Durable Low latency industrial cameras are a type of professional equipment designed for high-speed image acquisition and real-time processing. Their core advantage lies in the extremely low latency during image transmission. Compared with ordinary industrial cameras, this type of product optimizes the processing link between the image sensor and the data transmission system to ensure that the captured image can be transmitted to the terminal system almost without lag, effectively meeting the requirements of industrial control applications with extremely high response speed.

Its main features include high-speed frame rate output, real-time image transmission, high-performance data interface, and support for edge computing and hardware trigger synchronization. In addition, most low-latency cameras are equipped with high-sensitivity CMOS sensors to maintain clear imaging in low light or complex environments. The compact design and high-stability structure also make it suitable for long-term high-intensity operation.

Low-latency industrial cameras are widely used in industrial automation, electronic manufacturing, robot vision, rail transit detection, motion analysis, medical imaging, and other fields. In scenarios such as precision detection and fast sorting, solder joint identification, and target tracking, low-latency transmission ensures that the control system responds promptly and improves production efficiency and safety. With the development of AI and industrial Internet of Things, low-latency industrial cameras will continue to play a key role.

Features:

· Low latency.
· Utilizes a 2-megapixel 1/2.9” CMOS sensor.
· Optional angles: 40°for locking hole, 120° for OCR recognition.
· Minimum illumination of color 0.1 Lux. 
· IP68 ( IEC60529 ) dustproof & waterproof（dip in water up to 3m for 60 minutes）  
· IP69K ( DIN 40050-9 ) suffer high pressure washing（14-16L/min, 80°C, 100 bar）
· Filled with elastomer.
· 50G anti-shock，11ms, Half sine wave
· Salt mist, cyclic (IEC 60068-2-52)
· Wide dynamic up to 80 dB.

Basic parameters

Size