Senseeker Announces Availability of State-of-the-Art Digital Pixel Readout IC

The Magnesium™ MIL RP0092 DPROIC is available now for U.S. Government approved use

SANTA BARBARA, Calif. - March 16, 2020 - PRLog -- Senseeker Engineering, a leading innovator of digital infrared image sensing technology, has announced the availability of the Magnesium™ MIL RP0092, an advanced 12 µm pitch high dynamic range dual-band digital pixel readout IC (DPROIC). Product sales are restricted to customers who have approval from the U.S. Government.

The Magnesium MIL RP0092 supports a 1280 x 720 frame size at up-to 120 fps, with dual-polarity inputs to provide compatibility with all industry-standard direct-injection compatible detector materials. The solution was designed to provide high-definition dual-band imaging for reconnaissance, surveillance and target acquisition applications. Digital pixel sensors disconnect well capacity from noise floor, enabling reduced noise and increased sensitivity for extremely high well capacities. This facilitates higher speed, higher precision and greater accuracy infrared imaging.

"This product is a result of the R&D investment that Senseeker has made in the field of digital pixel technology over several years. We have developed and implemented a cutting-edge solution and are delighted to make it available to U.S. Government approved customers as a merchant supplier," said Kenton Veeder, President at Senseeker Engineering. "The Magnesium MIL RP0092 represents the state-of-the-art in readout integrated circuit technology and can significantly improve the performance of infrared cameras for reconnaissance, surveillance, navigation through degraded visual environments and target acquisition."

The Magnesium MIL RP0092 was designed with a large well capacity (>140 Me-) and digital pixels to handle a very wide dynamic range. This dynamic range makes it possible to capture distant ice-cold objects in the same frame in which hot targets are resolved in unprecedented detail. The digital pixel architecture shifts complexity from the analog circuitry and allows for a more efficient design that enables the optimization of size, weight, power consumption and cost (SWaP-C) of the infrared imaging system.

The Magnesium MIL RP0092 is in production now.

About Senseeker Engineering

Senseeker is a U.S. transducer IC semiconductor company that specializes in the design of state-of-the-art digital imaging sensors and readout integrated circuits for hybrid infrared image sensing arrays. Senseeker's products and IP enable designers to produce world class infrared image sensing solutions. www.senseeker.com

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