
- Development and Experimental Verification of a Multi-type Synchronous Signal Acquisition Instrument Based on ARM+FPGA+AD Platform (Part Two) Overall Board Design
- Development and Experimental Verification of a Multi-Type Synchronous Signal Acquisition Instrument Based on an ARM+FPGA+AD Platform (Part 1)
- Validation and Production Test Automation Based on Domestic ARM+FPGA+AD
- Multi-Channel Precision Data Acquisition System Based on ARM+FPGA+AD
- NI 9234 4-Channel, ±5 V, 24-bit Software-Selectable IEPE and AC/DC Analog Input Module for Vibration Testing: A Domestic Alternative
- Accurate Measurements with DAQ: A More Reliable Basis for Decision-Making
- Analysis of the Market Outlook for the Data Acquisition Instrument Industry in 2023
- ARM + FPGA GPIB IP Core Implementation
- Application of ARM/X86 Industrial PCs in Rail Transit Central Control Room Systems (5)
- Application of ARM/X86 Industrial PCs in Rail Transit Traffic Management Systems (4)
- Applications of ARM/X86 Industrial PCs in Rail Transit Train Vehicle Control Systems (3)
- ARM/X86 Industrial PC Applications in Rail Transit Ground Control Systems (2)
- Application of ARM/X86 Industrial PCs in Rail Transit Station Management Systems (1)
- ARM+FPGA-based ISA Bus / MMи Bus Interface Conversion Design for Rail Transit Applications
- lS1028 + Six-Port TSN Hardware Switching + QNX/Linux Real-time System Solution for Rail Transit Applications
- EtherCAT Bus-Type 4-Axis Motor Control Card Solution
- ARM+Codesys Standard General-Purpose Controller
- ARM + Codesys Runtime Core Board + Baseboard Solution
- ARM/X86 Industrial-Grade Data Acquisition (DAQ) and Control Product Solutions
- Multi-Port Embedded Edge Computing Platform with 11th Gen Intel® Core Processors
- LabVIEW-based Equipment Condition Monitoring and Fault Diagnosis (Part 1): Introduction to NI Hardware and Software
- Design of a Data Acquisition and Transmission Subsystem Based on Domestic Anlogic FPGAs
- X86-based Six-wheeled Differential Drive Mobile Robot Motion Controller Design and Implementation (Part 2) Planning and Control Algorithms
- X86-based Six-Wheeled Differential Mobile Robot Motion Controller Design and Implementation (Part 1) Software and Hardware Architecture
- Low-Cost Solution for a Self-Developed EtherCAT Bus 4-Axis Open-Loop Stepper Driver
- Development of CAM Functionality for Wire-cut EDM CNC System
- 嵌入式电火花线切割控制系统总体设计
- Design of an Integrated Drive-Control Robot Controller Based on ARM+FPGA
- Rolling Bearing Condition Monitoring System Based on ARM+FPGA (STM32+ Cyclone 4)
- Edge Computing Algorithm Solution Based on RK3588+AI: Smart Parks, Smart Communities, Smart Logistics
- Customized Smart Transportation and Smart Security Solution Based on RK3588 + FPGA + AI Algorithms
- Design of a Desktop CNC Lathe Control System Based on Dual STM32 and FPGA
- Design of a General-Purpose Industrial Controller Based on STM32+FPGA (Part 1) System Design Scheme
- STM32+FPGA Abnormal Vibration Signal Acquisition and Storage System
- The Competitive Edge of FPGA+x86 in Building High-Performance Domestic Network Testers
- RK3399/RK3588+pcie+Zynq Multi-core Architecture Design Solution for Wearable Devices
- RK3588-Camera: MIPI-CSI and ISP Debugging - Path Analysis
- RK3588+FPGA Real-time Video Processing, Dual-Screen Display, and Storage Solution
- Design of an 8K Smart Camera Solution Based on RK3588
- STM32 ARM+FPGA Servo Control System (Part Two) Software and FPGA Design
- 基于STM32 ARM+FPGA伺服控制系统总体设计方案(一）
- Hardware Design of ZYNQ-based Array Eddy Current Testing System (Part 1)
- RK3568+FPGA+SylixOS Application in Power Products
- Design of a VME Bus Controller Based on RK3399 + FPGA (Part 2): Hardware and FPGA Logic Design
- VME Bus Controller Design Based on RK3399+FPGA (Part 1) Overall Design
- [Domestic Virtual Instrument] Multi-channel Synchronous Data Acquisition Design Scheme Based on ZYNQ7045+V7 FPGA (Part 2)
- [Domestically Developed Virtual Instruments] Multi-channel Synchronous Data Acquisition Design Solution Based on ZYNQ7045+V7 FPGA (Part 1)
- RK3568/RK3588+LinuxCNC+EtherCAT Solution
- RK's Most Powerful ARM Series: RK3588 + AI + EtherCAT (Linux + Xenomai + IGH) Real-time Solution
- Design of a Distributed Data Acquisition System Based on Domestic FPGA
- [Domestic Virtual Instruments] Design of a Power Quality Analyzer Based on ARM+FPGA+8-channel High-speed AD to Replace National Instruments' Solution (Part 1) Introduction to the NI Solution
- STM32 ARM+FPGA-based Power Quality Analyzer Solution (Part 1) Hardware Design
- STM32 ARM+FPGA-based Power Quality Analyzer Solution (Part 2) Software Design
- AM62X+FPGA+AD+VxWorks Real-time Operating System Data Acquisition and Processing Solution
- 【Domestic Virtual Instruments】ZYNQ-based Acoustic Emission Acquisition System Solution
- Design and Implementation of a Low-Latency Video Transmission System Based on RK3399/RK3588 H.265/HEVC
- RK3588-based High-Performance AI Edge Computing Gateway
- RK3399+FPGA-based Ground Test Bench Multi-parameter Data Logger Solution (Part 1) Software Design and Testing
- RK3399+FPGA-based Ground Test Bench Multi-parameter Data Logger Solution (Part 1) Hardware Design
- NXP IMX8M + EtherCAT+CODESYS Industrial Real-time Motion Control Solution
- LS1028/LS1043/LS1046 + FPGA + TSN Multi-path Time-Sensitive Networking Smart Industrial Gateway Solution
- 3U VPX Solution Based on Domestic RK3588 and Multi-Channel H.265 Video Encoding/Decoding and Transcoding
- RK3588+FPGA+Cameralink High-Speed Camera Solution
- Industrial Internet-based RV1126+AI Security Monocular/Binocular HD Visual Analysis and Counting Solution
- Based on Fudan Micro FMQL45T900 All-Domestic ARM+FPGA Core Board Solution
- High-Speed Data Acquisition and Image Processing Solution Based on Fudan Micro JFM7K325T Fully Domestic FPGA
- 【Domestic Virtual Instrument】High-Speed Data Acquisition Platform Based on JFM7K325T (Fudan Micro FPGA)
- [Domestic Virtual Instrument] Design of a Dual-Channel 6.4GSPS High-Speed Data Acquisition Module Based on FPGA and JESD204B Clocking (Part 1) Overall Scheme
- Domestic Virtual Instrument: DSP+FPGA+ADS1282-Based 32-bit High-Precision Data Acquisition Solution (Part 1)
- [Domestic Virtual Instrument] Simulation Design of High-Speed Data Acquisition Circuit for Semiconductor Motion Stage Based on DSP+FPGA+AD+ENDAC (Part 4)
- [Domestic Virtual Instruments] High-Speed Data Acquisition FPGA EnDat Design for Semiconductor Motion Stages Based on DSP+FPGA (Part 3)
- [Domestic Virtual Instrument] PXI 24-Bit Dynamic Signal Data Acquisition Module Hardware and Software Design Solution, Supporting Domestic Production
