Lytid, NIT and the National French Research Agency have partnered to develop SIRIS the ultimate cooled SWIR camera

Mar 30, 2021 | News

Lytid has released the SIRIS SWIR camera – a deep cooled SWIR camera based upon a Lin/Log InGaAs sensor from NIT and image processing algorithms from the French Research Agency (CNRS).

SIRIS exhibits the best performance on the market for read-out noise (<10e-) and dynamic range (>120dB) simultaneously, thanks to NIT Lin/Log 1601 SWIR sensor. SIRIS is deep cooled down to 50K with a long-life cryocooler allowing a drastic reduction of dark current. Exposure time over one hour can be easily obtained. Everything is fully integrated into a compact and plug-and-play casing based on Lytid’s advanced photonic system integration.

Moreover, SIRIS incorporates advanced noise reduction algorithms developed by ENS-CNRS, among which non-destructive read-out noise reduction is embedded. The resulting noise performance is drastically reduced and the final readout noise is less than 10e-.

Applications for SIRIS cover high-end imaging such as astronomical research, bio-medical imaging, bioluminescence…

Recent news

Using SWIR Imaging Devices in Semiconductor Inspection

Using SWIR Imaging Devices in Semiconductor Inspection

The semiconductor industry supports a vast amount of applications worldwide. Therefore, it should be no surprise that semiconductor inspection is highly important and must be optimized to ensure the quality and reliability of integrated circuits used in various...

What’s Next for Laser Communications Within SWIR Waveband?

What’s Next for Laser Communications Within SWIR Waveband?

The ever-growing demand for higher data rates, more cost-effective systems, higher bandwidths, and data security drives continuous innovation in laser communication. Free-space optical (FSO) communication systems are being continuously refined to meet these demands,...

How Does Laser Alignment Work?

How Does Laser Alignment Work?

Laser alignment is a vital process in many industrial and scientific applications as it ensures two or more components of a machine are aligned accurately. There are several internal and external techniques involved in laser alignment, including alignment for belts,...