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ANDANTA, a photonics technology company specializing in advanced image sensors, SWIR detectors, photodiodes, and scientific imaging solutions for industrial, scientific, medical, and spectroscopy applications. The company focuses on enabling accurate shortwave infrared detection, high sensitivity imaging, low noise signal acquisition, and stable image processing across InGaAs, CMOS, and CCD sensor platforms for high performance optical system integration. Its portfolio includes InGaAs SWIR sensors, CMOS image sensors, CCD image sensors, and InGaAs PIN photodiodes designed for high quantum efficiency, low dark current, high detectivity, and reliable imaging performance. ANDANTA solutions are widely used in semiconductor inspection, spectroscopy, scientific imaging, astronomy, industrial monitoring, covert surveillance, fiber optic communication, thermal imaging, LiDAR, and advanced photonic research applications.
LDA512P25M-1.7-T1 - InGaAs SWIR Sensor for Semiconductor Inspection Applications
The LDA512P25M-1.7-T1 is an InGaAs SWIR sensor that operates over a spectral range from 0.9 µm to 1.7 µm. It features a 512 x 1 pixel array with high quantum efficiency, high pixel operability, low dark current, and low readout noise for accurate near infrared imaging and detection performance. The sensor utilizes planar InGaAs PIN technology with snapshot ITR/IWR readout modes and supports high pixel rate operation for fast image acquisition. It also provides low response nonuniformity, low response nonlinearity, integrated temperature sensing, and an embedded thermoelectric cooler for stable and reliable operation. The SWIR sensor is available in a metal DIP package. It is ideal for near infrared spectrophotometry, semiconductor inspection, process monitoring, shortwave infrared imaging, sorting, and recycling applications.
PIN3000-17-TO - InGaAs PIN Photodiode for SWIR Detection Applications
The PIN3000-17-TO is an InGaAs PIN photodiode that operates over a spectral range from 0.9 to 1.7 µm. It features a large aperture design for photoconductive operation with high responsivity, low dark current, high shunt resistance, low noise performance, and stable SWIR detection characteristics. This photodiode also provides wide bandwidth performance and supports reliable optical power detection and monitoring. The device is available in a TO-can package. It is ideal for power monitoring, spectral analysis, LiDAR, remote temperature sensing, humidity detection, gas leak detection, SWIR detection, covert IR sensing, and optical powering applications.
Sci-CMOS 400BSI - CMOS Image Sensor for Imaging Applications
The Sci-CMOS 400BSI is a 4.2 Megapixel CMOS image sensor with a resolution of 2048 x 2048 pixels for high precision imaging applications. It features a rolling shutter architecture with high frame rate performance, high dynamic range, low read noise, and high back illumination efficiency for enhanced image sensitivity and clarity. The image sensor also supports fast line rate operation for accurate image acquisition in demanding environments. It is ideal for scientific imaging, corona detection, astronomy, spectroscopic imaging, and forensic imaging applications.
FPA-640x512-TE2 - InGaAs/InP SWIR Sensor for Spectroscopy Applications
The FPA-640x512-TE2 is an InGaAs/InP SWIR image sensor that operates over a spectral response range from 0.9 µm to 1.7 µm. It features a resolution of 640 x 512 pixels with high quantum efficiency, high fill factor, low adjacent pixel crosstalk, and high detectivity for accurate shortwave infrared imaging performance. The sensor supports high pixel operability, fast pixel rate operation, low response nonuniformity, and low nonlinearity for stable and precise image acquisition. It also provides dual gain modes with high full well capacity for improved imaging flexibility across varying light conditions. The image sensor is available in a 28-pin metal DIP package. It is ideal for near infrared imaging, imaging spectroscopy, covert surveillance, semiconductor inspection, medical science, biology, fiber optic telecommunication, astronomy, scientific imaging, industrial thermal imaging, and moisture mapping applications.
CCD4150A - CCD Image Sensor for High-Resolution Scientific Applications
The CCD4150A is a 16 Megapixel area CCD image sensor with an effective resolution of 4096 x 4096 pixels for high resolution imaging applications. It features a backside illuminated architecture with 100% fill factor, high full well capacity, low readout noise, low dark signal non uniformity, and high charge transfer efficiency for accurate image acquisition. The sensor supports multi output operation with three phase buried channel image area and readout registers for fast and stable data transfer performance. It also provides low photo response non uniformity, high output linearity, and operation in multi pinned phase or non inverted modes for enhanced imaging flexibility. It is ideal for high resolution scientific imaging, space based imaging, industrial imaging, and commercial electro-optical system applications.
With its portfolio of InGaAs SWIR sensors, CMOS image sensors, CCD image sensors, and PIN photodiodes, ANDANTA enables high sensitivity imaging, precise shortwave infrared detection, and accurate optical signal acquisition across scientific and industrial platforms. By combining high quantum efficiency, low noise performance, wide spectral response, and advanced detector architectures, the company delivers stable imaging, improved detection accuracy, and reliable measurement capability for demanding environments. ANDANTA’s focus on photonic sensor engineering, imaging precision, and application specific design makes it a trusted solution provider for semiconductor inspection, spectroscopy, scientific imaging, astronomy, industrial monitoring, fiber optic communication, thermal imaging, and advanced optical research applications.
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