- 【Domestic Virtual Instrument】DSP+ARM+FPGA-based Solution for Sound and Vibration Signal Acquisition
- [Domestic Virtual Instruments] Design of a Dual-Channel 6.4GSPS High-Speed Data Acquisition Module Based on FPGA+JESD204B Clock (Part 2) Research on JESD204B Link Establishment and Synchronization Process
- [Domestic Virtual Instrument] High-Precision 32-Bit Data Acquisition Solution Based on DSP+FPGA+ADS1282 (Part 3): System Performance Testing
- 【Domestic Virtual Instrument】DSP+FPGA+ADS1282-based 32-Bit High-Precision Data Acquisition Solution (II) Analog Circuit Design
- [Domestic Virtual Instrument] Zynq-Based Radar 10Gbps High-Speed PCIe Data Acquisition Card Solution (Part 3) Software Design
- Domestic Virtual Instruments: Zynq-based Radar 10Gbps High-Speed PCIe Data Acquisition Card Solution (Part 2) Hardware Design
- Domestic Virtual Instruments: Zynq-based Radar 10Gbps High-Speed PCIe Data Acquisition Card Solution (Part 1) Overall Design
- Domestic Virtual Instrument: Design of a ZYNQ-based High-Speed Data Acquisition System for Power Quality
- [Domestic Virtual Instrument] 4-Channel 12.6GSPS Sampling Rate 16-bit DA Playback FMC JESD204B Interface Daughter Card Module Based on AD9172/AD9176
- Domestic Virtual Instrument: 4-Channel 3.2 GSPS (or configurable to 2-Channel 6.4 GSPS) 12-bit ADC Acquisition FMC+ Daughter Card Module
- Domestic Virtual Instruments: Application of China-made Data Acquisition Virtual Instrument Boards with LabVIEW
- [Domestic Virtual Instrument] FPGA+JESD204B Clock Dual-Channel 6.4GSPS High-Speed Data Acquisition Design (Part 3) Continuous Multi-Segment Triggered Storage and Transmission Logic Design
- 【Domestic Virtual Instruments】Design of Data Acquisition and Analysis Software in a Domestically Developed PXI Test System
- Application of SylixOS + Phytium All-Domestic Real-time Operating System and All-Domestic Motherboard Industrial Control Solution in Power Products
- Design of a Robotic System with Handheld Control Based on IMX8 and Real-time EtherCAT
- CameraLink HD Medical Imaging Analysis Module
- AD96808 FMC Module, Featuring 8-Channel, 14-bit, 500MSPS/1GSPS/1.25GSPS ADC Acquisition
- AD9680 + JESD204B Interface + FPGA FMC High-Speed Data Acquisition Board
- Software Defined Radio Processing Platform Based on MPSOC, C6678, and High-Precision AD/DA
- High-Performance Integrated Video and Image Processing Platform Based on HiSilicon Hi3531 ARM + Kintex-7 FPGA
- Implementation Solution for a Large-Capacity Solid-State Storage Board Based on NXP + FPGA
- Intel i3/i5/i7 + FPGA-based Vision Controller with 4 POE GigE Ports
- Robot Controller Based on Intel x86 + FPGA, Supporting SLAM, LiDAR, and AI Acceleration
- Key Considerations for Custom Industrial Motherboard Selection
- RK3588s-based Industrial Gateway Switch with High AI Computing Power and Multi-port Networking, Supporting 5 Gigabit HD Cameras
- RK3588 Flagship 32TOPS AI Multi-Network Port Edge Intelligent Gateway Switch
- Vehicle-mounted Railway M12 Industrial Switch 3U Rail Transit Board-Level Switch Design Solution
- AI Cross-Modal Person Re-Identification Method and Application Based on RK3588+TensorFlow
- Domestic Alternative Solution for NI Virtual Instrument High-Precision Data Acquisition Card Controllers
- Semiconductor Motion Stage High-Speed Data Acquisition FPGA Design Based on DSP+FPGA+AD+EnDat (Part 2)
- Lithography Machine High-Speed Data Acquisition and Servo Interface System Design Based on DSP+FPGA+AD+EnDat Fiber Optic Transmission (Part 1)
- Architecture and Operating Principles of a DSP+FPGA+ADC-Based High-Speed Data Acquisition System
- VPX and PXI Boards: High-Precision Data Acquisition and Virtual Instrument Design
- LS1028-Based TSN Switch Software System Design and Implementation (Part 3)
- LS1028 TSN Switch Hardware System Design and Implementation (Part 2)
- Implementation Method for ARM+FPGA+AD Multi-Board Multi-Channel Synchronous Acquisition Based on JESD204B Protocol
- LS1028+TSN+VxWorks Real-time System Solution
- LS1028 TSN Time-Sensitive Networking Switch Solution (Part 1) Introduction to TSN
- DSP+FPGA-based Multi-axis Motion Control Platform (Part 1) Hardware Design
- Design of an Underwater Information Fusion System Based on DSP+FPGA+1553B Bus
- Design and Implementation of a Blast Wave Overpressure Test System Based on DSP+FPGA+AD9238
- DSP+FPGA-based Airborne Radar Servo Control System (Part 2) Power Simulation
- Hardware Design and Development of an Airborne Radar Servo Control System Based on DSP+FPGA (Part 1) Overall Design
- FPGA+DSP-based Shockwave Overpressure Test System Design and Implementation - System Testing (Part 2)
- RK3399 + Kylin Industrial Tablet Solution
- Design and Implementation of an Air Data Measurement Device Based on Domestic FPGA, DSP, and 1553B Bus
- 2-6 Axis Dispensing Control System Solution Design
- Integrated Design Solution for Vision Controller and Smart Vision Software
- X86 Vision Controller + Light Source Controller Solution Design
- ZYNQ ARM+FPGA Binocular Stereo Vision Controller Design and Implementation (Part 1)
- AM64X/AM62X + FPGA Inter-Core Communication Solution
- AM62X +FPGA+AD/DA TSN Industrial Gateway Solution
- Design and Implementation of a 1553B Bus Controller Test System Based on ZYNQ 7000
- My Views on Empowering Humanoid Robots with ChatGPT Large Models
- ChatGPT + Robot Controller Integration (Part 1)
- ChatGPT + Secure Robot Controller + Integrated Chassis Solution: A Design Concept
- Large Model Multimodal ChatGPT + Autonomous Driving Controller Design Solution
- ChatGPT + Industrial Robots/Autonomous Driving Controllers: Some Experiments
- ZYNQ+AD8285 High-Speed Millimeter-Wave Radar Data Acquisition System Design
- Design of an Integrated Board Featuring AM62x TSN Switch, FPGA, and High-Speed AD Acquisition
- Key Technology Research and Development of a ZYNQ+Linux+Xenomai-based Multi-axis Motion Control Platform - Test System Setup (Part 4)
- Research and Development of Key Technologies for ZYNQ-based Multi-axis Motion Control Platform - Linux + Xenomai Open-source Real-time System Design (Part 3)
- 基于ZYNQ 的多轴运动控制平台关键技术研发-Linux+xenomai开源实时系统设计(二）
- Key Technology Development for Multi-Axis Motion Control Platform Based on ZYNQ – Overall Architecture Design (Part 1)
- ZYNQ-based Mobile Robot Controller Design (Part 1)
- Zynq+AD+DA-based Shaking Table Controller Testing and Verification (Part 4)
- FPGA Algorithm Implementation of a Shaker Controller Based on Zynq+AD+DA (Part 3)
- Zynq+AD+DA-based Vibration Table Controller Architecture Design and Algorithm Implementation - Overall Architecture Design (Part 2)
