Ceres V 1280 GigE LWIR Thermal Camera
Ceres V 1280 GigE LWIR Thermal Camera
Ceres V 1280 GigE LWIR Thermal camera -5
Ceres V 1280 GigE LWIR Thermal camera -2
Ceres V 1280 GigE LWIR Thermal camera -3
Ceres V 1280 GigE LWIR Thermal camera -4

Ceres V 1280 | High-Resolution LWIR Industrial Thermal Camera

Sensor Type

Uncooled Microbolometer

Resolution - pixel pitch

SXGA (1280 x 1024) - 12 µm

Sensitivity

8 - 14 µm

Shutter

Built-in mechanical shutter

Lens FOV options

12, 16, 25, 48 and 71º

Interface

GigE Vision or CameraLink

1.3 MP Industrial Thermal Imaging Camera

The Ceres V 1280 camera utilizes the Dione 1280 OEM thermal imaging core, with a resolution of 1280×1024 pixels and a 12 μm pixel pitch. Renowned for its exceptional thermal imaging capabilities, this camera incorporates a cutting-edge high-resolution microbolometer detector and efficient on-board image processing.

Delivering full-frame images at a swift 60 Hz rate, the Ceres V 1280 camera offers compatibility with either a CameraLink or GigE Vision interface, ensuring adherence to GenICam standards.

Its compact design, superior image quality, and GenICam compliant interfacing make it effortless to integrate into demanding industrial, scientific, and security thermal imaging applications.

Available in either a no-lens configuration (camera only with M34x0.5 and M45x0.75 optical mount) or with four distinct Horizontal Field-Of-View (HFOV) options: 12, 16, 25, 48, or 71 degrees.

The high-resolution Ceres V 1280 series is highly versatile, finding applications in industrial machine vision, scientific research, medical, and security systems where a GenICam compliant interface is essential.

Key Features Include:

  • Compact and high-resolution design
  • Exceptional on-board image processing performance for optimized image quality
  • GenICam compliance ensures seamless integration
  • Operates without the need for cooling
  • Flexible optical mount and lens options provide versatility

To view more LWIR thermal cameras & cores, click HERE. 

To visit the manufacturer’s website, click HERE.

1.3 MP Industrial Thermal Imaging Camera

The Ceres V 1280 industrial thermal imaging camera series utilizes the Dione 1280 OEM thermal imaging core, with a resolution of 1280×1024 pixels and a 12 μm pixel pitch. Renowned for its exceptional thermal imaging capabilities, this camera incorporates a cutting-edge high-resolution microbolometer detector and efficient on-board image processing.

Delivering full-frame images at a swift 60 Hz rate, the Ceres V 1280 camera offers compatibility with either a CameraLink or GigE Vision interface, ensuring adherence to GenICam standards.

Its compact design, superior image quality, and GenICam compliant interfacing make it effortless to integrate into demanding industrial, scientific, and security thermal imaging applications.

Available in either a no-lens configuration (camera only with M34x0.5 and M45x0.75 optical mount) or with four distinct Horizontal Field-Of-View (HFOV) options: 12, 16, 25, 48, or 71 degrees.

The high-resolution Ceres V 1280 series is highly versatile, finding applications in industrial machine vision, scientific research, medical, and security systems where a GenICam compliant interface is essential.

Key Features Include:

  • Compact and high-resolution design
  • Exceptional on-board image processing performance for optimized image quality
  • GenICam compliance ensures seamless integration
  • Operates without the need for cooling
  • Flexible optical mount and lens options provide versatility

To view more LWIR thermal cameras & cores, click HERE. 

To visit the manufacturer’s website, click HERE.

Applications

  • Industrial Machine Vision
  • Medical
  • Scientific & Advanced Research
  • Safety & Security

Ceres V 1280 Series

Xeneth Software

Versatile software interface designed with the user in mind

Xeneth Software offers comprehensive support for all Xenics infrared cameras, regardless of their wavelength sensitivity, interface, resolution, or image format. In the default view of the Graphical User Interface (GUI), only the key control parameters are displayed next to the infrared camera image. However, as users transition from beginner to expert and then to guru mode, additional settings become visible and adjustable.

A complete set of processing and post-processing tools is available to extract useful information and optimize infrared images. For users with thermally calibrated cameras (available for selected models), the software can perform a complete radiometric analysis (thermography), taking into account object, environmental, and optic characteristics.

Moreover, Xeneth enables the export of recorded infrared images to common image formats for viewing and analysis in third-party software. A notable feature introduced in version 2.7 is the extended calibration wizard, which facilitates the optimization of image correction calibration data without the need for real-time camera images.

Key Features Include:

  • Alarms
  • Detection of black hot/white hot spots
  • Extended calibration wizard
  • Image histogram analysis
  • Image processing capabilities
  • Recording and playback functionalities
  • Storage and analysis of digital images/movies
  • TrueNUC for continuous real-time image correction
  • Bad pixel replacement
  • Intuitive control of all Xenics infrared cameras
  • False color mode with various color profiles
  • Live view of images
  • Line profiles, spot meters, and time profiles
  • Selections and statistical analysis
  • Thermography (optional and available for selected cameras)
  • Xeneth LabVIEW SDK (optional)
  • Xeneth Software Development Kit (SDK)
Sensitivity

8 – 14 µm

Material

VOx

Resolution

1280 x 1024 (SXGA – 1.3 MP)

Frame Rate

10 – 100 fps

Pixel Pitch

12 µm x 12 µm

Interface

GigE, Camera Link

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