New sensor technology created at UCSB captures nanoscale images with high spatial resolution and sensitivity

If using a single atom to capture high-resolution images of nanoscale material sounds like science fiction, think again.…

Fast focus change (1ms) enables dynamic lens control for many applications

Developed in close collaboration with Optotune, these controllers provide very accurate and repeatable control of Optotu…

PixeLINK expands line of autofocus cameras with the introduction of support for M12 lenses.

The enhanced line of M12 autofocus cameras integrates electronically focus controllable lenses into PixeLINK camera tech…

SAPPHIRE quality plus Quad CXP configuration offers most reliable, low power implementation for ultra high-resolution, high-speed camera

This addition to Adimec’s global shutter CMOS metrology camera portfolio offers the best in high speed with ultra high r…

Instead of using a mosaic pattern of hyperspectral filters, XIMEA camera features a line-wise arrangement of 150 HSI ban…

The spin-out company Xnovo Technology uses advanced X-ray technology for looking into compact materials

Feature-rich and affordable, Genie™ Nano cameras are built around the industry’s most powerful image sensors. Combined w…

The radar works with millimeter waves that are reflected by the objects to be observed, such as people. Transmitted and…

The IR-TCM HD Basic is being presented for the first time at the SPIE Defense & Commercial Sensing Expo at booth 101. The infrared camera smartly combines demanding thermal imaging and cost effectiveness.

The IR-TCM Basic can be used for a broad variety of thermal imaging applications: quality control or process monitoring…

A 3D-camera based on laser light can see through the murky conditions beneath the waves. DTU have tested cod to see whether they are irritated by being filmed.

A 3D-camera based on laser light can see through the murky conditions beneath the waves

Missouri University of Science and Technology researchers have developed a real-time, portable and 3-D microwave video c…

Whether taking photos recreationally or professionally, photographers understandably want their snapshots to appear shar…

The MICROXCAM-384i-THz is based on INO’s 384 x 288–pixel uncooled microbolometer FPA, and is optimized for the

Columbia Engineering researchers develop a deformable lens array and set the stage for thin and flexible sheet cameras

The Columbia Engineering team developed an adaptive lens array made of elastic material that enables the focal length of…

The two sensors have the same resolution as their predecessors – 3.2 and 5MP – but the major difference lies in the redu…

With a manual iris and integrated electronics, this lens can be driven by

The group emulated the fish’s crystal cups by engineering thousands of miniscule parabolic mirrors, each as tall as a gr…

New compact terahertz radiation source that operates at room temperature continuous wave

New compact terahertz radiation source that operates at room temperature continuous wave

Tiny, cost-effective sensing technology focuses on growing IoT target markets

First unveiled in 2014, the Rambus LSS technology has brought a fundamentally new approach to imaging that shifts the fu…

Device uses depth sensor and signal processing to capture clear images through windows.

In collaboration with Microsoft Research, the researchers developed a special camera that emits light only of specific f…