- Vibration Table Controller Architecture Design and Algorithm Implementation Based on Zynq + AD + DA - Overall Architecture Design (Part 1)
- Design of a CAN Bus Motion Controller for Soft Robots Based on STM32 ARM+ FPGA
- Fudan Micro ZYNQ7020 Domestic Replacement Solution Design
- Autonomous Mobile Robot (AMR) Controller Design and Experimentation (Part 1)
- ARM+FPGA-Based Mobile Robot Controller Design
- Motion Controller Design Based on ZYNQ7020 ARM+FPGA
- Glass Polishing Bus Control Solution Design
- Design and Implementation of an Autonomous Driving Domain Controller for Intelligent Vehicles Based on NVIDIA Xavier - Baidu Apollo Architecture (Part 2)
- Design and Implementation of an Autonomous Driving Domain Controller for Intelligent Vehicles Based on NVIDIA Xavier (Part 1)
- RK3588 AI High-Performance 5-Port Industrial Switch
- Software Design for Intel SoC+FPGA-based Smart Cockpit and Advanced Driver-Assistance Systems (Part 3)
- Hardware Design of Intel x86 + FPGA-based Smart Cockpit and Advanced Driver Assistance Systems (Part 2)
- Vehicle Smart Cockpit and ADAS Design Based on x86 SoC (Part 1)
- Autonomous Driving Planning and Control Hardware-Software Integrated Controller Solution (Part 1)
- VPX Ethernet Switch Board Design Based on Loongson + Domestic FPGA (Part 3)
- VPX Ethernet Switch Board Design Based on Loongson + Domestic FPGA (II)
- Design of a VPX Ethernet Switch Board Based on Loongson + Domestic FPGA (Part 1)
- RK3399+FPGA+MIPI Solution Details: subLVDS to MIPI Processing
- Software Design for a Multi-parameter Data Logger Test Platform on an RK3399+Linux QT Ground Test Bench (Part 2)
- Software Design of a Multi-Parameter Data Recorder Test Platform Based on RK3399 + Linux QT
- Embedded Linux System Porting and Driver Design Based on Loongson 2K1000 (II)
- Embedded Linux System Porting and Driver Design Based on Loongson 2K1000 (Part 1)
- Development of a High-Definition Image Tracking System Based on DSP+FPGA
- Hardware Design and Development of an Airborne Radar Servo Control System Based on DSP+FPGA
- Design of a Medical Video Terminal Based on RK3399+5G
- Software Design of a Gas Well Controller Based on Loongson CPU (Part 3)
- Research and Design of a Gas Well Industrial Gateway Based on Domestic Loongson CPU (II)
- Research and Design of Gas Well Industrial Gateway Based on Domestic Loongson CPU (Part 1)
- Research and Development of a VPX Bus-Based Wafer Stage Motion Control System - DSP+FPGA Hardware Architecture (Part 1)
- Research and Development of a VPX Bus-based Wafer Stage Motion Control System - Taking a Lithography Stage as an Example (Part 1)
- Design of a Quadrotor Tracking and Control System Based on RK3399+STM32+PID
- AI Image System Design for Object Detection Based on RK3399 + YOLO
- Design of a Traffic Monitoring System Based on RK3399, 5G Communication, and Image Enhancement Algorithms
- Design of a Multi-axis Motion Controller Based on STM32+FPGA
- Design of a High-Speed Motion Controller Based on DSP+FPGA
- Design and Implementation of a Handheld Stabilized Gimbal Based on RK3399 and PID
- A Design Solution for a High-speed Industrial Camera based on RK3399+MIPI+FPGA (Part 1)
- Application of RK3399+PCIe+FPGA in High-Speed AD Wireless Communication
- A Design Solution for a High-speed Industrial Camera with RK3399+MIPI+FPGA (Part 3)
- A Design Solution for a High-Speed Industrial Camera Based on RK3399+MIPI+FPGA (Part 2)
- A Design Solution for a Power Trusted IoT AI Gateway Based on RK3568+STM32+AD8684
- Research on Automated Optical Inspection of PCB Pads and Gold Fingers
- Design of an Online Visual Inspection System for Defects in Large-Format Flexible Printed Circuit Boards
- Research on Flexible Printed Circuit Board Defect Detection Methods
- Design of Multi-Model Smartphone Exterior Cleaning and Inspection Equipment
- Fully Domestically Produced Loongson 2K0500 Multi-functional SoC Processor and its Solutions
- 100% Domestic Loongson 2K1000 Design Solution
- FPGA-based State Machine Design and Implementation of an EtherCAT Slave
- FeiTeng FT-2000/4 Processor + Fudan Micro FPGA + Domestic Operating System Solution (Part 2)
- Phytium FT-2000/4 Processor + Fudan Micro FPGA + Domestic Operating System Solution
- Domestically Produced Fudan Micro FMQL45T900 ZYNQ7045 ARM+FPGA Development Platform
- XMC4800 EtherCAT Slave-Based Factory Automation Solution
- EtherCAT I/O Motor Control Robot Slave Controller Design
- Overview of SI/PI Simulation: Active High-Speed Signals, Impedance, and Filtering Solution Analysis
- Evaluating EtherCAT Slave Node Solutions
- EtherCAT Slave Design and FOC Servo Motor Current Loop Control
- Design of a Controller for a Semiconductor Motion Stage for Wafer Inspection (Part 2)
- High-Speed High-Precision Semiconductor Motion Stage Design (Part 2)
- Mechatrolink III to EtherCAT Gateway Module Solution
- FPGA EtherCAT Master PCIe Acceleration Card Based on Linux + Xenomai Real-time System
- High-Speed High-Precision Semiconductor Motion Stage Design (Part 1)
- Custom Design Solution for Host Computer Industrial Software in Semiconductor and New Energy Intelligent Equipment
- Domestic Real-time Operating System + Intel x86/Loongson Platform Hyper-Edge Computer Solution
- RF Solution Based on AD936X and Intel FPGA
- Cyclone V-based USB3.0/GIGE Industrial Camera Module Design Solution
- FPGA-Based Solution for Low-Latency Professional-Grade 4K AV Signal Transmission over 1Gb Ethernet
- Control and Implementation of a DSP+FPGA-Based High-Speed Macro-Micro Semiconductor Motion Platform
- Design of a Controller for Semiconductor Wafer Inspection Motion Stages
- 3U Rail Transit Vehicle-mounted Industrial-grade M12 PoE Switch, IP66 Protection Rating
- Intel-based In-vehicle M12 Managed Switch Solution with 13 Ethernet Ports and Bypass Function Support
- Edge AI Gateway Rapidly Boosts Air Compressor Applications
- Intel Low-Power Platform-Based Edge Computing Solution Boosts Semiconductor Equipment Upgrade
- Implementing Device AI and Smart Data Transformation on Intel+FPGA Platforms
- Intel® Core™ i5-Based Robot Controller
- Applications of Intel® Celeron/i3/i5 Wall-mounted Fanless Industrial PCs in Machine Vision
- Wafer-Level Flip Chip Bonder and Control System
- Excellent Computing Performance for Semiconductor and Integrated Circuit Test Equipment Based on Intel Lake-UP3 Platform
- Ultrasound Equipment Solution Design Based on Intel Lake-UP3 Platform, Offering Excellent Graphics and AI Performance
- X86-based Compute Board Accelerating Edge AI Applications
- Design and Implementation of an EtherCAT Master Based on ARM + FPGA
