QTR64025 Non-cooling Infrared Movement

QTR64025 Non-cooling Infrared Movement | Application Scenarios + Exclusive Solutions

The QTR64025 non-cooled infrared sensor, featuring a VOX detector core, delivers high-resolution imaging at 640x512 pixels, ultra-low thermal sensitivity of ≤40mK, compact dimensions (25mm×25mm×30mm), and energy-efficient performance. Equipped with USB/CVBS dual video output, hot spot tracking, and multi-pseudo-color switching capabilities, it meets diverse infrared imaging requirements across security surveillance, industrial inspection, drone-based monitoring, and outdoor exploration applications. This compact solution provides high-precision, stable infrared imaging support for various equipment. Below are detailed application scenarios and customized solutions.

1. Core Product Advantages (Underlying Support for Multiple Scenarios)

As a highly integrated non-cooling infrared movement, the QTR64025 leverages robust specifications to overcome the limitations of traditional infrared movements—such as large size, high power consumption, and complex operation—providing seamless support for multi-scenario integration applications. Its core advantages include:

• High-definition precision imaging: 640x512 resolution, 12μm pixel size, 8–14μm response wavelength range, NETD≤40mK (@F1.0, 300K), 50Hz frame rate, capable of clearly capturing subtle temperature variations and delivering high-quality infrared thermal imaging images.

• Compact and low-power design: Measuring just 25mm×25mm×30mm with a weight of 31g, it features power consumption as low as 1.3W (5V/260mA) and supports wide voltage input ranging from 3.3V to 16V, making it ideal for small device integration. This significantly reduces power consumption and size constraints in end products.

• Flexible expansion compatibility: Supports USB digital video output and CVBS analog video output (PAL 720x576 resolution). The dual-interface design enables seamless integration with various display and storage devices, meeting multi-scenario integration requirements.

• Rich practical features: Supports 9 pseudo-color mode switching, hot spot tracking, 1x to 8x electronic zoom, crosshair adjustment, multi-mode image mirroring, and picture-in-picture functionality. These features can be flexibly configured for different scenarios to enhance operational efficiency.

• Stable weather resistance and compatibility: Operating temperature range-20°C to +50°C, storage temperature range-30°C to +70°C, capable of adapting to extreme outdoor temperatures and complex environments, ensuring long-term stable and reliable operation without frequent maintenance.

II. Core Application Scenarios + Dedicated Solutions

With core features of product miniaturization, high precision, and low power consumption, the QTR64025 is specifically designed for compact, portable, and embedded infrared imaging applications. It covers four key domains: security surveillance, industrial inspection, low-altitude drone inspections, and outdoor exploration, addressing pain points in various scenarios through plug-and-play, highly adaptable integrated solutions.

Scenario 1: Security Surveillance (Campus/Jail/Border/Nighttime Prevention and Control)

Scene pain points

Traditional visible-light surveillance systems fail to capture images effectively during nighttime, smog, or low-light conditions, creating surveillance blind spots that hinder accurate identification of concealed individuals or abnormal fever risks. Compact monitoring devices must meet stringent requirements for compact size and power efficiency, requiring easy integration, user-friendly operation, and temperature anomaly detection capabilities. Industry statistics indicate that 75% of security incidents occur during low-light periods, making conventional surveillance systems inadequate for round-the-clock prevention and control needs.

Customized Solution

The QTR64025 integrates micro-integration, high-definition night vision, and intelligent early warning systems, compatible with various compact security devices to deliver a 24/7 surveillance solution with no blind spots.

• All-weather night vision imaging: Operating in the 8–14 μm long-wave infrared response band, it requires no supplementary lighting and can clearly capture thermal radiation contours of objects even in complete darkness, haze, or low-light conditions. This addresses the nighttime blind spots of traditional surveillance systems, enabling precise identification of concealed individuals, climbing behaviors, and other anomalies. The system is suitable for applications such as prison perimeter security and border patrols.

• Precision abnormality alert: Supports hotspot tracking functionality to automatically identify high-temperature anomalies within a designated area. Paired with 9 pseudo-color modes (white heat, black heat, red heat, etc.), it visually presents temperature differences, enabling rapid detection of equipment overheating, fire hazards, and other issues to provide preemptive safety risk warnings.

