The iSE612 thermal camera core is engineered for professional thermal imaging applications, integrating a self-researched ApexCore ceramic packaged detector core that delivers excellent imaging quality and stable operation. With NETD≤20mK rating, it ensures precise temperature detection and clear thermal image presentation.

This compact module features an ultra-small physical footprint and lightweight design, making it ideal for integration into space-constrained installations. The optimized SWaP design enables convenient assembly and flexible layout across various equipment systems.

• Smooth, Stable Operation: No shutter calibration required during operation, eliminating image stuttering common in traditional shutter-based systems
• High Cost-Effectiveness: Utilizes ApexCore ceramic-packaging detector with NETD≤20mK
• Compact & Lightweight: Dimensions as small as 25.4*25.4*22.7mm, bare core weight ≤26±1.5g
• Space-Saving Design: Flexible system layout and integration capabilities
• Rich Feature Set: Supports super-resolution algorithms, picture-in-picture, customizable OSD, sleep mode, one-click calibration, and compatibility with various Micro OLED displays
• Easy Integration: Compatible with multiple optical lenses and extension components for straightforward secondary development

The iSE612 thermal sensor module is widely used in Industrial Vision, Firefighting and Rescue, Security Surveillance, Outdoor Observation, Machine Vision, Consumer Electronics, and various infrared vision systems.

• High sensitivity and excellent performance with world-leading infrared technology
• Various infrared detectors available in both uncooled and cooled formats with different pixel sizes
• Volume production with three production lines capable of manufacturing millions of detectors annually

Using the principle of infrared radiant thermal effect, the uncooled infrared detector converts infrared radiation energy into heat energy with infrared absorption material, increasing the temperature of the sensitive material. This causes physical parameter changes that convert into electrical or visible light signals through designed conversion mechanisms, enabling object detection.

Uncooled infrared focal plane detectors operate at room temperature without requiring Integrated Dewar Cooler Assembly (IDCA) devices. They offer advantages including fast startup, low power consumption, small size, light weight, long lifespan, and low cost. While sensitivity may not match cooled detectors, their cost-performance ratio has become significantly better over years of development, offering broader application prospects.