- RV1126/RV1109 IPC Board + RK3568 + HarmonyOS AI Video Solution
- Allwinner T3 ARM+EtherCAT+Codesys Industrial Controller Design Solution
- AGV Mobile Robot and Autonomous Forklift Controller Design
- 3D视觉识别案例：3D无序棒料抓取,阀体圆环上下料,电机定子上料
- 3D Vision Application Cases: Automated Loading of Flange Parts, Engine Hoods, Control Arms, and Wheel Hub Picking for Racking
- 3D Vision Application Cases: Guided Part Localization and Grasping
- RK3568 OpenHarmony-based Agricultural Financial Service Terminal Design Solution
- OpenHarmony-based RK3568 Commercial Display Board Solution
- RK3568 + HarmonyOS Teaching and Experiment Platform: HarmonyOS Certified Design Solution
- Ultra-Low Latency 4K Customizable Professional Vision Computing Platform
- FPGA+MPU+MCU-Based Fully Automatic Blood Cell Analyzer Solution
- PROFINET to EtherCAT Gateway Solution Design
- Elevator IoT Gateway Hardware-Software Integrated Solution
- Smart Terminal Testing Solution
- Intelligent Service Robot Products and Solutions
- Hardware & OS Testing Solutions
- Motion Control, Machine Vision, Intelligent Manufacturing Host System Customized Solution
- 24G Security Radar - Radar-Vision Integrated System - Traffic Flow Radar - Speed and Distance Measurement - 77G Millimeter-Wave Radar
- ZYNQ RFSoC Development Board - USRP Software Defined Radio X410mini Development Board - 5G Evaluation Board
- Array Camera - Light Field Camera - AI Binocular Thermal Camera - Infrared AI Recognition Camera
- Helicopter FPGA Multi-channel Video Capture, OSD Character Overlay, and Fusion Board Design with VGA-HDMI-DVI-SDI Capture
- Custom Virtex-4 CameraLink Development Board with PCI Image Acquisition Card, FPGA-HDMI Encoding, and LVDS Camera Support
- Design and Testing of a Ground Surveillance Radar System
- UAV Detection Radar Software and Hardware Solution
- Three-Coordinate Low-Altitude Target Early Warning and Detection Radar Solution
- C6678+K7+AD9253/AD9783 8-Channel AD High-Speed Signal Processing Board
- C6678/C6657+ZYNQ/K7/A7 FPGA+AD+Beidou Hardware and Software Design Solution
- Domestic ARM+FPGA+AD Low-Cost High-Performance Data Acquisition Card Solution
- Surgical Robot Hardware and Software Design Solution
- NXP i.MX8-based EtherCAT Real-time Motion Controller Design: Linux+Xenomai+IGH+RTnet
- 国产EDA与FPGA芯片验证方案
- RK3588 + AI Industrial Vision Inspection Design Solution
- RK3588 + AI Video Structuring Algorithm Design Solution
- AI Security Detection Solution Based on RK1126 with Support for Custom AI Algorithm Development
- RK3588 AI Edge Computing Smart Transportation Intelligent Security Industrial Motherboard Design Solution
- SI+PI Co-Simulation Analysis of DDR3/DDR4 for Domestic DSP+ARM+FPGA Chips
- Cost-Effective Algorithm Acceleration Platform for Lattice FPGA + PCIe + x86 Servers
- Loongson + Fudan Micro FPGA Fully Domestic VPX High-Speed Data Acquisition Card Solution
- Image Recognition Hardware Design and Algorithm Implementation Based on Domestic Galaxy Phytium Multi-core DSP + FPGA
- ARM+FPGA Medical Image Processing Solution
- Design of an Intelligent Human-Machine Interaction System Based on Domestic ARM + FPGA + Codesys Motion Control Platform
- RK3399pro + K7/A7 FPGA + AI Domestic Artificial Intelligence Image Processing Platform
- Metal Hardmask Physical Vapor Deposition System
- Physical Vapor Deposition Semiconductor Equipment PVD DSP/ARM+FPGA Controller Design
- Solar Controllers in IoT and AI Systems - Integrated Storage and Control Unit (2)
- 8-inch Aluminum Metal Etching Semiconductor Equipment DSP/ARM+FPGA Motion Controller
- Fully Automatic Deep Cavity Wire Bonder DSP+FPGA Controller Solution
- Beckhoff XTS | Magnetic-driven Flexible Transport System with Circular Track, EtherCAT DSP+FPGA Controller
- Soft PLC Solution on RK3568 + CODESYS ARM+LINUX Hardware Platform
- HarmonyOS + Rockchip Live Streaming All-in-One Machine Solution: 8K 8-Core CPU Hardware and Software
- TMS320C6678 + XC7K160T DSP+FPGA+ AD 24bit High-Precision, High-Performance Domestic Mainboard Design Solution
- Autonomous Driving Nvidia Jetson + FPGA Design Solution
- ARM/DSP+FPGA运动控制机器视觉控制器方案定制
- Domestically Developed FPGA-based EtherCAT Slave Real-time Low-Cost Motion Control System Solution
- DSP/ARM+FPGA-based PLC-like High-Performance High Real-time EtherCAT Motion Control System Solution
- Domestic RK3588+DSP+FPGA+AI Industrial Vision Motherboard Solution
- Domestic DSP/ARM + Fudan Micro ZYNQ/A7/K7 FPGA Series Solutions
- Application of DSP+FPGA Main Control Board Design Solution Based on C6657 + Domestic FPGA in Nuclear Power Robots
- RK3588+AI+FPGA Image Processing Hardware Algorithm Acceleration Solution
- RK3399+XILINX K7 FPGA Applied in Radar, Communication, Telemetry, Imaging, and Other Fields
- AM5728 + XILINX Artix7/Kintex7 Triple-Core High-Speed Image and Data Signal Acquisition Processing Platform
- Overall Software System Solution Design for Semiconductor and New Energy Intelligent Equipment
- Driver Development — Steadfast and Diligent Learning
- Introduction to DSP+ARM+FPGA High-Speed PCIe/Gigabit Ethernet Signal Simulation
- Embedded XM-RK3568 Industrial Interconnection Solution Featuring OpenHarmony OS
- RK3568 + HarmonyOS Industrial Tablet and Digital Signage Solution Design
- RK3588+FPGA High-Speed Image Processing and Communication Processor Solution
- Nvidia AGX Xavier GMSL Autonomous Driving Controller Design Solution
- Spiking Neural Network (SNN) Tape-out Verification for Neuromorphic Chips
- Xinmai Offers Open-Source EtherCAT Master IgH Examples for Platforms Including ZYNQ, AM5728, AM5708, AM437x, AM335x, and STM32+FPGA
- 信迈基于FPGA ZYNQ的Ethercat高实时工业控制解决方案
- DSP+ARM+FPGA Main Control Board Design Solution Based on C6657+ZYNQ7045
- RK3399pro YOLOv5 AI Accelerated Inference Solution
- 16-Channel High-Speed ADC Data Acquisition System Based on Kintex-7 FPGA + Nvidia TX2
- RK3568 + HarmonyOS Industrial Control Board for Industrial Gateway and Video Gateway Solutions
- Rockchip RK3399/RK3568 + FPGA Hardware Acceleration Design Solution
- Design of an AI Image Acceleration Board Based on Nvidia Jetson + FPGA (ZYNQ)
- RK3568 Multi-Gigabit Ethernet Android Video Controller: A Fully Domestic Solution
- 基于Nvidia jetson NX的边缘端人工智能解决方案
- RK3568-based Low-Cost 6-Port Gigabit Ethernet AI Industrial Gateway Design Solution
- Ximea's Technical Approach and Application Scenarios for 3D Machine Vision
- Zynq FPGA Low Latency H.264 Design Solution (Encoding + Decoding < 1ms)
- Implementation of a ZYNQ-based Wireless Ultrasound Data Transmission and Display System
- Design and Implementation of a ZYNQ+AD9361-based Software Defined Radio Platform (2)
