PCB Manufacturing Intelligent AOI System
PCB Manufacturing Intelligent AOI System
| Application Challenges
PCB manufacturing is highly competitive but not allowed to compromise accuracy. Traditional AOI(Automated Optical Inspection) systems suffer from high overkill rates due to accuracy limitations, leading to excessive rejection of functional components. PCB defects vary in complexity, from visible flaws to subtle anomalies. Also, PCB manufacturing often operates at high speeds, requiring AI AOI systems to perform inspections rapidly without compromising accuracy. Hence, Choosing the AI computing capability with high cost-performance ratio and low power consumption becomes an urgent issue.
| Application Goal
Necessity to adopt AI AOI in PCB manufacturing
AOI integrated with Artificial Intelligence (AI) is transforming PCB manufacturing quality control.
◆ AI enhances traditional AOI systems by enabling rapid defect detection and classification.
◆ AI AOI systems can detect subtle defects that may go unnoticed by human inspectors or traditional AOI systems.
◆ This level of precision enables manufacturers to improve product quality, reduce material waste, and enhance overall production efficiency.
◆ AI enhances traditional AOI systems by enabling rapid defect detection and classification.
◆ AI AOI systems can detect subtle defects that may go unnoticed by human inspectors or traditional AOI systems.
◆ This level of precision enables manufacturers to improve product quality, reduce material waste, and enhance overall production efficiency.
Pain point:
※ Using a CPU for AI inference requires high-end processors like the Core i9 or i7, which raises system costs, consumes a lot of power, and delivers subpar performance.
※ Using a GPU for AI inference involves high-end graphics cards that are utilized mainly for their acceleration capabilities, but this also comes with high power consumption and expense.
※ Using a GPU for AI inference involves high-end graphics cards that are utilized mainly for their acceleration capabilities, but this also comes with high power consumption and expense.
| Solution Architecture
Importing SUNIX AI AOI detection
| Product Feature
| Portfolio
SUNIX AI Series
Solutions
AI Inference
Banking
Restaurant / POS
Medical
Security
Factory Automation
CANbus Application
Transportation
Kiosk and Self-service
Public Utilities
-
[ DevicePort ] 三泰科技DevicePort 支持银行产业应用
-
水质监测-2008北京奥运专案
-
加油站-多媒体及监控作业
-
交通-高速公路监控系统
-
机场-机场环境监控系统
-
FAB-多媒体影音下载
-
税务-系统事务机控制系统
-
船舶-蓝芽GPS系统
-
城市交通-公共自行车收费系统
-
印钞厂-印钞及验钞机系统
-
邮局-邮务及储汇系统
-
军事-飞弹射控侦测及仿真系统
-
加油站-加油枪控制系统
-
加油站
-
高速收费站
-
交通控制
-
停车场门禁控制
-
自助报纸贩卖机
-
门禁系统
-
地铁售票及闸道控制
-
银行ATM系统
-
银行柜台
-
多媒体查询机
-
彩票系统
-
大公交通系统
-
自动贩卖机
-
点菜系统
-
大头贴拍照机
-
电影票销售系统
-
POS 系统
-
霓虹灯广告
-
Highway: ETHERNET for transportation safety,control, monitoring and management.
-
Central Traffic Control
-
Traffic System : Wireless Device Servers for Vehicle Monitoring
-
Office Building : Wireless Device Servers for Building Access
-
POS System : POS over Ethernet
-
Underground System : Serial to Ethernet for Mining Automation
-
Healthcare : Serial over ETHERNET Solution for Healthcare
-
Factory Floor Automation : Serial to Ethernet for Factory Floor Automation
-
Parking Lot System : Solution for Automated Parking System
-
Parking: Data Control System for Smooth Parking
PCB Manufacturing Intelligent AOI System
PCB Manufacturing Intelligent AOI System
| Application Challenges
PCB manufacturing is highly competitive but not allowed to compromise accuracy. Traditional AOI(Automated Optical Inspection) systems suffer from high overkill rates due to accuracy limitations, leading to excessive rejection of functional components. PCB defects vary in complexity, from visible flaws to subtle anomalies. Also, PCB manufacturing often operates at high speeds, requiring AI AOI systems to perform inspections rapidly without compromising accuracy. Hence, Choosing the AI computing capability with high cost-performance ratio and low power consumption becomes an urgent issue.
| Application Goal
Necessity to adopt AI AOI in PCB manufacturing
AOI integrated with Artificial Intelligence (AI) is transforming PCB manufacturing quality control.
◆ AI enhances traditional AOI systems by enabling rapid defect detection and classification.
◆ AI AOI systems can detect subtle defects that may go unnoticed by human inspectors or traditional AOI systems.
◆ This level of precision enables manufacturers to improve product quality, reduce material waste, and enhance overall production efficiency.
◆ AI enhances traditional AOI systems by enabling rapid defect detection and classification.
◆ AI AOI systems can detect subtle defects that may go unnoticed by human inspectors or traditional AOI systems.
