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Our Product
The QMOSTM image sensor (Quantum effect CMOS) brings SWIR vision to the masses by extending the spectral range of standard Si-CMOS. Our patented technology unlocks the power of plasmonics and electron tunneling to bring you a SWIR image sensor that is ultra-sensitive, with incredibly fast integration times and high dynamic range, all at the affordable price of CMOS.
Benefits
2000X improvement in increased sensitivity over existing CMOS sensors
115% more spectral response than existing CMOS sensors from UV to SWIR
Up to 100x-1000x more cost effective than alternative SWIR sensor solutions
At a Glance
Tunable, Active 2D Rolling Shutter Sensor
Low light enhancement
High Dynamic Range
CMOS Process Performance
Improved Integration Time
Vision in any weather/light condition
Higher Quality Visual Data
Expanded Spectral Range
Reduced Power Consumption
Lower Costs from Standard Process
Spectral Range
The sensor boasts an impressively wide spectral range response, extending from 200 to 1650 nanometers. What this means in practical terms is a significant enhancement in the sensor's versatility. Whether it's for scientific research or medical imaging, the ability to detect and analyze light from the UV to the SWIR region opens up unparalleled opportunities for innovation and discovery.
Sensitivity
Thanks to the novel design of the pixel array, our sensor doesn't rely solely on incident photon impact, enabling us to maximize photocurrent, even in the most light-starved environments. When compared to more expensive processes such as InGaAS, our sensor's sensitivity still reigns supreme, as it delves into the SWIR range without the need for additional materials.
Dynamic Range
Our image sensor delivers high photocurrent outputs in any light setting thanks to its pixel array's unique design. This design enables the sensor to absorb wavelengths from UV to SWIR with minimal noise, giving it an impressive dynamic range and SNR.
Download the QMOS™ Spec Sheet