Nexar 4G Solar Trail Camera - 940IR

Product description

Nexar 4G Solar Trail Camera - 940IR. The ARCEA Nexar 4G Solar trail camera combines motion detection, image transmission to mobile, and power supply via an included solar panel. It records 2.7K video with audio, captures 14 MP photos, and uses 940 nm IR night illumination. Mobile connectivity requires a data service.

Features and operation

• Automatic digital surveillance camera that activates upon motion detection.
• Mobile app control.
• Integrated rechargeable lithium battery (7500 mAh). Operates with a solar panel (included) or connected to mains power.
• 185mm x 170mm solar panel with 2.80m cable included.
• High-quality photos with 14MP resolution.
• High-definition 2.7K (QHD) videos with audio, lasting from 5 to 120 seconds.
• Built-in 4G function for immediate transmission of recorded images to your mobile and real-time viewing.
• SIM card (included) associated with the camera via a paid subscription. The included SIM can be removed and a third-party SIM used instead.
• Color photos and videos by day / black and white by night.
• Invisible 940nm IR LEDs. They do not emit any visible flash or light.
• Very compact: 116 x 70 x 75 mm.
• Compatible with SD cards up to 256GB (card not included).
• 1x USB-C connector for battery charging or solar panel connection.
• Water and snow resistant. IP66 waterproof rating.
• Light with a wavelength longer than red light is called infrared light. Infrared rays cannot be seen with the naked eye.
• 940nm LED infrared night vision light has its peak intensity at 940nm, which is far from the visible light wavelength range. When light intensity reaches 0 in the visible wavelength range, it means the minimum wavelength is greater than the long visible wavelength of 760nm. Therefore, 940nm infrared light is invisible to the naked eye.
• The 850nm infrared light chip has a visible red dot, while the main advantage of the 940nm wavelength is that the IR LED produces no visible light. In other words, they are completely invisible and can be used in applications requiring more privacy. In fact, many people refer to it as "covert IR." This type of IR is also useful when red light could be mistaken for a signal and cannot be used. The disadvantage of 940nm is that its efficiency is reduced by approximately 30-40%, and the illumination distance is smaller.

Technical specifications