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BLACKBIRD 1920

BLACKBIRD 1920

MWIR InSb 1920 x 1536, 10µm, digital detector

InSbMWIR 10µm 2560x2048
Blackbird 1920 High-Definition MWIR Detector includes a 3 Mega-pixel FPA with 1920 x 1536 pixels and 10μm pitch. Blackbird 1920 is based on SCD's mature InSb technology and includes a digital readout (ROIC). The FPA is the same aspect ratio...
PELICAN-D 640

PELICAN-D 640

MWIR InSb 640×512, 15µm, digital detector

InSbMWIR 15µm 1024 x 768
Pelican-D was developed for high performance systems requiring outstanding sensitivity and the flexibility provided using a digital ROIC. Pelican-D is a 640 x 512 element, 15μm pitch, InSb 2-D MWIR Digital IDCA. The FPA has a new all-digital ROIC, based...
HERCULES 1280

HERCULES 1280

MWIR InSb 1280×1024, 15µm, digital detector

InSbMWIR 15µm 1920 x 1536
Hercules is a state-of-the-art MWIR HD detector which integrates SCD' s 15μm InSb pixel with our advanced digital ROIC technology.Hercules has a 1280 x 1024 FPA is based on SCD’s proven 77K InSb technology and is also available in our...
HOT PELICAN-D 640

HOT PELICAN-D 640

MWIR XBn 640×512, 15µm, digital detector

MWIRXBn 15µm 1024 x 768
HOT Pelican-D has been developed specially to support very high reliability and low maintenance surveillance systems. HOT Pelican-D provides identical mechanical and electrical ICD's to the standard (77K) Pelican-D, providing a form-fit-function performance option with lower power and higher reliability....
HOT HERCULES 1280

HOT HERCULES 1280

MWIR XBn (HOT) 1280×1024, 15µm, digital detector

MWIRXBn 15µm 1920 x 1536
HOT Hercules is a state-of-the-art MWIR HD detector which integrates SCD' s 15μm XBn (InAsSb) pixel with our advanced digital ROIC technology. HOT Hercules is based on SCD’s XBn FPA technology which enables a very high FPA operating temperature of...
PELICAN-D JT 640

PELICAN-D JT 640

MWIR InSb 640×512, 15µm, digital detector with JT cooler

InSbMWIR 15µm 1024 x 768
Pelican-D JT is a MWIR detector for missile applications. The FPA is InSb based, with a digital Readout Integrated Circuit (ROIC) in a 640 x 512 format with a 15μm pitch. Pelican-D JT has a unique Dewar structure enabling very...
MOJAVE 04A-E

MOJAVE 04A-E

SWIR 10µm 1024 x 768
The Mojave 04A-E camera –powered by SCD Swift sensor platform–is a breakthrough in VIS-SWIR imaging, with a low SWaP architecture and capabilities that enable imaging and targeting in harsh environments from -40°C to 85°C. Mojave features high-sensitivity and wide dynamic...
VEGA 28E-E

VEGA 28E-E

SWIR 15µm 1024 x 768
The VEGA 28E-E camera, powered by SCD Cardinal sensor platform, is the Highest Sensitivity VIS-SWIR camera on the market capable of a floor noise less than 25e- RMS enabling long range Identification in compact systems. The camera uses a 640...
ALTAIR 13A-E

ALTAIR 13A-E

SWIR 10µm 1920 x 1536
The Altair 13A-E, powered by SCD’s Cardinal sensor platform, is a low noise camera with extended spectral range from 0.6μm to 1.7μm. The camera uses SCD’s latest 1280 x 1024 format InGaAs detector with 10μm pixel pitch. The advanced digital...
SWIR IMAGER

SWIR IMAGER

InGaAsSWIR 15µm 1024 x 768
SWIR Imager (SWIRi) is SCD’s revolutionary low SWaP-C (Size, Weight, Power and Cost) 640 x 512 SWIR video core. SWIRi is specially designed to be used as a Low Light Level sensor in man portable hand held binoculars, in "see...
CARDINAL 640

CARDINAL 640

InGaAsSWIR 15µm 1024 x 768
Cardinal 640 is SCD's high performance 640 x 512, 15μm pitch InGaAs SWIR detector. Cardinal 640 is specially designed for airborne applications requiring high F/# optics, including a higher quality window. Cardinal’s package includes a Thermo Electric Cooler (TEC) that...
CARDINAL 640 Low Noise (LOON)

CARDINAL 640 Low Noise (LOON)

InGaAsSWIR 15µm 1024 x 768
Cardinal 640 is a state-of-the-art Planar In GaAs P-I-N diode array with a Digital Low Noise ROIC. Available in a Metallic package which includes a Thermo-Electric Cooler (TEC) or a Ceramic TEC-less package.

SCD.USA has gained worldwide recognition of its innovative and high-quality products; its revolutionary methods enable creative approaches to meeting the challenging requirements of space imaging


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