CMS Series | VIS / NIR Multispectral Cameras

Sensor Type

CMOS

Raw Image Resolution - Pixel Pitch

1280 x 1024 px - 5.3 µm | 2048 x 2048 - 5.5 µm

Spectral Image Resolution

426 (H) x 339 (V) | 682 (H) x 682 (V)

Number of Bands

9 (3 x 3 Bayer-like filter)

Typical Spectral Range

430 to 930 nm

Bandwidth (FWHM avg)

30-50 nm

CMS Series Multispectral Cameras

CMS Multispectral cameras are specially designed to allow high integration of VIS/NIR multispectral systems. These lightweight and very small footprint cameras split the image into 8 spectral bands plus 1 B&W channel. Made by hybridization of a custom Bayer-like mosaic filter on a commercial 1.3 (CMS) or 4.2 (CMS4) MPixel CMOS Sensor, they allow extracting the spectrum on each point of an image. SILIOS offers three different CMS cameras to address a wide spectrum of applications:

CMS-C (color dedicated)
CMS-V (vegetation dedicated)
CMS-S (security dedicated)

Click HERE to visit the manufacturer’s website.

To view more multispectral cameras, click HERE.

CMS Sensor & Camera Specifications
Model Series	CMS	CMS4
Array Type	CMOS (Si)	CMOS (Si)
Resolution (HxV)	1280 x 1024	2048 x 2048
Pixel Pitch	5.3 µm	5.5 µm
Spectral Image Resolution	426 (H) x 339 (V)	682 (H) x 682 (V)
Optical Interface	CS-Mount	CS-Mount
Max Frame Rate	60 Hz	65 Hz (camera acquisition) / 20 Hz (COLOR SHADES Lab)
Exposure Time Range	10 µs to 2 s	100 µs to 5 s
ADC	10 bits	10 bits
Camera Control	USB 3.0	USB 3.0
Power Supply	USB 3.0	USB 3.0
Dimensions (WxHxL)	56 x 56 x 22 mm^3	52 x 63 x 40 mm^3
Weight Camera Head	75 g	170 g