- Design and Implementation of an EOD Robot Control System Based on DSP+FPGA
- Semiconductor Equipment C66x DSP+FPGA Motion Controller Design
- ZYNQ Lidar-Visual SLAM Algorithm Porting and Design
- Optimization and Implementation of a Zynq-based CNN Image Recognition Algorithm
- High-Performance Domestic Signal Processing Platform: Domestic DSP + FPGA + AI NPU Anlu Ziguang Solution
- Xilinx Zynq 7045 Implementation of Xinmai ISP IP Supporting 29 CMOS Sensors
- ZYNQ-Based Mobile Robot Controller Design (3) – Controller Hardware Selection (Continued)
- ZYNQ-Based Mobile Robot Controller Design (3) Controller Hardware Selection
- ZYNQ-based Mobile Robot Controller Design (2) Design Approach
- ZYNQ-based Mobile Robot Controller Design (1) Background
- DSP/ARM+FPGA Custom Motion Controller for Engraving Machines and CNC Machine Tools
- Architecture of a High-Speed Data Processing Board Based on C66x and Domestic FPGA
- Porting SOEM EtherCAT on TI DSP RTOS
- Low-Cost, High Real-Time EtherCAT Motion Controller Solution Based on ARM+FPGA
- Design of Injection Molding Machine Motion Controller and Algorithms Based on DSP
- TMS320F2837x + Spartan6/Domestic FPGA Low-Cost High-Real-Time Injection Molding Machine Motion Controller Hardware and Software Design Solution
- DSP+FPGA TMS320C665x + Xilinx Artix-7 High-Speed Data Acquisition and Processing Solution
- TI TMS320C665x + Xilinx Artix-7 DSP+ARM Inter-core Communication Solution
- Real-time Industrial Ethernet EtherCAT Master Implementation Based on AM5728 DSP+ARM+FPGA
- CNC Machine Tool On-site Data Acquisition and Edge Computing Solution
- Open-Source EtherCAT Motion Control All-in-One Solution Based on AM5728 Linux
- TMS320C665x + Xilinx Artix7 DSP+FPGA High-Speed Core Board
- Cost-Effective, High Real-Time EtherCAT Fieldbus Industrial Motion Control Solution
- ZYNQ-Based WiFi Solution Implementation and Testing
- Zynq LTE Base Station Design and Implementation
- Design and Implementation of an Industrial Robot Control System Based on AM5728 DSP+ARM
- ZYNQ-based Data Storage and Real-time Imaging System
- Design and Implementation of a ZYNQ+AD9361 Based Software-Defined Radio Platform
- Applications of the AM5728 DSP+ARM Platform in 5G Industrial Gateways, Industrial Data Acquisition, and Edge Computing
- MQTT Acquisition Protocol Converter to 103 104 cdt 61850 Environmental Monitoring Industrial Gateway, Customizable Trial
- EtherCAT Master on FPGA AM5728: High Real-time with Encryption for 32 Axes
- Xinmai TMS320C6655 + Xilinx Artix-7 Evaluation Board: DSP+FPGA High-Speed Data Acquisition, Motion Control, Machine Vision Integrated Card
- XM6748F-IDK TMS320C6748+FPGA High-Speed Data Acquisition and Processing Platform
- OMAP-L138 FPGA Triple-Core High-Speed Data Acquisition and Processing Core Platform Solution
- OMAPL138 + FPGA AD7606 Data Acquisition Test
- Design and Implementation of a Sound Source Localization System Based on the OMAP Platform
- Design and Implementation of a 48-Channel Data Acquisition System Based on OMAPL138 + FPGA
- Design of a Heterogeneous Multi-core Motion Controller Based on OMAPL138 + FPGA
- 77GHz Automotive Anti-collision Radar Signal Processing Design and Implementation
- OMAPL138+FPGA-based IF Data Acquisition and Storage System for Ship Automatic Identification System
- AM5728 Preempt-RT Igh EtherCAT Installation and Testing
- Implementing an SDR Software Defined Radio System Based on OMAP-L138 DSP+ARM Processor and FPGA
- Hardware Design and Implementation of an SDR OMAP Platform for Underwater Acoustic Communication
- Design of a Three-Phase Power Quality Analyzer Based on OMAP-L138 + FPGA
- Design and Application of a Multi-channel PWM Generator Based on OMAPL138+FPGA
- Design and Implementation of a High-Precision BeiDou Receiver Based on C6748+FPGA
- Design of a Wireless Digital Remote Blasting System for Seismic Exploration Based on OMAPL138+FPGA
- Design of Distributed Fiber Optic Sensor System Based on OMAPL138 + FPGA
- Ximai AM5728 Development Board USB3.0 Industrial Camera Development
- 基于AM5728的PROFIBUS 通信测试
- Xinming AM5728 CAN Bus Test Method
- High-Performance and High-Stability Medical Test Analyzer System Based on AM5728
- Design of a Portable Equipment Condition Monitoring and Diagnostic Instrument Based on OMAP-L138
- Power Data Acquisition and Transmission Design Based on OMAPL138 + Xilinx Spartan-6
- Xinming TI OMAP-L138 (Fixed/Floating-Point DSP C674x + ARM9) + Xilinx Spartan-6 FPGA Development Board Specification
- OMAPL138 + SPARTAN6 DSP+ARM+FPGA Development Examples
- C6748/OMAPL138 Network Web Server/Socket Example Development
- Research and Implementation of a Reactive Power Compensation System Structure for a Static Synchronous Compensator Based on OMAPL138+FPGA
- Impressions from Testing the C6748 + SPARTAN6 Core Board and Evaluation Board
- IoT Gateway Solution Based on AM335X
- Design and Implementation of an OMAPL138+FPGA-based RF Direct Sampling Weather Facsimile Receiver
- In Vitro Diagnostic Solution Based on AM5728
- AM5728 Evaluation Board – Dual-Core Cortex-A15, Up to 1.5GHz per Core
- AM5728 Industrial PC and Industrial Panel Motion Control Solution
- Design and Implementation of a Power Quality Analyzer Based on C6748 DSP+FPGA
- Online Monitoring System for Power Parallel Capacitor Equipment Based on OMAPL138 DSP+ARM
- ADCP Signal Processing System Based on C6748 DSP + FPGA Acoustic Doppler Current Profiler
- Research on LFMCW Radar Signal Processing Algorithms Based on C6748 DSP + FPGA
- Design and Application of a Software Radio Platform Based on C6748 DSP and FPGA
- Target Detection Method and Platform Design for C6748 + FPGA Based Angle and Range Measurement Continuous Wave Radar
- Modular Design and Implementation of a C6748 DSP+FPGA MIMO Radar Verification System
- Design of an Embedded Spray Painting Robot Controller Based on OMAPL138 + FPGA
- Design of a 77GHz Automotive Anti-Collision Radar Signal Processing Platform Based on OMAPL138/C6748 + SPARTAN-6
- High-Speed Data Acquisition and Storage System Based on OMAPL138/C6748 + SPARTAN6
- OMAPL138 Power/HDMI/Camera/UART/LCD Schematics Sharing
- 基于AM5728的OpenCL例程开发分享
- AM5728 DSP JTAG Connection and Debugging Method
- 基于AM5728 Caffe 机器学习案例-darknet物体分类与人脸识别
- OMAPL138 TI Official Website Development Resources Collection
- OMAPL138 Duntai I2C LCD Touchscreen Driver Porting
- LCD Touchscreen Interface on Xinmingxin AM5728_am5718 Development Board
- Issues Encountered During LCD Porting (AM5728)
- Research and Design of an OFDM Underwater Acoustic Communication System Based on OMAPL138 DSP+ARM
- Development of a Rail Transit Sela Door Controller Based on OMAPL138 DSP+ARM Dual-Core CPU
