Description
Turing F1024 Uncooled Infrared Module
The Turing F1024 is a premium uncooled long-wave infrared module featuring a 1024×768 resolution detector array. It delivers significantly more thermal detail than standard-resolution modules, enabling finer temperature gradient mapping, smaller target detection at greater range, and higher-quality image output for post-processing and analysis.
Suitable for integration into advanced thermal cameras, scientific instruments, and specialised surveillance platforms, the F1024 represents a step up in performance for demanding applications that cannot compromise on image resolution. Its uncooled design eliminates the reliability risks and cost overhead associated with cooled thermal systems.
Key Features
- 1024×768 uncooled LWIR detector
- High-Performance Detector Capability
- Advanced Image Processing Algorithm
- Optimized Lens Solutions
- Multiple Network Interface Support
Applications
Scientific research, advanced border surveillance, industrial non-destructive testing, long-range security systems, and thermal mapping applications.
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Features
The Turing F1024 uncooled infrared module has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and technology of lens control, bringing a new experience for long-distance monitoring. The product can be widely used in application scenarios such as perimeter security, high-altitude observation, forest fire prevention, water area monitoring, and industrial temperature measurement.
Powerful Detector Performance
- It has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and technology of lens control, bringing a new experience for remote monitoring.
- The product can be widely used in application scenarios such as perimeter security, high-altitude observation, forest fire prevention, water area monitoring, and industrial temperature measurement.
Upgraded Image Algorithm
- The module has upgraded the image algorithm to the new generation and optimized it for special scenarios, such as forests, sea, sky, rainy, and foggy weather, providing customers with clear and sharp infrared images.
Providing Optimized Lens
- It supports athermalized prime lenses, prime electric focusing lenses, and continuous zoom lenses.
- It can realize electric focus, continuous zoom, automatic focus, and defocusing compensation functions, etc.
Multiple Network Interfaces
- It provides interface, BT.601, BT.1120, and other video output interface options.
- Expandable SDI, USB, Cameralink, and HDMI interfaces
- It provides an SDK, which is simple and easy to use, shortening the development cycle, improving efficiency, and reducing secondary development costs
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