Filter Specifications
Model	CMS-C	CMS-V	CMS-S	CMS4-C	CMS4-V	CMS4-S
Bayer Filter	3x3 bands	3x3 bands	3x3 bands	3x3 bands	3x3 bands	3x3 bands
Wavelength Range	430-700 nm typical	550-830 nm typical	650-930 nm typical	430-700 nm typical	550-830 nm typical	650-930 nm typical
Type of Pixel	8 colors (narrow bands) + 1 B&W	8 colors (narrow bands) + 1 B&W	8 colors (narrow bands) + 1 B&W	8 colors (narrow bands) + 1 B&W	8 colors (narrow bands) + 1 B&W	8 colors (narrow bands) + 1 B&W
Band 1	λc: 425nm \| FWHM: 74nm \| Tmax: 60%	λc: 557 nm \| FWHM: 33 nm \| Tmax: 56%	λc: 657 nm \| FWHM: 33 nm \| Tmax: 57%	λc: 426 nm \| FWHM: 55 nm \| Tmax: 42%	λc: 548 nm \| FWHM: 37 nm \| Tmax: 48%	λc: 654 nm \| FWHM: 38 nm \| Tmax: 59%
Band 2	λc : 465 nm \| FWHM : 57 nm \| Tmax : 60%	λc: 593 nm \| FWHM: 30 nm \| Tmax: 53%	λc: 693 nm \| FWHM: 32 nm \| Tmax: 56%	λc: 459 nm \| FWHM: 50 nm \| Tmax: 53%	λc: 585 nm \| FWHM: 33 nm \| Tmax: 48%	λc: 696 nm \| FWHM: 36 nm \| Tmax: 59%
Band 3	λc : 505 nm \| FWHM : 41 nm \| Tmax : 58%	λc: 632 nm \| FWHM: 28 nm \| Tmax: 52%	λc: 736 nm \| FWHM: 31 nm \| Tmax: 55%	λc: 495 nm \| FWHM: 45 nm \| Tmax: 59%	λc: 625 nm \| FWHM: 30 nm \| Tmax: 47%	λc: 731 nm \| FWHM: 35 nm \| Tmax: 57%
Band 4	λc: 545 nm \| FWHM: 34nm \| Tmax : 56%	λc: 672 nm \| FWHM: 26 nm \| Tmax: 51%	λc: 774 nm \| FWHM: 29 nm \| Tmax: 54%	λc: 532 nm \| FWHM: 43 nm \| Tmax: 63%	λc: 663 nm \| FWHM: 28 nm \| Tmax: 48%	λc: 774 nm \| FWHM: 34 nm \| Tmax: 57%
Band 5	λc: 573 nm \| FWHM: 31 nm \| Tmax: 56%	λc: 713 nm \| FWHM: 25 nm \| Tmax: 50%	λc: 818 nm \| FWHM: 30 nm \| Tmax: 53%	λc: 579 nm \| FWHM: 41 nm \| Tmax: 66%	λc: 706 nm \| FWHM: 27 nm \| Tmax: 48%	λc: 810 nm \| FWHM: 35 nm \| Tmax: 55%
Band 6	λc: 614 nm \| FWHM: 28 nm \| Tmax: 53%	λc: 752 nm \| FWHM: 24 nm \| Tmax: 48%	λc: 855 nm \| FWHM: 28 nm \| Tmax: 51%	λc: 620 nm \| FWHM: 40 nm \| Tmax: 64%	λc: 744 nm \| FWHM: 26 nm \| Tmax: 47%	λc: 853 nm \| FWHM: 34 nm \| Tmax: 53%
Band 7	λc: 656 nm \| FWHM: 26nm \| Tmax: 51%	λc: 791 nm \| FWHM: 24 nm \| Tmax: 47%	λc: 896 nm \| FWHM: 28 nm \| Tmax: 51%	λc: 663 nm \| FWHM: 39 nm \| Tmax: 63%	λc: 785 nm \| FWHM: 26 nm \| Tmax: 47%	λc: 888 nm \| FWHM: 34 nm \| Tmax: 53%
Band 8	λc: 699 nm \| FWHM: 25 nm \| Tmax: 51%	λc: 831 nm \| FWHM: 26 nm \| Tmax: 46%	λc: 934 nm \| FWHM: 28 nm \| Tmax: 50%	λc: 703 nm \| FWHM: 38 nm \| Tmax: 60%	λc: 824 nm \| FWHM: 27 nm \| Tmax: 46%	λc: 931 nm \| FWHM: 34 nm \| Tmax: 51%
Band 9	Tmean = 15% over 400-800 nm	Tmean = 9% over 500-900 nm	Tmean = 9% over 600-1000 nm	Tmean = 18% over 400-800 nm	Tmean = 9% over 500-900 nm	Tmean = 12% over 500-1000 nm

