S2 PLUS – deepthink

S2 Plus
AI Night Vision Drone
Camera

S2 Plus, launched by Deepthink, a smart AI Night Vision UAV Camera, adapts DJI M300 & M350 RTK. Based on the AI-powered ISP algorithm, S2 Plus can realize HD full-color night vision imaging in extremely low light environments as low as 0.005 lux, and achieve daytime-like visual effects at night. The product is equipped with 20X optical zoom lens and 80X integrated zoom, which can realize long-distance and wide-range real-time shooting. Meanwhile, the built-in algorithm with the functions of noise reduction, anti-shake, and de-fogging, is convenient to operate and applicable to many industry scenes such as public security, water conservancy, forestry, petroleum, electric power, scientific research and so on.

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AI-powered ISP algorithm, full-color HD imaging in low light down to 0.005 lux
4MP zoom camera, with 80X integrated zoom
Intelligent HDR/3A, high imaging quality, and 2K resolution HD picture
Real-time image transmission, real-time view of the scene screen, abnormalities at a glance
IP44, fearless of rain and snow
Operating range -20°C to 60°C(-4℉~140℉), no worries in extreme scenarios

Richly-defined color above 0.005 lux

Generating images based on AI-powered ISP algorithm, this new technology enables users to see crisp, true-color images and take photos/videos in nearly complete darkness(0.005 lux). Meanwhile, S2 Plus has excellent field of view and ultra-long night visibility distance.

HDR Imaging in all conditions

In complex lighting scenes such as nighttime and city traffic, imaging is easily affected by light intensity, resulting in the loss of imaging details. The full-color zoom night vision camera has a built-in HDR function that boosts the high dynamic range to 120dB, restores true colors, and ensures that image details are not lost.

Lift one's head above the fog

In rain, fog, snow, and other environments, light is affected by the occurrence of different degrees of attenuation, which in turn leads to blurred imaging. De-fog kinetic energy automatically analyzes each pixel in the picture, calculates the degree of attenuation of light through the obstacles, through the algorithm to compensate for the imaging, and ultimately realizes the de-fogging, presenting high-definition imaging.

IR-Cut founction

Due to the influence of different wavelengths of light, the final image of the color is prone to deviation from the color seen by the naked eye, especially in the night environment. The light is extremely weak and difficult to image, and color deviation is more serious. Turning on the IR-CUT function can capture invisible light sources, thus ensuring that the target is prioritized in extremely dark scenes.