PixelCam 4 Band NIR+SWIR

SWIR Camera with NIR+SWIR Channels

PixelCam multispectral cameras provide live imaging of 3-9 spectral bands at video rates. Simultaneous multi-channel “snapshot” acquisition delivers rich, real-time data without scene change or pixel shift. Custom dichroic filter arrays are integrated into the focal plane array at wafer-level to create robust linear and area sensors that extract high-contrast spectral information at specific visible and infrared wavelengths. This breakthrough technology enables easy integration into handheld, mobile and aerial cameras – all with the same frame rate, size, weight and power consumption as monochrome cameras.

PixelCam cameras are fabricated to user-defined wavelengths. The unique combination of high-speed, multi-band imaging and small form factor supports a variety of dedicated applications including agriculture, biomedical, machine vision, surveillance, authentication and unmanned systems. Customized OEM multispectral camera modules are engineered from the wafer-level to deliver scalable volume production and easy integration into handheld and portable devices. Standard PixelCam camera modules are available for 4-band and 6-band RGB+NIR and SWIR wavelengths.

The PixelCam 4 band NIR+SWIR multispectral camera, spectral response shown below, has 4 unique bands in a custom “bayer” type filter. Each filter is positioned over a single pixel and uniformly patterned across the array. The camera is uniquely designed to be used for chemical detection, but also can be used for many other applications across multiple industries. From medical to military, this snapshot multispectral imager is a unique tool for researchers and developers. Users can also use a “pre-filter” to further define the bands to utilize the camera with narrower bands. Reach out to our applications engineers for details.  BUY NOW

Spectral Response

PIXELTEQ micro-pattered optical filters, like PixelCam, are covered by patents in micro-patterning technologies (US patent 7648808) and pixel filter array on substrate (either glass or directly on sensor/detector wafers) methodologies (US patent  6638668).

Benefits

  • Simultaneous multi-band imaging
  • Custom VIS-NIR-SWIR spectral bands
  • Portable size, weight and power consumption
  • Robust, high reliability, scalable production

OEM Customization

  • Application-specific spectral bands
  • Custom pixel-scale mosaic patterning
  • Sensor, camera and housing options
  • Mechanical and environmental requirements
  • Proof-of-concept prototypes to high-volume production
NIR+SWIR Technical Specifications 
Spectral Response700-1700nm
Resolution640 x 512px
SensorInGaAs
25µm Pixel Pitch
Spectral Bands900/400nm, 1200/100nm, 1400/100nm, 1650/100nm
Active Area16.0mm (H) x 12.8mm (V), 20.5mm (Diagonal)
Frame Rate Overclocked30 FPS
Optical InterfaceNi-42
Digital OutputCamera Link (R), 14 Bit
Dimensions (No Lens or Mount)52.1mm (H) x 52.1mm (W) x 64.7mm (D)
2.1" (H) x 2.1" (W) x 2.6" (D)
Weight235g (0.52lb)
  • Aerial mapping
  • Biomedical imaging
  • Machine vision
  • Product screening
  • Remote sensing
  • Surveillance and authentication
  • Unmanned systems
  • Water quality measurement

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