Performance improvement

High resolution: With the development of science and technology, the manufacturing process and materials are constantly improving, and the resolution of image intensifier tubes will continue to improve, which can present target details more clearly and meet the needs of military reconnaissance, medical diagnosis and other fields with high image accuracy requirements.

High sensitivity: In the future, image intensifier tubes will be more sensitive to weak light, can effectively capture and enhance images in extremely dark environments, and play a greater role in nighttime military operations and security monitoring in low-light environments.

Low noise: By optimizing the electronic optical system, using low-noise materials and signal processing technology, the image noise is reduced, the image quality is improved, and the enhanced image is purer and more real, which is conducive to accurate judgment and analysis.

Intelligent integration

Combined with artificial intelligence: With the help of artificial intelligence algorithms, the enhanced image is automatically identified, analyzed and processed, such as automatic detection and early warning in the security field, and assisting target identification and tracking in the military.

Integration with the Internet of Things: Image intensification tube equipment will be integrated into the Internet of Things to achieve remote control, data transmission and sharing, facilitate centralized management and multi-device collaborative work, and improve the intelligence level and overall efficiency of the system.

Miniaturization and lightweight

Material and process innovation: Adopt new high-performance materials and miniaturized manufacturing processes to reduce the volume and weight of image intensification tubes while ensuring performance, making them easy to carry and use, and expanding their application in fields with high requirements for equipment portability such as single-soldier combat and drones.

Multispectral fusion

Develop multispectral image intensification tube technology to fuse images of different spectra such as infrared and visible light, so that the acquired image information is richer and more comprehensive, and the detection and identification capabilities of complex environments and targets are improved. It has important application prospects in military reconnaissance, environmental monitoring and other fields.

Localization and independent control

Increase R&D investment, break through key core technologies, increase the localization rate of image intensification tubes, reduce dependence on foreign technologies and products, and ensure national information security and industrial security in related fields.