Ensure early detection with the DINION IP thermal 8000

 

The DINION IP thermal 8000 camera provides early detection by combining thermal imaging with Intelligent Video Analytics.

 
 

Excellent thermal performance

 

The DINION IP thermal 8000 camera offers excellent thermal performance, built-in Intelligent Video Analytics and outstanding corrosion resistance. This camera is an easy replacement for the Bosch VOT-320. The DINION IP thermal 8000 camera offers a choice of resolutions: QVGA or VGA. The highest resolution and thermal capabilities of the camera offer excellent details of the scene, making the information easier for users to interpret.

 

Main features

 
  • Ensures early detection over distances up to 610m thanks to the combination of thermal imaging and Intelligent Video Analytics
  • Designed for outdoor use (corrosion resistant, meeting the EN 50130-5 salt mist test, withstanding up to 1000 hours of salt/mist under test conditions)
  • Offers a choice of resolutions: QVGA and VGA
  • Easy replacement of the VOT-320

 

Thermal imaging combined with Intelligent Video Analytics

What makes the DINION IP thermal 8000 camera so special is its combination of thermal imaging and standard Intelligent Video Analytics at the edge. Combining these features makes the camera suitable for mission-critical applications that require video content analysis over larger distances up to 610m. Intelligent Video Analytics is specifically designed for the most demanding environments, providing a state-of-the-art solution for the ultimate in video analytics. It has the ability to differentiate between genuine security events and known false triggers such as challenging environments or applications that require video content analysis over larger distances.

 

Application

 

The DINION IP thermal 8000 camera offers excellent thermal performance, built-in Intelligent Video Analytics and outstanding corrosion resistance. It is ideal for mission-critical applications such as perimeter protection of airports, critical infrastructures, government buildings and bridges ensuring early detection in environments with limited vision due to poor lighting conditions, smoke or complete darkness.