- 基于TI C6748+ SPARTAN6的多核异构评估板解决方案
- OMAPL138+SPARTAN6 Core Board and Evaluation Board Review
- XM5728_IDK_V3 Gigabit Network Speed Test Guide Using iperf on AM5728
- Porting Xenomai Real-time Operating System to TI AM5728
- AM5728 eHRPWM Driver and Interrupt Design Notes
- AM5728 OpenCL Case Studies: Implementing Sobel Algorithm, Vector Summation, and Matrix Transposition
- AM5728 High-Performance SoC Meets Industrial Protocol Support, Big Data Computing, and Real-Time Control Needs, Suitable for Image Processing and Power Protocol Management
- Solution to Error E: Package 'unrar' has no installation candidate when installing rar/unrar on Ubuntu
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- Design and Application of a Hemodialysis Machine Control System Based on AM5728
- Designing a Reliable and Convenient Outdoor Workstation Based on the AM5728 Core Board
- Design of an Intelligent Power Inspection Robot Based on AM5728 DSP+ARM
- Rugged Wide-Temperature AM5728 Solution for High-Speed Rail Pantograph Video Monitoring Assessment
- XM5728-GW IoT Gateway: Smart Agriculture System Solution
- Edge AI Gateway Accelerates Air Compressor Applications
- Image Acquisition and Processing Application with AM5728 + QT, Chinese Font Display
- Big Data Water Quality Monitoring IoT System Based on AM5728 DSP+ARM
- AM5728 Clock Synchronization Protocol PTP 1588 Support, Master-Slave Implementation, and Achievable Accuracy
- AM5728 OpenCV 4.4 Porting Experience Sharing Part 2: How to Run Examples
- AM5728 OpenCV 4.4 Porting Success Experience Sharing
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- AM5728 DSP+ARM-Based Industrial Automation Production Line Solution
- AM5728 DSP+ARM-based Industrial Motion Control - CNC Machine Tools - Industrial Motion Controller System Solution
- AM5728 DSP+ARM Array Microphone Solution
- AM5728 DSP+ARM-based Smart Control Unit for Vending Machines
- Implementing a Wireless Magnetic Vehicle Detection Gateway on the AM5728 DSP+ARM Platform
- Large-Scale Blood Analyzer Based on AM5728 DSP+ARM+FPGA
- Online Infrared Thermal Imager and Power Infrared Monitoring System Based on AM5728 DSP+ARM
- AM5728 DSP+ARM-based Power Data Concentrator
- 基于TI AM5728设计3D打印机方案
- Design of a Sanitation Vehicle DVR Solution Based on TI AM5728
- Sharing Experience in Secondary Development Based on AM5728 Development Board
- Audio Analysis Using AM5728 DSP + ARM
- Video Surveillance Smoke Detection System Based on AM5728 DSP+ARM
- Autonomous Obstacle Avoidance System for UAVs Based on OMAPL138 DSP+ARM+FPGA, Millimeter-Wave Radar, and Monocular Vision Fusion
- TI DSP TMS320C66x (1) Hardware Overview
- Design and Implementation of AM5728 DSP+ARM-Based Logistics Robots for Automated Sorting and Delivery, AGV
- Embedded License Plate Recognition Based on AM5728 DSP+ARM Platform
- High-Speed Interface Design for a Heterogeneous Multi-Core Motion Controller Based on AM5728 and FPGA
- AM335X and AM5728 NOR Flash Boot
- Application of the AM5728 DSP+ARM Platform in Navigation Control Systems
- TI AM5728 DSP+ARM+FPGA Heterogeneous Multi-Core Industrial Control Processor
- Introduction to AM5728 DSP+ARM Industrial Data Bus Usage for EtherCAT/PROFIBUS/CAN/RS485
- Xinxin AM5728-IDK Development Board Baseboard Schematic for Secondary Development
- High-Speed AD Data Acquisition and Processing Design and Implementation Based on AM5728 DSP+ARM Platform
- OMAPL138 + SPARTAN6 DSP+ARM+FPGA Core Board Solution
- AM5728 uboot Execution Flow
- AM5728 + Euresys Industrial Camera Image Processing Case Study
- Industrial 4.0 High-Speed Data Acquisition Solution Based on AM5728 DSP+ARM
- Applications of AM5728-based 5G Smart Gateways in the Industrial Internet
- Desktop Robot Development Case Study Based on AM5728 Development Board
- AM5728-Based Industrial IoT Data Acquisition Platform
- Design of Harvesting Manipulator Control System Based on AM5728 DSP+ARM
- TI AM5728 RTOS Environment Setup Notes
- AM5728 CPSW Ethernet Port Debugging Notes
- TI AM5728 DSP+ARM Multi-core Communication Development Example
- Sienovo AM5728 CAN Bus Testing and SDK Upgrade, Linux CAN Debugging Commands
- AM5728 High-Performance Computing (Parallel Computing) OpenCL/OpenMP Introduction and Testing
- Sienovo AM5728 DSP+ARM High-Performance Image Processing Core Board Features Introduction
- Research and Development of an AM5728 DSP + ARM-based Online Fault Monitoring System for Wind Turbines
- High-Speed Multi-Channel Data Acquisition and Processing System Based on Sienovo AM5728 Core Board
- Design of an Embedded Binocular Stereo Vision Hardware and Software Platform Based on AM5728 DSP+ARM
- AM5728 Core Board Factory Test Notes
- TI AM5728 LCD Touchscreen Driver Porting and DTS Configuration
- AM5728 Linux Kernel Compilation Method
- AM5728-based High-Speed Image Processing Platform for Machine Vision
- AM5728-Based Power Quality Monitoring System
- Design of a Vision Sorting System Based on AM5728 EtherCAT Technology
- Design and Implementation of a Multi-axis Embedded Motion Controller Based on AM5728 EtherCAT
- A Brief Discussion on AM5728 Bare-Metal Debugging
- DSP No-Boot Mode Startup Debugging
- Implementing High-Speed Data Communication between AM5728 and FPGA via GPMC Interface
- DSP FPGA Real-time Image Processing Technology Survey
- DSP+ARM Dual-Core Power: Optimizing Your Applications
- TI AM5728 OMAP Platform BSP Learning Notes - LCD Driver (1)
- Which is Better for Image Processing: FPGA or DSP?
- Collection of DSP+ARM (OMAPL138) Industrial Applications, and How DSP and FPGA Collaborate
- TI AM5728 SDK Upgrade: Linux Device Tree Parsing, Taking the Network Port CPSW as an Example
- AM335x Boot Process (BootRom->MLO->Uboot) In-depth Source Code Analysis
- Fundamentals of UART, RS232, and RS485
- Understanding the CAN Bus
- Sienovo TI AM5728 DCAN Driver Deep Dive
- Prospects and Application Survey of DSP+FPGA
- How TI's DSP+ARM Dual-Core Architecture Communicates
- Reasons for Using Core Boards
- IPU Overview
- Comparison of ARM, DSP, and FPGA
- How to Change Time Zone and Time on Ubuntu
- Setting Up an HTTPS Server Using Nginx
- How to Configure HTTPS for Tomcat on Ubuntu
- Three Steps to Quickly Set Up an Android Development Environment (Download Package Includes Ready-to-Use SDK – No Need to Visit Google Sites, Convenient!)
- Summary of Multithreaded Programming
- Explaining the Socket send and recv Functions from a Protocol Perspective
- Differences Among HTTP GET, POST, PUT, and DELETE
- How Does a Mobile Phone Access the Internet? How Does 3G Establish a TCP Connection? How Does 3G Establish an HTTP Connection?
