iSE612 Uncooled LWIR Thermal Camera Module with 640x512 Resolution and 12μm Pixel Pitch at 50Hz Frame Rate

Tailored for commercial and industrial infrared imaging scenarios, the iSE612 camera core utilizes high-performance self-developed thermal detector technology to deliver stable, high-definition thermal imaging. The ceramic encapsulated sensor ensures long service life and stable performance, with NETD controlled within 20mK to capture subtle thermal variations accurately.

Without needing shutter calibration during operation, it effectively removes frame stuttering and unstable picture issues common in traditional products, delivering smooth and reliable visual performance persistently.

• No shutter calibration required during operation, eliminating image stuttering
• High cost-effective ApexCore ceramic-packaging detector, NETD≤20mK

• Dimensions as small as 25.4×25.4×22.7mm, bare core weight ≤26±1.5g
• Space-saving structural design allows flexible system layout and integration

• Supports super-resolution algorithms, picture-in-picture, customizable OSD
• Sleep mode, one-click calibration, and compatibility with various Micro OLED displays
• Compatible with multiple optical lenses and extension components

The iSE612 thermal camera module is widely used in Industrial Vision, Firefighting and Rescue, Security Surveillance, Outdoor Observation, Machine Vision, Consumer Electronics, and more.

Low light needs natural light and transforms weak natural light image into enhanced electronic image through image intensifier. Active IR actively emits infrared light and uses infrared beam reflected by the target, offering poor concealment. Thermal imaging doesn't need any light and is a passive infrared night vision that detects infrared radiation difference between targets and scene, not affected by changes in lighting conditions, during night or even in fog, rain and other harsh environments.

In most cases, you cannot. However, infrared rays can't penetrate walls, and glass can block IR. To avoid detection, you can conceal behind glass or walls to block thermal imaging.