◆ This level of precision enables manufacturers to improve product quality, reduce material waste, and enhance overall production efficiency.
Pain point:
※ Using a CPU for AI inference requires high-end processors like the Core i9 or i7, which raises system costs, consumes a lot of power, and delivers subpar performance.
※ Using a GPU for AI inference involves high-end graphics cards that are utilized mainly for their acceleration capabilities, but this also comes with high power consumption and expense.
※ Using a GPU for AI inference involves high-end graphics cards that are utilized mainly for their acceleration capabilities, but this also comes with high power consumption and expense.
| Solution Architecture
Importing SUNIX AI AOI detection
| Product Feature
| Portfolio
SUNIX AI Series
Solutions
AI Inference
Banking
Restaurant / POS
Medical
Security
Factory Automation
CANbus Application
Transportation
Kiosk and Self-service
Public Utilities
-
[ DevicePort ] 三泰科技DevicePort 支持银行产业应用
-
水质监测-2008北京奥运专案
-
加油站-多媒体及监控作业
-
交通-高速公路监控系统
-
机场-机场环境监控系统
-
FAB-多媒体影音下载
-
税务-系统事务机控制系统
-
船舶-蓝芽GPS系统
-
城市交通-公共自行车收费系统
-
印钞厂-印钞及验钞机系统
-
邮局-邮务及储汇系统
-
军事-飞弹射控侦测及仿真系统
-
加油站-加油枪控制系统
-
加油站
-
高速收费站
-
交通控制
-
停车场门禁控制
-
自助报纸贩卖机
-
门禁系统
-
地铁售票及闸道控制
-
银行ATM系统
-
银行柜台
-
多媒体查询机
-
彩票系统
-
大公交通系统
-
自动贩卖机
-
点菜系统
-
大头贴拍照机
-
电影票销售系统
-
POS 系统
-
霓虹灯广告
-
Highway: ETHERNET for transportation safety,control, monitoring and management.
-
Central Traffic Control
-
Traffic System : Wireless Device Servers for Vehicle Monitoring
-
Office Building : Wireless Device Servers for Building Access
-
POS System : POS over Ethernet
-
Underground System : Serial to Ethernet for Mining Automation
-
Healthcare : Serial over ETHERNET Solution for Healthcare
-
Factory Floor Automation : Serial to Ethernet for Factory Floor Automation
-
Parking Lot System : Solution for Automated Parking System
-
Parking: Data Control System for Smooth Parking
PCB Manufacturing Intelligent AOI System
PCB Manufacturing Intelligent AOI System
| Application Challenges
PCB manufacturing is highly competitive but not allowed to compromise accuracy. Traditional AOI(Automated Optical Inspection) systems suffer from high overkill rates due to accuracy limitations, leading to excessive rejection of functional components. PCB defects vary in complexity, from visible flaws to subtle anomalies. Also, PCB manufacturing often operates at high speeds, requiring AI AOI systems to perform inspections rapidly without compromising accuracy. Hence, Choosing the AI computing capability with high cost-performance ratio and low power consumption becomes an urgent issue.
| Application Goal
Necessity to adopt AI AOI in PCB manufacturing
AOI integrated with Artificial Intelligence (AI) is transforming PCB manufacturing quality control.
◆ AI enhances traditional AOI systems by enabling rapid defect detection and classification.
◆ AI AOI systems can detect subtle defects that may go unnoticed by human inspectors or traditional AOI systems.
◆ This level of precision enables manufacturers to improve product quality, reduce material waste, and enhance overall production efficiency.
◆ AI enhances traditional AOI systems by enabling rapid defect detection and classification.
◆ AI AOI systems can detect subtle defects that may go unnoticed by human inspectors or traditional AOI systems.
◆ This level of precision enables manufacturers to improve product quality, reduce material waste, and enhance overall production efficiency.
Pain point:
※ Using a CPU for AI inference requires high-end processors like the Core i9 or i7, which raises system costs, consumes a lot of power, and delivers subpar performance.
※ Using a GPU for AI inference involves high-end graphics cards that are utilized mainly for their acceleration capabilities, but this also comes with high power consumption and expense.
※ Using a GPU for AI inference involves high-end graphics cards that are utilized mainly for their acceleration capabilities, but this also comes with high power consumption and expense.
| Solution Architecture
Importing SUNIX AI AOI detection
| Product Feature
| Portfolio
SUNIX AI Series
Solutions
AI Inference
Banking
Restaurant / POS
Medical
Security
Factory Automation
CANbus Application
Transportation
Kiosk and Self-service
Public Utilities
-
[ DevicePort ] 三泰科技DevicePort 支持银行产业应用
-
水质监测-2008北京奥运专案
-
加油站-多媒体及监控作业
-
交通-高速公路监控系统
-
机场-机场环境监控系统
-
FAB-多媒体影音下载
-
税务-系统事务机控制系统
-
船舶-蓝芽GPS系统
-
城市交通-公共自行车收费系统
-
印钞厂-印钞及验钞机系统
-
邮局-邮务及储汇系统
-
军事-飞弹射控侦测及仿真系统
-
加油站-加油枪控制系统
-
加油站
-
高速收费站
-
交通控制
-
停车场门禁控制
-
自助报纸贩卖机
-
门禁系统
-
地铁售票及闸道控制
-
银行ATM系统
-
银行柜台
-
多媒体查询机
-
彩票系统
-
大公交通系统
-
自动贩卖机
-
点菜系统
-
大头贴拍照机
-
电影票销售系统
-
POS 系统
-
霓虹灯广告
-
Highway: ETHERNET for transportation safety,control, monitoring and management.
