Specim FENIX (380-2500 nm)

AisaFENIX is optimized for the most demanding defense, law enforcement, and environmental applications. In a single continuous image, AisaFENIX delivers the best hyperspectral data ever seen over VNIR, NIR, and SWIR wavelengths. Its rugged, compact design is ideal for turret and UAV installations.

AisaFENIX is the most versatile HSI unit for field, airborne and ground vehicle use. It delivers unprecedented performance over the entire visible, NIR, and SWIR spectral ranges. AisaFENIX is designed for simplicity, reliability and performance in field usage. Patent pending imaging spectrograph, optimized mechanical structure, and passive temperature compensation make the instrument one of the most stable hyperspectral imagers.


Spectral Camera	VNIR	SWIR
Spectrograph	High efficiency transmissive imaging spectrograph. Throughput practically independent of polarization. Smile and keystone < 0.2 pixels.	High efficiency transmissive imaging spectrograph. Throughput practically independent of polarization. Smile and keystone < 0.2 pixels.
Numerical Aperture	F/2.4	F/2.4
Spectral Range	380-970 nm	970-2500 nm
Spectral Resolution	3.5 nm	10 nm
Calibration	Sensor provided with wavelength and radiometric calibration file.	Sensor provided with wavelength and radiometric calibration file.
FOV	32.3 degrees	32.3 degrees
IFOV	0.084 degrees	0.084 degrees
Swath Width	0.58 x altitude	0.58 x altitude
Altitude for 1 m pixel size	660 m	660 m
Detector	CMOS	Stirling cooled MCT
Spectral Binning Options	2x, 4x or 8x	-
Number of Spectral Bands	244, 172 or 86	275
Spectral sampling/band	1.75 nm, 3.5 nm, or 7 nm	6 nm
Frame rate, up to (frames/s)	130	130
Spatial Pixels	384	384
Output	12 bits CL	16 bits CL
SNR	500-1000:1 (peak)	900:1 (peak)
Integration time	Adjustable, within frame time	Adjustable, within frame time
Shutter	Electromechanical shutter for dark background registration, user controlled by software	Electromechanical shutter for dark background registration, user controlled by software
Operating modes	Hyperspectral and multispectral. The operator can create application specific band configurations and quickly change from one mode or configuration to others in flight operation.	Hyperspectral and multispectral. The operator can create application specific band configurations and quickly change from one mode or configuration to others in flight operation.
Typical Power Consumption	150 W	150 W
Maximum Power Consumption	500 W	500 W
Operating Temp	+5...+40ºC, non-condensing	+5...+40ºC, non-condensing