Multispectral Sensor Specifications
Model	CMS-C	CMS-V	CMS-S	CMS4-C	CMS4-V	CMS4-S
Band 1	λc: 426 nm \| FWHM: 61 nm \| QE max: 20%	λc: 559 nm \| FWHM: 35 nm \| QE max: 24%	λc: 657 nm \| FWHM: 34 nm \| QE max: 17%	λc: 430 nm \| FWHM: 51 nm \| QE max: 20%	λc: 549 nm \| FWHM: 37 nm \| QE max: 22%	λc: 656 nm \| FWHM: 35 nm \| QE max: 19%
Band 2	λc: 462 nm \| FWHM: 51 nm \| QE max: 26%	λc: 595 nm \| FWHM: 32 nm \| QE max: 21%	λc: 693 nm \| FWHM: 37 nm \| QE max: 16%	λc: 460 nm \| FWHM: 49 nm \| QE max: 28%	λc: 582 nm \| FWHM: 30 nm \| QE max: 21%	λc: 698 nm \| FWHM: 35 nm \| QE max: 16%
Band 3	λc: 501 nm \| FWHM: 41 nm \| QE max: 23%	λc: 632 nm \| FWHM: 29 nm \| QE max: 19%	λc: 735 nm \| FWHM: 38 nm \| QE max: 13%	λc: 498 nm \| FWHM: 43 nm \| QE max: 35%	λc: 623 nm \| FWHM: 30 nm \| QE max: 19%	λc: 733 nm \| FWHM: 36 nm \| QE max: 14%
Band 4	λc: 540 nm \| FWHM: 35 nm \| QE max: 25%	λc: 672 nm \| FWHM: 29 nm \| QE max: 18%	λc: 773 nm \| FWHM: 36 nm \| QE max: 13%	λc: 534 nm \| FWHM: 44 nm \| QE max: 35%	λc: 660 nm \| FWHM: 27 nm \| QE max: 18%	λc: 774nm \| FWHM: 34 nm \| QE max: 12%
Band 5	λc: 569 nm \| FWHM: 35 nm \| QE max: 22%	λc: 714 nm \| FWHM: 28 nm \| QE max: 15%	λc: 815 nm \| FWHM: 40 nm \| QE max: 8%	λc: 583 nm \| FWHM: 42 nm \| QE max: 31%	λc: 707 nm \| FWHM: 29 nm \| QE max: 14%	λc: 809 nm \| FWHM: 30 nm \| QE max: 10%
Band 6	λc: 612 nm \| FWHM: 32 nm \| QE max: 19%	λc: 751 nm \| FWHM: 27 nm \| QE max: 14%	λc: 851 nm \| FWHM: 38 nm \| QE max: 8%	λc: 622 nm \| FWHM: 46 nm \| QE max: 26%	λc: 742 nm \| FWHM: 28 nm \| QE max: 9%	λc: 851 nm \| FWHM: 35 nm \| QE max: 7%
Band 7	λc: 654 nm \| FWHM: 32 nm \| QE max: 17%	λc: 790 nm \| FWHM: 28 nm \| QE max: 10%	λc: 893 nm \| FWHM: 38 nm \| QE max: 5%	λc: 667 nm \| FWHM: 35 nm \| QE max: 22%	λc: 784 nm \| FWHM: 28 nm \| QE max: 9%	λc: 887 nm \| FWHM: 37 nm \| QE max: 5%
Band 8	λc: 696 nm \| FWHM: 33 nm \| QE max: 17%	λc: 828 nm \| FWHM: 29 nm \| QE max:8 %	λc: 930 nm \| FWHM: 37 nm \| QE max: 4%	λc: 705 nm \| FWHM: 37 nm \| QE max: 19%	λc: 821 nm \| FWHM: 30 nm \| QE max: 7%	λc: 927 nm \| FWHM: 37 nm \| QE max: 3%
Band 9	Neutral density: QE mean = 6% over [400-800]nm	Neutral density: QE mean = 4% over [500-900]nm	Neutral density: QE mean = 3% over [600-1000]nm	Neutral density: QE mean = 8% over [400-800]nm	Neutral density: QE mean = 45% over [500-900]nm	Neutral density: QE mean = 3% over [500-1000]nm
Pixel Operability	≥99.85%	≥99.85%	≥99.85%	≥99.94%	≥99.94%	≥99.94%

CMS-C

CMS QE Curve

CMS4-C

CMS4-C QE Curve

CMS-V

CMS4-V

CMS4-V QE Curve

CMS-S

CMS4-S

CMS4-S QE Curve

Multispectral Camera Applications

CMS-C (Color Dedicated)

Color measurements
Color process control
Waste sorting (papers, plastic bottles…)
Fruits & vegetables aspect control

CMS-V (Vegetation Dedicated)

Vegetation index measurement (NDVI, MCARI, MSR, SAVI, TVI…)
Field mapping for modern agriculture monitoring
Fertilization and irrigation optimization
Environmental monitoring…

CMS-S (Surveillance Dedicated)

Surveillance
Authentication
Forensics
Oximetry
Defense…

Data Sheets and Brochures

CMS Series Data Sheet

CMS4 Series Data Sheet

Catalog

Application Notes

COLOR SHADES® LAB

The SDK for the SILIOS multispectral cameras (CMS, CMS4, TOUCAN and ANT). It allows :

Displaying the raw images, false color images, gray scale images or overlaid images with different indexation methods (such as “spectrum recognition”),
Normalizing the spectral channels,
Applying multispectral image corrections such as the crosstalk correction,
Extracting the hypercubes.