- Comprehensive Guide to C Language String Operations (Very Detailed)
- Understanding pthread_cond_wait() and pthread_cond_signal()
- HTTP Request Returns and Parses JSON Data
- Connection to http://dl-ssl.google.com refused
- android: Online Source Code Viewing Addresses
- MAC ,PHY, MII
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- Understanding the exec Family of Functions
- The Relationship Between Socket Connections and TCP Connections
- Difference Between Multithreading and Multiprocessing
- Difference between Buffer and Cache
- Illustrated Linux Boot Process
- Linux Initial RAM Disk (initrd) Overview
- Principles of Sharing Dynamic Link Libraries Among Multiple Processes
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- In-depth Understanding of pthread_cond_wait and pthread_cond_signal
- Makefile $@ $^ $< .c.o Variable Practice
- Linux Boot Process and a Brief Understanding of the /etc/rc.d/init.d/ Directory
- Linux Soft Links and Hard Links
- linux find
- Segmentation Fault and Coredump Debugging
- maKefile Learning: An Introduction
- Understanding Condition Variables
- Completely Uninstall MySQL on Ubuntu
- Recursive and Non-recursive Implementations of Binary Tree Traversal (C Language)
- Given a binary tree with post-order traversal sequence DABEC and in-order traversal sequence DEBAC, its pre-order traversal sequence is:
- Given that the postorder traversal sequence of a binary tree is DABEC and the inorder traversal sequence is DEBAC, what is its preorder traversal sequence?
- The break Statement
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- Interview: String Class Constructor and Destructor Implementation
- Interview: Union Memory Representation
- Interview: Clever Use of Binary
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- 【c++对象模型】
- [Interview] 3. How to Detect a Cycle in a Linked List? How to Calculate the Cycle's Length?
- 1588 Analysis and Implementation Overview
- Interview Topic Overview
- Interview Questions: Linux Topics
- Interview Questions: Data Structures Catalog
- Interview Question [2]: The Difference Between 'exit()' and '_exit()'
- Interview Question [1]: Is i++ an atomic operation? Explain why.
- Smart Pointers (auto_ptr and shared_ptr)
- htonl(),htons(),ntohl(),ntons()-- Endianness Conversion Functions
- Starting Wireshark Packet Capture as a Regular User in Linux
- Basic Operations and Usage of C++ map
- C语言模块化编程(我见过最好的)
- POSIX Thread-Specific Data
- Classic Interview Question
- Doubly Linked List Creation, Insertion, and Deletion
- [Interview] 4. Reversing a Singly Linked List
- Data Structure Interview Questions from Renowned Companies
- Map vs. Set: Differences and Similarities
- Mediator Pattern
- Adapter Pattern and Facade Pattern (Highly Recommended)
- Differences Between Mutex and Semaphore
- C Perspective (Part 1) - Any C Program Can Be Understood as a Pointer Pointing to a Character, Followed by Character Matching
- The Purpose of `static` (Scope, Storage Area, Lifetime)
- const int *p,const * int p,int const *p
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- Demystifying Binary Trees (Part One)
- Binary Search Implementation (C Code)
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- Detailed Explanation of PV Primitive Operations
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- Swapping Left and Right Children in a Binary Tree (Recursive and Iterative Methods)
- Four Processes A, B, C, D: A Writes to Buffer, B, C, D Read from Buffer, Implemented with P/V Operations
- Reverse Linked List
- The TASK_RUNNING Process Linked List in Linux
- Analysis of Linux Atomic Operations
- What is "asmlinkage"?
- IPC Message Queue System Call Source Code Entry Point: e.g., sys_msgsnd
- Meaning of SYSCALL_DEFINE
- Refactoring 1: Untangling and Decomposing a Messy Inheritance Hierarchy
- Meaning of `__read_mostly` Variables (LINUX)
- EXPORT_SYMBOL Meaning and Usage
- Defending Coupling, Vindicating Inheritance
- The Difference Between Aggregation and Composition
- Drafting: The Minimalist Approach
- Benefits of Software Engineers' Agility
- You are a Very Good Person
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- Reflections on Use Case Granularity and Function Granularity
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- VxWorks Inter-task Communication Mechanisms
- VxWorks Message Queue Analysis and Application
- VxWorks Inter-Process Communication 0 -- Task Management
- VxWorks Inter-Process Communication 2 -- Semaphores
- VxWorks Inter-Process Communication 1 - Message Queues
- VxWorks Message Queue Example
- VxWorks Inter-Task Message Queue Communication Example
- The Art of Rest
- (Reprint) How Men Can Rest Better
- How Knowledge Workers Can Rest Better
- Virtual Functions in C++
- C Implementation of Bitmap
- Common VxWorks Commands
- Summary of the Pigeonhole Principle
- Question: Given positive integers a1, a2, ..., an. If (a1 + a2 + ... + an) - n + 1 pigeons are placed into n pigeonholes, then it is guaranteed that for some i, the i-th pigeonhole contains at least ai pigeons.
- Prove that among any n+2 positive integers, there exist two positive integers whose difference is divisible by 2n or whose sum is divisible by 2n
- The Relationship Between GPRS and TBF
- IoT and TD Achieve a Win-Win
- TD Technology Forum
- How to Read Materials for Shenlun
- CNCC China National Computer Conference
- Illustrated Explanation of Recursive Binary Tree Traversal
- What Role Does an Iterator Play in Programming? — A Summary
- Stack vs. Heap Differences
- C++ Type Casting
- Summary of const Usage in C/C++
- Understanding (int *)&i and int increment(int * &i)
- Pointers, References, and Handles
- Getting Started with Regular Expressions
- What is Orthogonality
- Structure and Representation of Positive Integer Solutions to the Diophantine Equation x² + y² + z² = w²
- Study Notes on Descartes' Guiding Principles of Thought 10
- Unix + The Art of Programming Study Notes 13 + Complexity: As Simple as Possible, but Not Simpler
- Learning Notes on The Art of Unix Programming 12 - On Optimization Timing and Techniques
- Exploring the Definition of Software Architecture
- Overview of Search Engine Technology
- Writing a Simple Shell Command Parser
- What is the Working Principle of Shell in Linux?
- Anti-Mac Interface (GUI vs. CLI): When to Use Command Line Interfaces
- A Small Handbook on How to Join Open Source Projects
- How to Contribute to Linux Open Source Projects – GNOME Project Listing
- Linux 2.6.36 Kernel Optimization Guide
- What is the Linux Kernel
- The Tale of the Clever Unix Programmer
- The Role of dup and dup2
- Linux Standard Input and Standard Output Files
- sng, png, Text Format Conversion
- Why Unix Prefers Processes Over Threads
- Comprehensive Guide to Linux Processes, Signals, IPC, and gprof Usage (Reprinted)
- What Kind of Talent Does Microsoft Engineering Academy Seek?
- Herd Shot: Group Photo from the Linux Kernel Developer Summit
- Linux Creator Slams C++: A Garbage Language for Bad Programmers
- Embedded Linux Keyboard Driver Development (Part 1): Task
- Ten Good Habits of Excellent Programmers, Summarized from "The Art of Unix Programming"
- The Ultimate Dietary Guide for Computer Users
- How Programmers Can Prevent Mental Fatigue: Snack on Some Nuts in the Afternoon
- How Programmers Can Effectively Manage Their Thinking
- How to Install MySQL 5.0 on Linux
- Exploring the Essence of Modular Programming
- Understanding `static` and `extern` Qualifiers for Variables and Functions
- tar Compression and Decompression Commands
- Exploring the Reasons for Controllable Complexity in Linux
- Linux Command Cheat Sheet
- Detailed Explanation of ANSI C Standard File I/O Functions
- What Type of Pointer is FILE *p?
