9 band SWIR camera – Pixelcam
The PixelCam 9 band SWIR camera utilizes the latest developments in high-performance SWIR (Short Wave Infrared) image sensors combined with Salvo’s patented ability to create pixelated filters to create a multispectral imaging system capable of discerning 9 distinct spectral ranges between 1000nm and 1700nm. This opens the door to a wide range of applications where distinguishing the different SWIR “colors” enables the possibility to identify other subjects much more clearly, just as a color image in the visible spectrum does when compared to a monochrome one. The use of the SWIR spectrum though has many advantages such as the ability to penetrate deeper into certain substances and even see right through them when a visible image would be occluded or even completely opaque.
Description
The PixelCam 9 band SWIR camera utilizes the latest developments in high-performance SWIR (Short Wave Infrared) image sensors combined with Salvo’s patented ability to create pixelated filters to create a multispectral imaging system capable of discerning 9 distinct spectral ranges between 1000nm and 1700nm. This opens the door to a wide range of applications where distinguishing the different SWIR “colors” enables the possibility to identify other subjects much more clearly, just as a color image in the visible spectrum does when compared to a monochrome one. The use of the SWIR spectrum though has many advantages such as the ability to penetrate deeper into certain substances and even see right through them when a visible image would be occluded or even completely opaque.
Applications:
– Aerial Mapping
– Biomedical Imaging
– Machine Vision
– Product Screening
– Remote Sensing
– Unmanned Systems
– Surveillance and Authentication
Benefits:
– Simultaneous multi-band imaging
– Custom RGB-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
Specifications:
Specifications:
Spectral Response | 1000nm – 1700nm |
Image Sensor Resolution | 1280 x 1024 Pixels |
Sensor | InGaAs Area CMOS 5.0μm Pixel Pitch |
Shutter Type | Global Shutter |
Filter Resolution | 15.0μm Pixel Pitch Image Sensor Pixels Binned 3×3 |
Spectral Bands (9) | 1050-70, 1125-70, 1200-70, 1275-70, 1350-70, 1425-70, 1500-70, 1575-70, 1650-70 |
Active Area | 6.40mm (H) x 5.12mm (W) |
Frame Rate | >90 fps at Full Resolution |
Exposure time (min) | 15 µs |
Exposure time (max) | 0.5 sec |
Optical Interface | C Mount |
Digital Output | GigE Vision |
Dimensions | 50 x 50 x 42.5 mm |
Weight | 139g |
Power supply | 10 to 25 V (DC) |
Power consumption | 4 W (dep. on operating mode) |