Oxygen® RD0092

Dual-Band, Dual-Polarity, 8 µm Pitch, 1280 x 720 Digital ROIC

The Oxygen® RD0092 is an advanced off-the-shelf DROIC with cutting-edge performance that can be used with any industry-standard direct-injection compatible detector technology. The solution was designed to optimize FPA performance through state-of-the-art integrated features and multiple operating modes that offer flexibility for a wide range of high-performance application requirements.   read more 

Oxygen® RD0033 (available soon)

Dual-Band, Dual-Polarity, 8 µm Pitch, 640 x 512 Digital ROIC

The Oxygen® RD0033-D080 is an advanced off-the-shelf DROIC with cutting-edge performance that can be used with any industry-standard direct-injection compatible detector technology to enable low SWaP-C systems. The solution was designed to optimize FPA performance through state-ofthe-art integrated features and multiple operating modes that offer flexibility for a wide range of high-performance application requirements.   read more 

Oxygen® MIL RD0419

Fast & Efficient DROIC for Staring FPAs, 8 µm Pitch, 2048 x 2048 Format

The Oxygen® MIL RD0419 was developed to improve the detection of small targets with large, staring, IR focal plane arrays. The DROIC enables the automatic identification and selection of regions of interest and can interrogate the pixels within that region to define and dynamically adjust the capture of pixel data within that region for optimum detection. It is possible to dynamically adjust the read-out of the image to optimize detection over small, select windows of interest. This design is capable of extending to larger formats. Further information on the Oxygen MIL RD0419 is authorized for distribution to the Department of Defense and U.S. DoD contractors only.    Contact Senseeker 

Oxygen® MIL RD5033

Large-format, Stitchable, 8 µm Pitch, 8192 x 6144 Digital ROIC

The Oxygen® MIL RD5033 is an advanced off-the-shelf DROIC with large format that can be used with any industry-standard direct-injection compatible N-on-P detector technology. The solution was designed to optimize FPA performance through state-of-the-art integrated features and multiple operating modes that offer flexibility for a wide range of high-performance application requirements. The Oxygen MIL RD5033 DROIC product family is intended to support stitched assemblies of up-to 8196 x 8196 array size with an 8 µm pixel pitch. Any rectangular assembly in steps of 2048 x 2048 is possible, such as 4096 x 4096 or 6144 x 2048   read more 

Magnesium® MIL RP0092

Dual-Band, Dual-Polarity, 12 µm Pitch, 1280 x 720 Digital Pixel ROIC

The Magnesium® MIL RP0092 is an advanced digital pixel readout integrated circuit (DPROIC) with a large well capacity and wide dynamic range. It is designed for use with any industry-standard single or dual-band direct-injection compatible detector technology. Restrictions: Product sales restricted to customers who have approval from the U.S. Government.   read more 

Calcium® RP0033

Single-Polarity (P/N), 20 µm Pitch, 640 x 512 Digital Pixel ROIC

The Calcium® RP0033-J200 advanced digital pixel readout integrated circuit (DPROIC) has an extremely large well capacity, low noise floor, wide dynamic range and low power operation. This DPROIC is intended for use with any industry-standard direct-injection compatible detector technology.   read more 

Calcium® RP0210

Single-Polarity (P/N), 20 µm Pitch, 2048 x 1024 Digital Pixel ROIC

The Calcium® RP0033-J200 advanced digital pixel readout integrated circuit (DPROIC) has an extremely large well capacity, low noise floor, wide dynamic range and low power operation. The RP0210 is a 43.5mm x 27.1mm large format die. This DPROIC is intended for use with any industry-standard direct-injection compatible detector technology.   read more 

Zinc™ RP0008 (available soon)

Dual-Band, Dual-Polarity, 30 µm Pitch, 640 x 512 Digital ROIC

The Zinc™ RP0008-E30X is a high dynamic range, large well capacity digital pixel readout IC (DPROIC) with a 30 µm pitch and buffered direct injection (BDI) front-end circuit. The Zinc DPROIC product family is intended to support stitched assemblies of up to 2560 x 2048 array size with a 30 µm pitch. Any rectangular assembly in steps of 640 x 512 can be created to suit your project or product.   read more 

Zinc™ RP0033 (available soon)

Dual-Band, Dual-Polarity, 30 µm Pitch, 640 x 512 Digital ROIC

The Zinc™ RP0033-E30X is a high dynamic range, large well capacity digital pixel readout IC (DPROIC) with a 30 µm pitch and buffered direct injection (BDI) front-end circuit. The BDI interface provides tight-control and accurate biasing for LWIR and VLWIR high-performance detector materials such as mercury cadmium telluride (HgCdTe) and strained layer superlattice (SLS) detectors. The Zinc RP0033 incorporates dual-polarity sequential dual-band technology to support two-color combinations such as MWIR/VLWIR.   read more 

Neon® RD0033

P-on-N Polarity, CTIA Input, 10 µm Pitch, 640 x 512 Digital ROIC

The Neon® RD0033-L10X is a low-noise, triple-gain digital readout integrated circuit (DROIC) that has a 10 µm pitch pixel with a capacitive transimpedance amplifier (CTIA) front-end circuit. This DROIC was developed for low-light applications such as short-wave Infrared (SWIR) and low-current detector technologies such as quantum dots-based detectors. It has been designed for use in high-operating temperature (HOT) conditions. read more 

Neon® RD0131

P-on-N Polarity, CTIA Input, 10 µm Pitch, 1280 x 1024 Digital ROIC for SWIR

The Neon® RD0131-L10X is a low-noise, triple-gain digital readout integrated circuit (DROIC) that has a 10 µm pitch pixel with a capacitive transimpedance amplifier (CTIA) front-end circuit. This DROIC was developed for low-light applications such as short-wave Infrared (SWIR) and low-current detector technologies such as quantum dots-based detectors. It has been designed for use in high-operating temperature (HOT) conditions. read more