EyeR Thermal Imaging Core HS

In the EyeR Thermal Imaging Core HS, we have used its vast customer experience to answer specific application requirements, such as: low power consumption, single input voltage, extremely short time to image, and built in parallel & analog video outputs. Our state of the art image processing capabilities have allowed the development of superior high-end algorithms including TECless operations. EyeR Thermal Imaging Core HS is an advanced, versatile, modular platform that supports a VOx microbolometer detector, including 17μ detector technology. The EyeR Thermal Imaging Core HS is specifically designed for thermal imaging solutions. Its design is adaptable and modular, enabling easy customization and maximum flexibility to fit the customer’s product.


  • High sensitivity NETD – < 30mK
  • Power consumption: < 1.5W
  • High resolution: 640 x 480
  • Auto BPR real time algorithm
  • Progressive parallel TTL digital video output
  • Time to image: < 5 seconds
  • Operating temperature range: -40ºC to +75ºC
  • Motorized lenses support
  • Built-in boresight calibration
  • Robust design

Why EyeR Thermal Imaging Core HS?

Today’s battlefield and HLS demand a micro thermal imaging solution to achieve maximum all weather vision. EyeR Thermal Imaging Core enables the use of higher F# lenses thereby lowering the cost of the customer’s subsystem. The EyeR Thermal Imaging Core HS gives excellent high-end thermal imaging performance.

This article comes from opgal edit released

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