• Easy integration and compatibility: Compact dimensions of 25mm×25mm and lightweight design weighing only 31g, allowing seamless integration with small surveillance cameras and portable inspection devices. Supports wide voltage range of 3.3V to 16V for security equipment power systems, eliminating the need for additional power modules.

• Flexible operation compatibility: Supports dual CVBS/USB interface output for direct connection to monitors and storage devices. Manual adjustment of brightness and contrast is available, with crosshair cursor enabled for anomaly detection. 1x to 8x electronic magnification ensures clear detail visualization, meeting precision requirements for security inspection.

Scenario 2: Industrial Inspection (Power/Electronics Manufacturing/Equipment Maintenance)

Scene pain points

In industrial equipment maintenance and operation, traditional contact-based temperature measurement can only achieve single-point temperature monitoring, failing to provide real-time visualization of overall equipment thermal distribution and making it difficult to detect subtle temperature anomalies. Small-scale detection devices require integration of compact, low-power infrared sensing modules for identifying temperature hazards in micro components such as circuit boards, electrical connectors, and molds, demanding high-resolution imaging and rapid response capabilities.

Customized Solution

To meet the growing demand for miniaturization and precision in industrial inspection, the QTR64025 delivers an efficient thermal inspection solution for equipment, leveraging its high-definition imaging capabilities and compact integration design.

• Precision thermal distribution detection: With a high-resolution of 640x512 and pixel size of 12μm, coupled with high sensitivity of ≤40mK, it can clearly visualize the thermal distribution on equipment surfaces and accurately capture minute temperature variations (such as abnormal heating at circuit board contacts or power connectors). This system provides early warnings for faults like short circuits and aging, thereby preventing equipment damage.

• Micro-embedded integration: Compact size and low power consumption enable easy integration into portable infrared detectors and device-integrated monitoring modules, suitable for applications such as electronic manufacturing, power line inspection, and mold processing without compromising the mobility and portability of detection equipment.

• Flexible functional adaptation: Supports 1-8x electronic magnification for close-up observation of thermal imaging details of micro components, with crosshair function enabling precise fault location; Multiple pseudo-color mode switching allows selection of the clearest imaging effect based on detection requirements, enhancing fault identification efficiency.

• Stable long-term operation: Operating within a wide temperature range of-20°C to +50°C, suitable for high and low temperature environments in industrial workshops. Featuring a 1.3W low-power design, it supports continuous long-term operation, reduces equipment maintenance frequency, and lowers operational and maintenance costs.

Scenario 3: Low-altitude UAV Inspection (Agriculture/Electricity/Lumber)

Scene pain points

Unmanned aerial vehicle (UAV) inspections impose extremely high requirements on the size, weight, and power consumption of onboard equipment, necessitating miniaturized and lightweight mechanisms. The inspection scenarios are complex (high altitude, outdoor environments, extreme temperatures), demanding infrared mechanisms with stable imaging performance, strong interference resistance, and the capability to transmit high-definition thermal images in real-time for applications such as crop growth monitoring, power line inspection, and forest fire early warning.

Customized Solution

The QTR64025 integrates micro-compact design, low power consumption, and stable transmission capabilities, specifically engineered for small drones to deliver efficient low-altitude inspection solutions tailored for low-altitude economic applications.

• Lightweight compatibility: With an ultra-lightweight design of 31g and a compact size of 25mm×25mm×30mm, it is seamlessly integrated into small drones without significant weight burden, ensuring optimal endurance and maneuverability. The drone can effortlessly navigate through farmlands, forests, and power lines.

• Low-power long endurance: Featuring a 1.3W low-power design with 3.3V to 16V wide voltage input, it directly supports lithium battery power supply for drones, significantly extending inspection flight duration to meet extensive inspection requirements.

• High-definition real-time transmission: Supports USB digital video output for seamless integration with drone image transmission systems. With 50Hz frame rate enabling real-time thermal imaging data transmission, combined with hot spot tracking functionality, it allows rapid identification of anomalies such as forest fires, crop pests and diseases, and overheating power lines.