COLOR SHADES® LAB runs with real time acquisition, but can also run with recorded single image or series of images (“replay mode”).

COLOR SHADES® LAB supports any of the SILIOS cameras and recognizes each plugged one via its S/N number. The specific spectral data of the corresponding multispectral sensor are then used for spectral corrections and treatments.

Description
Additional information

CMS Series Multispectral Cameras

CMS-C (color dedicated)
CMS-V (vegetation dedicated)
CMS-S (security dedicated)

Multispectral Camera Applications

CMS-C (Color Dedicated)

Color measurements
Color process control
Waste sorting (papers, plastic bottles…)
Fruits & vegetables aspect control

CMS-V (Vegetation Dedicated)

Vegetation index measurement (NDVI, MCARI, MSR, SAVI, TVI…)
Field mapping for modern agriculture monitoring
Fertilization and irrigation optimization
Environmental monitoring…

CMS-S (Surveillance Dedicated)

Surveillance
Authentication
Forensics
Oximetry
Defense…

Click HERE to visit the manufacturer’s website.

To view more multispectral cameras, click HERE.

COLOR SHADES® LAB

The SDK for the SILIOS multispectral cameras (CMS, CMS4, TOUCAN and ANT). Therefore, it allows :

Displaying the raw images, false color images, gray scale images or overlaid images with different indexation methods (such as “spectrum recognition”),
Normalizing the spectral channels,
Applying multispectral image corrections such as the crosstalk correction,
Extracting the hypercubes.

COLOR SHADES® LAB runs with real time acquisition, but can also run with recorded single image or series of images (“replay mode”).

COLOR SHADES® LAB supports any of the SILIOS cameras and recognizes each plugged one via its S/N number. To that end, the specific spectral data of the corresponding multispectral sensor are then used for spectral corrections and treatments.

Application Notes

Visit the manufacturer’s website here: https://www.silios.com/cms-series

Spectral Range	VIS (400 – 750 nm), NIR (750 – 1000 nm)
Resolution	1280 x 1024 (SXGA – 1.3 MP)
Applications	Industrial
Manufacturer	SILIOS Technologies
Sensor Technology	CMOS
Pixel Pitch	5.5 µm x 5.5 µm
Frame Rate	10 – 100 fps
Interface	USB

Shop related products…

- VIS (400 - 750 nm), NIR (750 - 1000 nm)
- 2048 x 2048 (4.2 MP)
- Industrial
- SILIOS Technologies
- CMOS
- 5.5 µm x 5.5 µm
- 10 - 100 fps
- USB
TOUCAN | Broadband Multispectral Camera (VIS + NIR)

