The Nancy Grace Roman Space Telescope’s mirror may get the headlines, but its detector chips, photon-counting cameras, and downlink amplifier tell the…
The Nancy Grace Roman Space Telescope’s mirror may get the headlines, but its detector chips, photon-counting cameras, and downlink amplifier tell the electronics story.
The new PolarFire FPGA-powered board from Microchip brings multiple sensors to Nvidia edge AI platforms.
The new PolarFire FPGA-powered board from Microchip brings multiple sensors to Nvidia edge AI platforms.
Papers from École Polytechnique, Seoul National University, and Harvard tackle optical gain, on-chip buffering, and…
Papers from École Polytechnique, Seoul National University, and Harvard tackle optical gain, on-chip buffering, and component footprint.
In this Tech Guide, explore how the onsemi AR0145CS Hyperlux™ SG Image Sensors deliver fast, clear, low-power vision…
In this Tech Guide, explore how the onsemi AR0145CS Hyperlux™ SG Image Sensors deliver fast, clear, low-power vision with global shutter technology, 120 fps performance, and compact design for industrial automation, robotics, drones, AR/VR, and embedded imaging systems. Watch now to get started!
The Titanium Edge FPGA family targets constrained edge AI with 50% lower power, compact SiP packages, high-speed MIPI…
The Titanium Edge FPGA family targets constrained edge AI with 50% lower power, compact SiP packages, high-speed MIPI I/O, and robust security/reliability features for intelligent systems.
The new system-on-chip pairs a heterogeneous AI compute engine with a low-latency multi-camera image signal processor,…
The new system-on-chip pairs a heterogeneous AI compute engine with a low-latency multi-camera image signal processor, and can ship pre-integrated with emotion3D perception software.
The 120 MHz GD32E512 is optimized for high-speed optical modules and the 72 MHz GD32E252 takes on low-speed optical modules.
The 120 MHz GD32E512 is optimized for high-speed optical modules and the 72 MHz GD32E252 takes on low-speed optical modules.
Research teams at EPFL, Harvard, and UC San Diego each reported photonic devices that shrink or repurpose light-based hardware.
Research teams at EPFL, Harvard, and UC San Diego each reported photonic devices that shrink or repurpose light-based hardware.
Lotus Microsystems, Oriole Networks, and Atomera have each rolled out technologies tackling the physical limits slowing…
Lotus Microsystems, Oriole Networks, and Atomera have each rolled out technologies tackling the physical limits slowing AI infrastructure.
Today, the company released two new AI software products at Sensors Converge, SensorGPT, for creating sensor data at…
Today, the company released two new AI software products at Sensors Converge, SensorGPT, for creating sensor data at scale, and SensorStage to accelerate development workflow for the company’s latest IMUs.
Learn how The Netherlands is leveraging billion-euro investments and European partnerships to scale integrated photonics…
Learn how The Netherlands is leveraging billion-euro investments and European partnerships to scale integrated photonics from research into a world-leading, industrially mature production ecosystem.
Explore high-performance automotive camera connectivity with TE Connectivity’s FAKRA and MATE-AX connectors. Watch now…
Explore high-performance automotive camera connectivity with TE Connectivity’s FAKRA and MATE-AX connectors. Watch now to get started!
InGaAs Avalanche Photodiodes (APDs) use avalanche multiplication to amplify weak optical signals. Learn how adding…
InGaAs Avalanche Photodiodes (APDs) use avalanche multiplication to amplify weak optical signals. Learn how adding antimony (Sb) into the APD structure enhances temperature stability and reduces noise.
Placing cameras in a workplace can be tricky because it requires balancing workplace efficiency with employee security…
Placing cameras in a workplace can be tricky because it requires balancing workplace efficiency with employee security and privacy. Learn how to leverage sensing technology properly to maximize production.
A research team at the University of Texas at Dallas has turned to radar to reveal hidden objects—illuminating the…
A research team at the University of Texas at Dallas has turned to radar to reveal hidden objects—illuminating the potential of true terahertz imaging.
Designers can now see more with less light thanks to new optical sensors from a University of Sheffield spinout company.
Designers can now see more with less light thanks to new optical sensors from a University of Sheffield spinout company.
Aimed at Smart Homes and Offices, this new image sensor family promises to blend high performance with ultra-low power…
Aimed at Smart Homes and Offices, this new image sensor family promises to blend high performance with ultra-low power draw while moving key functionality from the image processor on to the sensor.
Calibrating your image signal processor is a complex engineering task, but it's critical for digital image quality. Learn…
Calibrating your image signal processor is a complex engineering task, but it's critical for digital image quality. Learn about these nuances and about the resources available to help you tackle these challenges.
Vishay's new optical sensor packs a vertical-cavity surface-emitting laser (VCSEL) and a silicon phototransistor in a…
Vishay's new optical sensor packs a vertical-cavity surface-emitting laser (VCSEL) and a silicon phototransistor in a 1.85 mm x 1.2 mm x 0.6 mm package.
With a wider FOV and radiometric abilities, the newest thermal camera module allows designers to see more in the same…
With a wider FOV and radiometric abilities, the newest thermal camera module allows designers to see more in the same package size as previous Lepton cameras.
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