• Full-scenario adaptability: Operating within a wide temperature range of-20°C to +50°C, suitable for high-altitude low-temperature environments and outdoor high-temperature conditions. With a 48.7°HFOV (High Field of View), it enables extensive inspection coverage, enhances inspection efficiency, and reduces missed or false detections.

Scenario 4: Outdoor Exploration/Emergency Rescue (Geology/Firefighting/Outdoor Adventure)

Scene pain points

Outdoor exploration and emergency rescue scenarios are complex, involving harsh environmental conditions (high/low temperatures, humidity, and dust), necessitating portable infrared equipment with compact core components, low power consumption, and strong weather resistance. The system must accurately capture thermal radiation from objects for applications such as geological hazard detection, trapped personnel search and rescue, and fire rescue operations, while ensuring simple operation and portability.

Customized Solution

The QTR64025 leverages its compact size, weather resistance, and low power consumption to seamlessly integrate with portable outdoor devices, delivering comprehensive solutions for all-scenario outdoor exploration and emergency rescue operations.

• Compact and portable integration: Featuring a small size and lightweight design, it can be easily integrated into portable infrared telescopes and rescue inspection instruments, facilitating outdoor transportation and operation. It is suitable for scenarios such as geological exploration, outdoor adventure, and firefighting rescue operations.

• Excellent weather resistance: Operating temperature ranges from-20°C to +50°C, and storage temperature ranges from-30°C to +70°C. It can adapt to outdoor environments with extreme temperatures, humidity, and dust conditions, ensuring stable and reliable long-term performance without compromising imaging quality due to environmental factors.

• High-efficiency search and rescue/detection: Operating in the 8–14 μm response band, capable of penetrating smoke and dust to clearly capture thermal radiation profiles of trapped individuals and geological anomalies. The hot spot tracking function enables rapid target localization, providing critical time advantages for emergency rescue operations and geological exploration.

• User-friendly operation and transmission: Supports CVBS analog video output, allowing direct connection to portable displays for manual adjustment of brightness and contrast, as well as switching between pseudo-color modes to meet imaging requirements in various outdoor environments. The USB interface enables rapid export of thermal imaging data for post-processing analysis and archiving.

III. Core Value of Integrated Solution

The QTR64025 is a non-cooled infrared sensor module, not a standalone imaging component. It delivers an integrated infrared imaging core solution featuring miniaturization, high precision, and low power consumption for diverse terminal devices. Its core value lies in:

1. Convenient integration: Compact size and lightweight design with dual interface outputs and wide voltage compatibility, eliminating complex debugging requirements. It enables rapid integration into security systems, industrial applications, drones, and outdoor equipment, significantly reducing terminal product R&D and integration costs.

2. Precision and efficiency: High-definition resolution, high sensitivity, and comprehensive image processing capabilities enable accurate detection of temperature anomalies, enhancing operational efficiency, reducing labor costs, and providing early warnings for potential safety hazards.

3. Reliable and stable: Featuring wide-temperature weather resistance and low-power design, it ensures long-term fault-free operation, adapts to complex outdoor and industrial environments, reduces equipment maintenance costs, and guarantees continuous operations.

4. Flexible adaptation: Features such as multi-pseudochrome, electronic amplification, and hot spot tracking can be flexibly adjusted according to different scenarios, meeting diverse requirements across multiple fields including security, industrial applications, drones, and outdoor environments.

IV. Compatibility Notes

The QTR64025 is a non-cooling infrared sensor featuring dual USB/CVBS output interfaces, enabling seamless integration with display, storage, and image transmission devices. Compatible with mainstream flight control systems like Betaflight/INAV and MIPI/DVP interface cameras, it requires no complex debugging and can be quickly deployed in compact surveillance systems, portable detectors, drones, and outdoor rescue equipment.

Whether you're an enterprise-level integration client, a terminal device manufacturer, or a professional operations team, this mechanism delivers compact and high-precision infrared imaging solutions to drive product upgrades and iterations. For detailed product specifications, integrated technical support, and customized scenario solutions, visit our official website jiffy2016.com. We provide tailored technical guidance and implementation support to meet your needs.