Filter Specifications
Model	CMS-C	CMS-V	CMS-S	CMS4-C	CMS4-V	CMS4-S
Bayer Filter	3x3 bands	3x3 bands	3x3 bands	3x3 bands	3x3 bands	3x3 bands
Wavelength Range	430-700 nm typical	550-830 nm typical	650-930 nm typical	430-700 nm typical	550-830 nm typical	650-930 nm typical
Type of Pixel	8 colors (narrow bands) + 1 B&W	8 colors (narrow bands) + 1 B&W	8 colors (narrow bands) + 1 B&W	8 colors (narrow bands) + 1 B&W	8 colors (narrow bands) + 1 B&W	8 colors (narrow bands) + 1 B&W
Band 1	λc: 425nm \| FWHM: 74nm \| Tmax: 60%	λc: 557 nm \| FWHM: 33 nm \| Tmax: 56%	λc: 657 nm \| FWHM: 33 nm \| Tmax: 57%	λc: 426 nm \| FWHM: 55 nm \| Tmax: 42%	λc: 548 nm \| FWHM: 37 nm \| Tmax: 48%	λc: 654 nm \| FWHM: 38 nm \| Tmax: 59%
Band 2	λc : 465 nm \| FWHM : 57 nm \| Tmax : 60%	λc: 593 nm \| FWHM: 30 nm \| Tmax: 53%	λc: 693 nm \| FWHM: 32 nm \| Tmax: 56%	λc: 459 nm \| FWHM: 50 nm \| Tmax: 53%	λc: 585 nm \| FWHM: 33 nm \| Tmax: 48%	λc: 696 nm \| FWHM: 36 nm \| Tmax: 59%
Band 3	λc : 505 nm \| FWHM : 41 nm \| Tmax : 58%	λc: 632 nm \| FWHM: 28 nm \| Tmax: 52%	λc: 736 nm \| FWHM: 31 nm \| Tmax: 55%	λc: 495 nm \| FWHM: 45 nm \| Tmax: 59%	λc: 625 nm \| FWHM: 30 nm \| Tmax: 47%	λc: 731 nm \| FWHM: 35 nm \| Tmax: 57%
Band 4	λc: 545 nm \| FWHM: 34nm \| Tmax : 56%	λc: 672 nm \| FWHM: 26 nm \| Tmax: 51%	λc: 774 nm \| FWHM: 29 nm \| Tmax: 54%	λc: 532 nm \| FWHM: 43 nm \| Tmax: 63%	λc: 663 nm \| FWHM: 28 nm \| Tmax: 48%	λc: 774 nm \| FWHM: 34 nm \| Tmax: 57%
Band 5	λc: 573 nm \| FWHM: 31 nm \| Tmax: 56%	λc: 713 nm \| FWHM: 25 nm \| Tmax: 50%	λc: 818 nm \| FWHM: 30 nm \| Tmax: 53%	λc: 579 nm \| FWHM: 41 nm \| Tmax: 66%	λc: 706 nm \| FWHM: 27 nm \| Tmax: 48%	λc: 810 nm \| FWHM: 35 nm \| Tmax: 55%
Band 6	λc: 614 nm \| FWHM: 28 nm \| Tmax: 53%	λc: 752 nm \| FWHM: 24 nm \| Tmax: 48%	λc: 855 nm \| FWHM: 28 nm \| Tmax: 51%	λc: 620 nm \| FWHM: 40 nm \| Tmax: 64%	λc: 744 nm \| FWHM: 26 nm \| Tmax: 47%	λc: 853 nm \| FWHM: 34 nm \| Tmax: 53%
Band 7	λc: 656 nm \| FWHM: 26nm \| Tmax: 51%	λc: 791 nm \| FWHM: 24 nm \| Tmax: 47%	λc: 896 nm \| FWHM: 28 nm \| Tmax: 51%	λc: 663 nm \| FWHM: 39 nm \| Tmax: 63%	λc: 785 nm \| FWHM: 26 nm \| Tmax: 47%	λc: 888 nm \| FWHM: 34 nm \| Tmax: 53%
Band 8	λc: 699 nm \| FWHM: 25 nm \| Tmax: 51%	λc: 831 nm \| FWHM: 26 nm \| Tmax: 46%	λc: 934 nm \| FWHM: 28 nm \| Tmax: 50%	λc: 703 nm \| FWHM: 38 nm \| Tmax: 60%	λc: 824 nm \| FWHM: 27 nm \| Tmax: 46%	λc: 931 nm \| FWHM: 34 nm \| Tmax: 51%
Band 9	Tmean = 15% over 400-800 nm	Tmean = 9% over 500-900 nm	Tmean = 9% over 600-1000 nm	Tmean = 18% over 400-800 nm	Tmean = 9% over 500-900 nm	Tmean = 12% over 500-1000 nm

