Infrared imaging uses infrared radiation to capture images by sensing infrared signals (usually heat radiation) emitted by objects. Unrestricted by ambient light, these cameras operate even at night or in dimly lit conditions, clearly capturing animal activity. Some high-end models also feature automatic sensing and triggering, enabling continuous monitoring and recording of wildlife without human intervention.
Wildlife infrared monitoring smart cameras are specifically designed for wildlife protection, ecological monitoring, and scientific research. They can continuously and stably monitor and record wildlife activity without disrupting their normal lives, providing valuable data for scientific research.
Wildlife infrared monitoring smart cameras focus on monitoring and imaging, featuring highly sensitive infrared sensors and stable image processing systems. Some models also support remote control and data transmission, allowing users to remotely view and manage photos and videos captured via a mobile app or computer. Some cameras are also waterproof, dustproof, and drop-resistant to withstand harsh field conditions.
In summary, wildlife infrared monitoring smart cameras differ significantly from conventional cameras in terms of imaging principles, application scenarios, and functional features. These differences give wildlife infrared monitoring smart cameras unique advantages and value in areas such as wildlife protection and ecological monitoring. Of course, the following further expands on the differences between wildlife infrared monitoring smart cameras and regular cameras.
The storage capacity and image quality of infrared monitoring cameras vary by model. The following is a brief introduction:
Storage capacity: Infrared monitoring cameras typically use TF cards or SD cards as storage media, and different models support different storage capacities. For example, the Onick AM-36 supports SD cards up to 32GB. The Onick AM-999 (without MMS) supports 64GB TF cards. The Honeywell HVCB-4500IVS supports up to 128GB of front-end storage. The Onick AM-999G (regular version) and the AM-999G (Wi-Fi version) support Micro SD cards up to 256GB. The UWAY infrared monitoring camera supports SD memory cards up to 512GB.
Image Quality: Infrared surveillance cameras offer a variety of image resolutions for both photos and videos. For example, the Onick AM-999 (without MMS) uses a 36-megapixel CMOS chip and offers photo resolutions of 36MP (8000x4500p), 24MP, 16MP, 12MP, and 8MP, with a video resolution of 1920x1080/30fps (FHD). The Onick AM-999G Wi-Fi version captures 36MP images and 4K video, with clear audio recording. Available image resolutions include 36MP/30MP/24MP/20MP/16MP/12MP, and video resolutions include 4K/2K/1080p/720p/VGA. The UVL2 infrared camera, purchased by the Fangchenggang Shiwandashan National Nature Reserve Administration, offers photo resolutions of 8MP, 16MP, 24MP, and 32MP, and video resolutions of 720P, 1080P, and 3K.
Designed specifically for outdoor environments, it boasts high durability and environmental adaptability. Its housing is typically constructed of sturdy materials that are waterproof, dustproof, and drop-resistant, ensuring it can operate even in harsh weather conditions.
Some high-end models also feature automatic temperature control to handle extreme temperatures and ensure the proper functioning of the camera's internal electronic components.
Due to its specialized features and material requirements, it is typically priced higher, making it suitable for professional users or research institutions.
Although the initial purchase cost is high, its efficient monitoring capabilities and low maintenance can save users significant time and money in the long term.
In summary, wildlife infrared monitoring smart cameras differ significantly from ordinary cameras in many aspects. These differences make them irreplaceable in specific areas such as wildlife protection and ecological monitoring. For users who need to monitor wildlife activities for a long time and stably, choosing a suitable wildlife infrared monitoring smart camera will be a wise decision.