-
Central Traffic Control
-
Traffic System : Wireless Device Servers for Vehicle Monitoring
-
Office Building : Wireless Device Servers for Building Access
-
POS System : POS over Ethernet
-
Underground System : Serial to Ethernet for Mining Automation
-
Healthcare : Serial over ETHERNET Solution for Healthcare
-
Factory Floor Automation : Serial to Ethernet for Factory Floor Automation
-
Parking Lot System : Solution for Automated Parking System
-
Parking: Data Control System for Smooth Parking
PCB Manufacturing Intelligent AOI System
PCB Manufacturing Intelligent AOI System
| Application Challenges
PCB manufacturing is highly competitive but not allowed to compromise accuracy. Traditional AOI(Automated Optical Inspection) systems suffer from high overkill rates due to accuracy limitations, leading to excessive rejection of functional components. PCB defects vary in complexity, from visible flaws to subtle anomalies. Also, PCB manufacturing often operates at high speeds, requiring AI AOI systems to perform inspections rapidly without compromising accuracy. Hence, Choosing the AI computing capability with high cost-performance ratio and low power consumption becomes an urgent issue.
| Application Goal
Necessity to adopt AI AOI in PCB manufacturing
AOI integrated with Artificial Intelligence (AI) is transforming PCB manufacturing quality control.
◆ AI enhances traditional AOI systems by enabling rapid defect detection and classification.
◆ AI AOI systems can detect subtle defects that may go unnoticed by human inspectors or traditional AOI systems.
◆ This level of precision enables manufacturers to improve product quality, reduce material waste, and enhance overall production efficiency.
◆ AI enhances traditional AOI systems by enabling rapid defect detection and classification.
◆ AI AOI systems can detect subtle defects that may go unnoticed by human inspectors or traditional AOI systems.
◆ This level of precision enables manufacturers to improve product quality, reduce material waste, and enhance overall production efficiency.
Pain point:
※ Using a CPU for AI inference requires high-end processors like the Core i9 or i7, which raises system costs, consumes a lot of power, and delivers subpar performance.
※ Using a GPU for AI inference involves high-end graphics cards that are utilized mainly for their acceleration capabilities, but this also comes with high power consumption and expense.
※ Using a GPU for AI inference involves high-end graphics cards that are utilized mainly for their acceleration capabilities, but this also comes with high power consumption and expense.
| Solution Architecture
Importing SUNIX AI AOI detection
| Product Feature
| Portfolio
SUNIX AI Series
Solutions
AI Inference
Banking
Restaurant / POS
Medical
Security
Factory Automation
CANbus Application
Transportation
Kiosk and Self-service
Public Utilities
-
[ DevicePort ] 三泰科技DevicePort 支持银行产业应用
-
水质监测-2008北京奥运专案
-
加油站-多媒体及监控作业
-
交通-高速公路监控系统
-
机场-机场环境监控系统
-
FAB-多媒体影音下载
-
税务-系统事务机控制系统
-
船舶-蓝芽GPS系统
-
城市交通-公共自行车收费系统
-
印钞厂-印钞及验钞机系统
-
邮局-邮务及储汇系统
-
军事-飞弹射控侦测及仿真系统
-
加油站-加油枪控制系统
-
加油站
-
高速收费站
-
交通控制
-
停车场门禁控制
-
自助报纸贩卖机
-
门禁系统
-
地铁售票及闸道控制
-
银行ATM系统
-
银行柜台
-
多媒体查询机
-
彩票系统
-
大公交通系统
-
自动贩卖机
-
点菜系统
-
大头贴拍照机
-
电影票销售系统
-
POS 系统
-
霓虹灯广告
-
Highway: ETHERNET for transportation safety,control, monitoring and management.
-
Central Traffic Control
-
Traffic System : Wireless Device Servers for Vehicle Monitoring
-
Office Building : Wireless Device Servers for Building Access
-
POS System : POS over Ethernet
-
Underground System : Serial to Ethernet for Mining Automation
-
Healthcare : Serial over ETHERNET Solution for Healthcare
-
Factory Floor Automation : Serial to Ethernet for Factory Floor Automation
-
Parking Lot System : Solution for Automated Parking System
-
Parking: Data Control System for Smooth Parking
