What are enhanced vision systems?

Clear visibility is of the highest importance in any surveillance, safety & security operation. Critical airborne, road and maritime operations can benefit from a clear view on the scene and the environment. The more “eyes” you have, the more you can see. Quite often the combined perception is better than the simple sum of individual observations.





What are enhanced vision systems used for?

2 see more than 1

Longer wavelengths penetrate easier through fog and smoke, as they are less obstructed by small particles.  But the use of one single wavelength range also has its draw-backs.

Sometimes the thermal contrast of a scene can be low. E.g. twice a day a landing strip has the same temperature (emissivity) as the surrounding lawns. In a maritime setting objects take over the water temperature when they are immersed for a long time.

Passive or active SWIR imaging provides the necessary contrast at short(er) range. But when visible, SWIR and thermal cameras are combined, the fused images can reveal details which are not visible in either of the utilized bands.

Multiple cameras can be mounted in a fixed enclosure, on a light weight, agile gimbal or on a pan & tilt head. Image fusion boxes are then co-registering the images, resampling the information and fusing the pixel information. If better co-registration of the pixel is required, cameras or cores can be mounted behind a single broadband objective lens.

SWIR night shot through fog

To the human eye, the person is invisible. A SWIR camera sees through darkness and smoke.

Two Sensors See More

As mentioned, a SWIR camera will reach its performance limit in a moonless night and overcast sky, so image capture would benefit from a second camera in parallel, which additionally covers the LWIR thermal band. Xenics has developed a family of high-resolution SWIR and LWIR camera modules called XenicsCores. Based on a common electronics platform, they can be easily combined and integrated according to their intended use.

What do we offer?

In EVS (Enhanced Vision Systems) and image fusion applications it is important to use cameras with a small form factor and low power consumption for an easy integration into an imaging system.

We offer the Raven-640-Analog (LWIR) and Rufus-640-Analog (SWIR) analog cameras. These have a cross-section of less than 55 mm and consume less than 2 W. These camera are ideal solutions for refurbishment projects.

Our XenicsCores are even smaller and less power consuming. Our XSW-Series (SWIR) and XTM-Series (LWIR) have a cross-section of 45 mm and consume less than 1.5 W.

For those who are looking for a MWIR core, we offer the XCO-640. This MWIR OEM core is equipped with a selection of Sterling cooled engines and complement the product range of our XenicsCores.




Application note

Detecting and Defeating Subversive Night and Fog Activities

SWIR Cameras Ensure Visibility Day and Night in Any Weather

Around-the-clock surveillance capability in any weather is a decisive operational ad-vantage for military and emergency services. In these and similar applications, SWIR cameras are well-suited for everyday use because they show superior results when compared with most other imaging technologies. To recognize and track objects of light-reflecting as well as thermal-radiating natures, SWIR cameras can be easily combined with thermal LWIR cameras and their images fused to enhance their content and validity.  ——-read more         Download document(234.83 KB)


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XSW-320 Gated

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XSW ready-to-integrate SWIR OEM Module

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Xenics’ XTM-640 is an extremely compact and versatile thermal camera module with unique image quality and stability for a broad range of OEM applic

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The Raven-384-Analog 25 μm is a thermal infrared camera, specially designed for the demanding security market.