Multispectral Sensor Specifications
Model	CMS-C	CMS-V	CMS-S	CMS4-C	CMS4-V	CMS4-S
Band 1	λc: 426 nm \| FWHM: 61 nm \| QE max: 20%	λc: 559 nm \| FWHM: 35 nm \| QE max: 24%	λc: 657 nm \| FWHM: 34 nm \| QE max: 17%	λc: 430 nm \| FWHM: 51 nm \| QE max: 20%	λc: 549 nm \| FWHM: 37 nm \| QE max: 22%	λc: 656 nm \| FWHM: 35 nm \| QE max: 19%
Band 2	λc: 462 nm \| FWHM: 51 nm \| QE max: 26%	λc: 595 nm \| FWHM: 32 nm \| QE max: 21%	λc: 693 nm \| FWHM: 37 nm \| QE max: 16%	λc: 460 nm \| FWHM: 49 nm \| QE max: 28%	λc: 582 nm \| FWHM: 30 nm \| QE max: 21%	λc: 698 nm \| FWHM: 35 nm \| QE max: 16%
Band 3	λc: 501 nm \| FWHM: 41 nm \| QE max: 23%	λc: 632 nm \| FWHM: 29 nm \| QE max: 19%	λc: 735 nm \| FWHM: 38 nm \| QE max: 13%	λc: 498 nm \| FWHM: 43 nm \| QE max: 35%	λc: 623 nm \| FWHM: 30 nm \| QE max: 19%	λc: 733 nm \| FWHM: 36 nm \| QE max: 14%
Band 4	λc: 540 nm \| FWHM: 35 nm \| QE max: 25%	λc: 672 nm \| FWHM: 29 nm \| QE max: 18%	λc: 773 nm \| FWHM: 36 nm \| QE max: 13%	λc: 534 nm \| FWHM: 44 nm \| QE max: 35%	λc: 660 nm \| FWHM: 27 nm \| QE max: 18%	λc: 774nm \| FWHM: 34 nm \| QE max: 12%
Band 5	λc: 569 nm \| FWHM: 35 nm \| QE max: 22%	λc: 714 nm \| FWHM: 28 nm \| QE max: 15%	λc: 815 nm \| FWHM: 40 nm \| QE max: 8%	λc: 583 nm \| FWHM: 42 nm \| QE max: 31%	λc: 707 nm \| FWHM: 29 nm \| QE max: 14%	λc: 809 nm \| FWHM: 30 nm \| QE max: 10%
Band 6	λc: 612 nm \| FWHM: 32 nm \| QE max: 19%	λc: 751 nm \| FWHM: 27 nm \| QE max: 14%	λc: 851 nm \| FWHM: 38 nm \| QE max: 8%	λc: 622 nm \| FWHM: 46 nm \| QE max: 26%	λc: 742 nm \| FWHM: 28 nm \| QE max: 9%	λc: 851 nm \| FWHM: 35 nm \| QE max: 7%
Band 7	λc: 654 nm \| FWHM: 32 nm \| QE max: 17%	λc: 790 nm \| FWHM: 28 nm \| QE max: 10%	λc: 893 nm \| FWHM: 38 nm \| QE max: 5%	λc: 667 nm \| FWHM: 35 nm \| QE max: 22%	λc: 784 nm \| FWHM: 28 nm \| QE max: 9%	λc: 887 nm \| FWHM: 37 nm \| QE max: 5%
Band 8	λc: 696 nm \| FWHM: 33 nm \| QE max: 17%	λc: 828 nm \| FWHM: 29 nm \| QE max:8 %	λc: 930 nm \| FWHM: 37 nm \| QE max: 4%	λc: 705 nm \| FWHM: 37 nm \| QE max: 19%	λc: 821 nm \| FWHM: 30 nm \| QE max: 7%	λc: 927 nm \| FWHM: 37 nm \| QE max: 3%
Band 9	Neutral density: QE mean = 6% over [400-800]nm	Neutral density: QE mean = 4% over [500-900]nm	Neutral density: QE mean = 3% over [600-1000]nm	Neutral density: QE mean = 8% over [400-800]nm	Neutral density: QE mean = 45% over [500-900]nm	Neutral density: QE mean = 3% over [500-1000]nm
Pixel Operability	≥99.85%	≥99.85%	≥99.85%	≥99.94%	≥99.94%	≥99.94%

CMS Series | VIS / NIR Multispectral Cameras

CMS Series Multispectral Cameras

CMS-C

CMS4-C

CMS-V

CMS4-V

CMS-S

CMS4-S

Multispectral Camera Applications

CMS-C (Color Dedicated)

CMS-V (Vegetation Dedicated)

CMS-S (Surveillance Dedicated)

Application Notes

COLOR SHADES® LAB

CMS Series Multispectral Cameras

Multispectral Camera Applications

CMS-C (Color Dedicated)

CMS-V (Vegetation Dedicated)

CMS-S (Surveillance Dedicated)

COLOR SHADES® LAB

Application Notes

Shop related products…

TOUCAN | Broadband Multispectral Camera (VIS + NIR)

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