World's First

Scientific, Deep-Cooled InGaAs FPA Camera Now Available for NIR/SWIR Work! 100% 90% 80% Quantum Efficiency InGaAs FPA vs. Si-CCD Back-illuminated, deep-depletion silicon CCDs improve sensitivity in the NIR. Nonetheless, InGaAs FPAs provide better QE above 900 nm. Go where you’ve only dreamt of going before with the new NIRvana:640* from Princeton Instruments, the world’s very first scientific-grade camera system to feature a deep-cooled, largeformat InGaAs (indium gallium arsenide) array! The powerful NIRvana™ is designed to provide researchers unprecedented utility for low-light near infrared...

Control Is Key The NIRvana:640 also features a Gigabit Ethernet (GigE) data interface for remote operation from up to 50 meters away and delivers a maximum frame rate of 110 frames per second at full resolution. Control, as always, is key. The NIRvana:640 is available with the latest Princeton Instruments LightField™ 64-bit data acquisition software, which affords complete control over all camera hardware features via an exceptionally intuitive user interface. LightField provides automatic defect correction, exposure control up to minutes, and a host of innovative functions for easy capture and...

Ready for Myriad Physical and Life Science Applications! Topographical rendering of energy-momentum-resolved spectroscopy of a trivalenterbium-doped yttrium oxide thin-film sample highlights the 1535 nm telecom line in the erbium. Courtesy of Dr. Rashid Zia, Brown University, Providence, Rhode Island. Princeton Instruments’ deep-cooled NIRvana InGaAs FPA camera system is quickly setting an impressive new performance benchmark for scientific NIR/SWIR imaging and spectroscopy! The highly sensitive NIRvana:640 enables novel research and industrial applications in many advanced areas of exploration,...