xMEMS’ Post

The Sony sensors IMX992-AABA and IMX992-AABJ bring advanced SWIR imaging capabilities to industrial applications. With a 5.32 MP resolution and a compact 3.45 μm pixel size, these sensors are designed for detailed inspections and measurements. Their high resolution, combined with SenSWIR technology, enables vivid imaging even for small subjects. ➡️ https://bit.ly/41jEv3F ✨ Key features at a glance: • Resolution: 2592 x 2056 pixels • Shutter: Global Shutter for precise motion capture • Frame Rate: 70 fps • Interface: SLVS/MIPI options for flexible connectivity • Pixel Size: 3.45 μm for detailed imaging With compatibility for C-mount systems and the ability to handle high-speed tasks, these sensors excel in industries like semiconductor inspection and material sorting, improving efficiency through expanded imaging areas and precise analysis. For those seeking clarity and precision in SWIR imaging, the Sony IMX992 is a reliable choice. 🔗 https://bit.ly/3OGq55W #SWIR #ImagingSolutions #SonySensors #FRAMOS

I’m thrilled to announce the launch of our new technical documentation site for Emergent Vision Technologies' high-speed cameras! 📷 This comprehensive resource is designed to provide detailed information and support for our camera families, covering everything from feature parameters to trigger modes for area-scan and line-scan cameras. You’ll also find in-depth descriptions of camera hardware, including data interfaces, GPIO ports, LEDs, and mounts. 🌐 Check it out here: https://lnkd.in/ervwTg25 💡 What’s inside: An introduction to Emergent Vision Technologies and our high-speed cameras Detailed explanations of camera features and hardware Information on modes for triggering area-scan and line-scan cameras And much more! ✨ What’s coming next? Future updates will include documentation for our network interface cards, accessories, software, and more. Stay tuned as we continue to expand our resource library! Whether you’re a current user or just curious about our technology, I invite you to explore and learn more about how our high-speed cameras can meet your needs. 📚 #EmergentVision #Documentation #HighSpeedImaging #CameraTech #MachineVision #GigEVision #TechSupport #Innovation #Resources

Online documentation made easy! This covers all our cameras and describes features and parameters.

📈 Meet the ADXL357BEZ by Analog Devices — a low-noise, low-power, 3-axis MEMS accelerometer designed for high-precision vibration and motion sensing. With its high resolution and low power consumption, it’s perfect for industrial, automotive, and seismic applications. 📌 Key Features: Low noise density: 20 µg/√Hz Wide bandwidth: 0.1 Hz to 1 kHz High-resolution vibration measurement #AnalogDevices #MEMS #Accelerometer #VibrationMonitoring #IndustrialAutomation #SeismicSensing

Imagine capturing both 2D images and 3D depth maps simultaneously with a single sensor. Thanks to the groundbreaking OPTIMOM 5D, that vision is now a reality. This innovative solution, a collaboration between Teledyne e2v and AIRY3D seamlessly integrates full-HD #2M vision with the generation of #3D depth data, setting a new standard for precision and efficiency in #MachineVision. The leap in technology is made possible in part by Valens’ MIPI A-PHY-enabled VA7000 chipset, delivering board-level high-performance CSI-2 Extension for precise Machine Vision, standardized by the MIPI Alliance. Laurent Appercel

Learn how Orca Semiconductor, a leader in custom IC solutions for wearable and industrial automation, accelerates and optimizes its analog IC design flow with Cadence OnCloud Managed Service using Xcelium Logic Simulator, Verisium AI-Driven Verification, Innovus Implementation System, Genus Synthesis, and Tempus Timing Solutions. Watch Full Video: https://ow.ly/OP0450TQjJI

Learn how Orca Semiconductor, a leader in custom IC solutions for wearable and industrial automation, accelerates and optimizes its analog IC design flow with Cadence OnCloud Managed Service using Xcelium Logic Simulator, Verisium AI-Driven Verification, Innovus Implementation System, Genus Synthesis, and Tempus Timing Solutions. Watch Full Video: https://ow.ly/OP0450TQjJI

iToF pixel sensors At the IEDM 2024 semiconductor trade fair, Sony Semicon (IL) presented a combination sensor in which the camera sensor is located directly above the depth sensor / Time-of-Flight sensor. This is made possible by the use of a new material: normally the color pixels would be located on silicon, but the broadband light would be absorbed and thus the depth pixels covered. However, Sony has apparently solved this problem by means of a new construction on a broadband transparent, organic photo-leading film. Visible wavelength hits the color sensors, while infrared light falls further down on the IR pixels of the ToF sensor. Above each ToF pixel, which each occupies 4µm, there are four RGB pixels with 1µm each. In total, there is talk of a resolution of 1004x756 pixels for the depth map and 4016x3024 pixels for the color image. At least in this respect, the prototype has apparently already reached a usable area https://lnkd.in/gnCM2PX5 #3dscanning #imageprocessing #machinevision 

[Friday Featured Camera] HB-65000-G: This 25GigE, 65MP camera features the Gpixel GMAX3265 CMOS sensor and reaches speeds of up to 35fps at full resolution. Learn more here: https://bit.ly/EVT-HB65 #highspeedimaging #automatedinspection #machinevision #gigevision #automation #lifesciences #motioncapture #virtualreality #volumetriccapture #metaverse #sony #25GigE #RDMA #ROCE Performance and reliability proven! 10+ years shipping 10GigE 6+ years shipping 25GigE 3+ years shipping 100GigE RDMA Ready Avoid the imitators. Engage the innovators.

Computar Optics´ new Vis-SWIR Hyper APO series is specifically designed for Sony Semiconductor Solutions' SWIR sensors, IMX992 and IMX993. The lens dramatically reduces chromatic aberrations and completely corrects focus shift across a wide wavelength range from 400 to 1700nm. As a result, it enables high-resolution imaging at multiple wavelengths. https://lnkd.in/dVhFKAd #lenses #optics #imageprocessing #swir #machinevision