- 【Practice & Reflection】Qualities of a Programmer
- Understanding the Differences and Relationships Between continue, break, return, and switch
- Debugging Summary for Chat Program File Transfer
- Overview of Protocol Layers
- GDB Debugging in Linux
- A Detailed Introduction and Usage of Linux Core Dumps
- Structure Definition and Initialization
- Causes and Debugging Methods for Segmentation Faults in Linux
- Summary of Linux Chatroom Debugging Experience
- How Does a Server Manage Thousands of Client Socket Connections?
- Difference Between .c and .h Files (The Relationship Between Header Files and Implementation Files)
- Usage of extern in C Language
- Important Data Structures in Linux C Development — Structures
- Why does Linux extensively use the `static` keyword to modify function and struct definitions?
- Understanding the Essence Through Questions: What Exactly Is a Socket?
- Socket, Ports, and Processes Q&A (Collected and Organized)
- Troubleshooting Compilation Errors for 《Advanced Programming in the UNIX Environment》(APUE2) Source Code on Linux
- Advanced Programming in the Unix Environment: Compilation Methods - The Simplest Way to Compile APUE (Second Edition)
- GTK/Glade Program Development (Part 3)
- GTK/Glade Program Development (Part 2)
- gtk/glade Program Development (Part 1)
- How to Configure Qt (4.3.2) Environment on Linux Operating System
- Solution for win7 VMware ifconfig showing only IPv6, and Samba
- Summary of Type Casting in C Language
- Initialization of C++ Struct and Class Instances
- Multithreading: Using Mutex Locks to Handle Mutual Exclusion of Global Variables
- Discussion on the String Terminator ' ' in C Language
- Socket Communication, TCP Protocol: How a Server Sends Data to a Specific Client by IP and Port with Multiple Clients Connected
- Does a Parent Thread Continue Executing Its Own Code After Creating a Child Thread? (Compilation)
- In-Depth Exploration of the Difference Between C/C++ Array Names and Pointers
- Enumerated Types (enum) in C/C++
- Understanding A::A() : _b(XXX,XXX) in C++
- GCC / G++ for Compiling C and C++ Source Code
- Difference Between chmod 4755 and chmod 755
- QQ Communication Protocol
- Custom Application Layer Communication Protocol
- Microcontroller Communication Protocol Design
- Linux Inter-Process Communication via Message Queues
- Demystifying C Language Pointers
- The Essence and Application Examples of Pointer Manipulation
- Differences Among memset, memcpy, and strcpy
- The Purpose of STDIN_FILENO and its Difference from stdin
- Detailed Explanation of msgsnd/msgrcv Functions
- Socket Functions: read, write, send, and recv - A Summary
- TCP/IP Socket File Transfer under Linux
- Methods to Get System Time in Linux
- Understanding the Linux sleep Function
- Update English Resume: Google, Microsoft
- My Four Years at QQ Mail
- Tencent - Guangzhou R&D - Referrals
- Autumn Is the Time to Sow Again
- My Perspective on Architects
- Attempting to Translate a Linus Torvalds Post
- How to Add Friendly Links to the New CSDN
- Implementation of Process Scheduling by Chen Lijun
- Memory Space Divisions: Code Segment, Data Segment, Stack, Heap (Collected and Compiled)
- The Clever Use of Function Pointer Arrays
- Reflections on Debugging POSIX Multithreaded Socket Network Communication
- memset Function Usage
- Linux Time Slicing and Thread Scheduling Issues – Collection and Summary
- Linux Process Switching and Return Values of Kernel Threads
- The Ten Fears of Programming: Blueprints and Construction Drawings
- Mentor Feedback Section from Onboarding Training
- Linux Inter-thread Communication
- Passing Parameters to pthread_create
- Building a Program from Scratch: Reinventing the Wheel is Excellent Training
- Relationship Between Main Thread and Worker Thread
- Linux Socket Network Programming (Theoretical Analysis + Comprehensive Examples)
- "Thoroughly Master C Pointers" Part 3 -- Pointers and Array Names
- The Role of Subnet Masks
- Differences between Heap and Stack (A Frequently Reposted Article)
- Understanding the Protocol Base Struct p_base
- fflush(stdin) and fflush(stdout)
- Linux Socket Network Programming: Chat Room (Part 3) – Asynchronous Communication Using select
- Linux Chat Room: 50 Questions
- Linux Socket Implementation of a Network Chat Room (Part 2): Independent Message Sending and Receiving Using Threads
- Inter-Process Communication Series (Part One): Pipe Read/Write Example
- Multithreading Programming Series (5): "Producer-Consumer" Experiment — Implementation Using PV Primitives
- Multithreaded Programming (Part 1): Thread Creation and Termination
- Configuring Vim Auto-Indentation, 4-Space Tabs, and Line Numbers
- Mutex Thread Control
- Deep Dive into UNIX Programming: Two Implementations of a Simple Chat Room (fcntl and select)
- Linux Socket Network Programming: fcntl and select (Handling Multiple Client Connections to a Server)
- Multithreaded Synchronization and Mutual Exclusion
- Linux Socket Implementation of a Network Chat Room (Part 1): Server and Client Communication
- Summary of Socket Programming APIs
- Installing QT
- I Have a Dream — Writing a Linux-Themed Book
- Running Java Programs on Linux - JRE Installation and Configuration
- Linux Chat Room Program
- Deep Dive into Linux Network Internals: Study Notes
- Summary of Array Search Methods
- Summary of Chinese Character Encoding and Programming: How ASCII, Internal Code, Zone-Position Code, GB Code, and Unicode Are Converted
- ARM Resources Free Download - Super Comprehensive, Highly Recommended
- Adding a Chinese Character Font Library (Part 2) — Methods for Storing and Extracting Chinese Character Patterns
- 2011 Second Half Goals (Part One): Friends, Easy to Talk To
- LCD Driver (Part 3): Methods for Displaying BMP Images
- LCD Driver (Part 2): Adding Chinese Character Font Library
- LCD Screen Driver Analysis (Part 1): How to Draw Points and Lines on an LCD Screen
- Developing a QQ Client on Linux, How Exciting!
- Driving and Displaying on an LCD Screen Using GPIO — mini2440
- JP Embedded Software Probation Assessment Requirements – Here are the Goals for the Next One and a Half Months
- Differences in NOR Flash and NAND Flash Boot Processes on mini2440
- My Makefile Learning Notes
- Haige, A Month Later
- Makefile Example Explained (Fully Annotated)
- Makefile Terminology Glossary
- Reflections on Linux: Environment Setup
- Installation Steps for VMware Tools on Red Hat 9
- Issues with Samba Folder Uploads, Mapping Samba Directories to Windows Drives, and Using Source Insight for Linux Projects
- Using rz and sx Commands — Downloading Files to Target Board via Serial Terminal
- Yaffs2 File System Porting to mini2440
- Error When Booting File System: Warning: unable to open an initial console
- Boot Error: Starting kernel ...
- 爱立信-广州-服务器后台开发
- Linux System Porting (Most Comprehensive and Detailed Ever, Highly Recommended)
- Feeling One Step Closer to Linus Benedict Torvalds (The Path to the Linux Pantheon)
- YAFFS2 Root Filesystem Creation and Installation (Including Issues: [drivers/video/console/vgacon.o] Error 1)
- DNW Installation and Download
- Kernel Porting (Including LCD Screen, OTG-USB)
- How to Install a Cross-Compiler Toolchain (Successfully Compiled)
- August Programming Manifesto — Pushing Oneself and Finding Joy
- Linux Compression and Decompression Commands
- JP Phone Day 1 (2011.8.10) - Environment Setup (What are GPS and Wireless Networks)
- Detailed Comments on the scull Module in Chapter 3 of LDD3 for Linux Driver Development
- Linux 0.11 namei.c Comments
- How to Become an Embedded Engineer (I) — Introduction
- Reflecting on My Learning Habits
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