Driven by the wave of technology, security monitoring technology is changing day by day. Among them, infrared BGA technology has brought epoch-making changes in the field of security monitoring with its excellent performance, especially in improving recognition accuracy and enhancing the monitoring ability at night and in low-light environments.
Infrared BGA technology leads the field of security monitoring with its unique ability to capture infrared radiation. Infrared BGA does not need to rely on external light sources, and can provide clear imaging even in dimly lit or even completely dark environments, providing solid technical support for security monitoring.
Detailed presentation: Infrared BGA technology can capture the subtle characteristics of objects, such as texture, contour, etc., making the monitoring screen clearer and more realistic. This high-resolution image provides a solid foundation for subsequent analysis and identification.
Dynamic tracking: When there is a target moving in the monitoring area, IR BGA technology can quickly respond and accurately track the target to ensure that there is no dead angle in the monitoring, which greatly improves the efficiency and accuracy of security monitoring.
Intelligent analysis: Combined with advanced image processing technology and artificial intelligence algorithms, infrared BGA technology can achieve intelligent analysis. The system can automatically identify abnormal behavior, suspected intrusion and other events, and instantly issue an alarm, providing a more intelligent solution for security monitoring.
At night or in a dimly lit environment, traditional cameras are often helpless. However, infrared BGA technology can easily meet this challenge and provide clear surveillance images. This makes security surveillance no longer limited by lighting conditions, achieving all-weather surveillance capability.
Seamark, as a professional and reputable infrared BGA supplier in China, not only provides affordable machines, but can also formulate which machines to use in the relevant fields, for example, compared to the large temperature fluctuations of a hot air BGA rework station, the temperature of an infrared BGA rework station can be adjusted to the temperature of a hot air BGA rework station. The temperature of an infrared BGA rework station rises continuously and is suitable for beginners to practice slowly, ensuring that the graphics card will not explode and the color will not change. Of course, skilled rework technicians who are impatient can still use a hot air BGA rework station. From a price point of view, infrared BGA rework stations are relatively cheaper than hot air BGA rework stations because infrared BGA rework stations are applicable to low-end users with two-temperature zones, while hot air BGA rework stations belong to three-temperature zones with fast heating and high efficiency, making them more expensive.
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