Specim FENIX (400-2500 nm)

Hyperspectral Data from VNIR to SWIR in a Single Continuous Image

The Specim FENIX is optimized for the most demanding geological, law enforcement and environmental applications, offering extreme ruggedness and 75% reduction in size and weight compared to previous multi-sensor systems. Due to it's innovative and unique "single optics dual spectrograph" design, the FENIX delivers high-quality, reliable hyperspectral data spanning VNIR to SWIR in a single continuous image.

Key Features:

Complete spectral range from 380 to 2500 nm
Up to 620 spectral bands
Readily co-registered data with single fore optic
All spectral bands spatially co-registered, independent of target distance
Maximized sensitivity and SNR

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Specim FENIX 384

The Specim FENIX 384 features 384 spatial pixels across the VNIR-SWIR range. It operates with default binning of 2 spectral x 2 spatial pixels, providing a spectral sampling of 1.75 nm which is unnecessarily narrow for most applications. This allows for higher spectral binning capabilities while still delivering the required spectral resolution, simultaneously increasing the signal to noise ratio.

Specim FENIX 1K

The Specim FENIX 1K captures the same top-quality full VNIR-SWIR hyperspectral data across 1024 spatial pixels, taking productivity of hyperspectral imaging to an entirely new level. This is an ideal solution for applications requiring fine spatial resolution across a continuous VNIR/SWIR spectral range, and remote sensing where users can reduce the number of flight lines required or opt to collect data with higher accuracy when flying at the same height.

Specim FENIX Key Benefits:

Completely Integrated Full VNIR-SWIR Data
Maximum Sensitivity and SNR
Single Optimized Objective Lens
All Spectral Bands Spatially Co-Registered

Specim FENIX hyperspectral camera in airborne mount with PCU

Ideal Solution For:

Environmental Monitoring on Fixed-Wing Aircraft
Real-Time Airborne Detection
Law Enforcement & Defence Applications
Mineral Exploration and Mineral Mapping

Technical Specifications

Specification	VNIR			SWIR
Spectrograph	High efficiency transmissive imaging spectrograph
Spectral Range	380 - 970 nm			970 - 2500 nm
Spectral Resolution (mean)	FENIX: 3.5 nm, FENIX 1K: 2.6 nm (bin 2x)			FENIX: 10 nm, FENIX 1K: 8nm (bin 1x)
F/#	F/2.4			F/2.4
Smile/Keystone	FENIX: <0.2 pixels, FENIX 1K: ± 0.35 pixels			FENIX: <0.2 pixels, FENIX 1K: ± 0.35 pixels
Polarization sensitivity	Throughput practically independent of polarization
Signal-to-noise ratio (peak)	600-1000:1			FENIX: 1050:1, FENIX 1K: 1250:1
Spatial Resolution	FENIX: 384 pixels, FENIX 1K: 1024 pixels
Frame Rate	Up to 100 Hz			Up to 100 Hz
Integration Time	Adjustable within frame period
FOV	FENIX: 32.3°, FENIX 1K: 40°			FENIX: 32.3°, FENIX 1K: 40°
IFOV	FENIX: 0.084°, FENIX 1K: 0.039°			FENIX: 0.084°, FENIX 1K: 0.039°
Swath Width	FENIX: 0.58 x altitude, FENIX 1K: 0.73 x altitude
Altitude for 1m Pixel Size	FENIX: 660 m, FENIX 1K: 1400 m
Electro Mechanical Shutter	Yes			Yes
Detector	CMOS			Stirling Cooled MCT
Spectral Binning Options	2	4	8	-
Number of Spectral Bands	348	174	87	FENIX: 274, FENIX 1K: 256
Spectral Sampling/Band	1.7 nm	3.4 nm	6.8 nm	FENIX: 5.7 nm, FENIX 1K: 6.3 nm
Data Interface	CameraLink 12-bit			CameraLink 16-bit
Typical Power Consumption	150 W			150 W
Max Power Consumption	500 W			500 W