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      • • Active Sensor Alignment
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      • • Factory Tough™ Cameras. Designed and Built for Industrial Use
      • • Optimizing Event-Based Imaging: Triton2 EVS Explained
      • • Sony Pregius CMOS: Next Level Imaging
      • • Sony 4th Gen Pregius S – The Next Evolution of Image Sensors?
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      • • HDR Imaging for Automotive Sensing Applications
      • • Time of Flight Gets Precise: Enhanced 3D Measurement With Sony DepthSense
      • • Going Polarized – Polarization Adds A New Perspective
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      • • Why RDMA Matters: Overcoming Bottlenecks in High-Speed GigE Applications
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      • • Case Study: 3D Projection Picking System for Material Handling
      • • Case Study: 3D Spatial Awareness System
      • • Case Study: 3D Time-of-Flight Camera Aids Robotic Palletizers
      • • Case Study: AI-Based Object Recognition for Maritime Navigation
      • • Case Study: AI-Powered Precision Weed Control in Agriculture
      • • Case Study: AI Vision System Inspects Concrete Pavers for Defects
      • • Case Study: Automated AI-Driven Depalletizer
      • • Case Study: Automated Fish Registration New
      • • Case Study: aUToronto’s Autonomous Car Perception System
      • • Case Study: Automating Dairy Farm Hygiene with 3D Vision
      • • Case Study: Autonomous Forklifts Stack Cheese 3D ToF
      • • Case Study: Automated Wood Surface Inspection
      • • Case Study: Enhancing Food Safety with 3D Detection
      • • Case Study: High Accuracy Drill Measurement
      • • Case Study: Microsatellite Captures High Resolution Imagery
      • • Case Study: Real-time IoT Monitoring of Construction Sites
      • • Case Study: Robot Gripper Moves Stackable Bins
      • • Case Study: Rock Picking Robot
      • • Case Study: Vision Guided Pick & Place System for Blister Packaging
      • • Case Study: World’s First Autonomous Passenger Ferry
      • • Case Study: World’s First Level-4 Autonomous Electric Bus
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LUCID Vision Labs LUCID Vision Labs

LUCID Vision Labs

Modern Machine Vision Cameras

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January 12, 2023 Uncategorized

LUCID to Showcase New GigE Vision Cameras at SPIE Photonics West 2023

At the SPIE Photonics West from January 31 – February 2, 2023 in San Francisco, LUCID will be showcasing its…

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December 20, 2022 Uncategorized

LUCID Expands its Advanced Sensing Portfolio with the Atlas10 Camera Featuring the Sony IMX487 Ultraviolet (UV) Sensor

Richmond, BC, Canada – December 20, 2022 – LUCID Vision Labs, Inc., a designer and manufacturer of unique and innovative…

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November 21, 2022 Uncategorized

LUCID to Showcase its latest High-Speed Ethernet Technologies,
3D Time-of-Flight and Event-Based Cameras at ITE 2022

Richmond, BC, Canada – November 18, 2022 – LUCID will be exhibiting at ITE 2022 (International Technical Exhibition on Image…

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Vision 2022 Review
September 23, 2022 Uncategorized

VISION 2022 Preview Site is Live. Preview all the new models and technologies we’re showing at VISION!

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August 26, 2022 Uncategorized

LUCID to Showcase New Camera Technologies and Innovations at VISION 2022

* Visit LUCID's VISION 2022 Preview Site and see all the new products * Richmond, BC, Canada – August 26,…
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June 10, 2022 Uncategorized

Atlas10 High-Resolution 47 Megapixel 10GigE Camera Featuring Sony IMX492 Sensor

Richmond, BC, Canada – June 10, 2022 – LUCID Vision Labs, Inc., a designer and manufacturer of unique and innovative…

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June 8, 2022 Uncategorized

New Camera Technologies at CVPR 2022: Triton® Edge All-In-One Edge Computing Camera and Triton® Event-Based Camera

Richmond, BC, Canada – June 8, 2022 – LUCID Vision Labs, Inc., a designer and manufacturer of unique and innovative…

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June 6, 2022 Uncategorized

LUCID Vision Labs Honored by Vision Systems Design 2022 Innovators Awards Program

Richmond, BC, Canada – June 6, 2022 – LUCID Vision Labs, Inc., a designer and manufacturer of industrial vision cameras,…

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May 17, 2022 Uncategorized

LUCID Adds JupyterLab to ArenaView for Faster Testing, Validation, and Prototyping of Camera Features and System Performance

Richmond, BC, Canada – May 17, 2022 – LUCID Vision Labs, Inc., a designer and manufacturer of unique and innovative…

Read more
Watch video on IMX490 automotive sensor
May 6, 2022 Uncategorized

Watch Video: HDR Imaging for Automotive Sensing Applications – Sony IMX490 CMOS Sensor

Take an in-depth look at the best practices for HDR imaging in automotive sensing systems and explains the technology used…

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Posts pagination

1 … 6 7 8 … 14

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    • 5.2 MP ASX053S-WC (with TEC)
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  • Atlas10 UV 10GigE PoE Camera
    • 8.1 MP ATX081S-UC
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      • Helios2 Time-of-Flight (3D ToF)
      • Helios2 Chroma (RGB-D) New
      • Helios2 & RGB Kit (RGB-D)
      • Advanced Sensing Cameras
      • SWIR: Atlas & Triton IP67
      • Ultraviolet: Atlas10 UV
      • Event-Based Vision: Triton2 EVS
      • HDR AltaView: Triton HDR
      • Polarization: Phoenix & Triton
      • AI: Triton Smart
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      • Camera & Product Selector
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  • Resources
    • Tech Briefs ▶
      • LUCID TECH BRIEFS OVERVIEW
      • • Active Sensor Alignment
      • • 5GBASE-T for High Speed Vision Systems
      • • EMVA 1288: Camera Sensor Review
      • • Gigabit Ethernet: The Efficient & Reliable Interface
      • • Factory Tough™ Cameras. Designed and Built for Industrial Use
      • • Optimizing Event-Based Imaging: Triton2 EVS Explained
      • • Sony Pregius CMOS: Next Level Imaging
      • • Sony 4th Gen Pregius S – The Next Evolution of Image Sensors?
      • • Sony’s DepthSense 3D Sensor Explained: Better Time of Flight
      • • Sony IMX490: On-Sensor HDR for 24-bit Imaging
      • • Sony’s Polarized Sensor: Beyond Conventional Imaging
      • • RDMA and GigE Vision 3.0: High-Speed Streaming Standards New
      • • TCP for 10GigE Cameras: Reliable Image Transfer
      • • TFL-Mount: For High Resolution Large Format CMOS Sensors
      • • Understanding the Digital Image Sensor
    • White Papers ▶
      • • HDR Imaging for Automotive Sensing Applications
      • • Time of Flight Gets Precise: Enhanced 3D Measurement With Sony DepthSense
      • • Going Polarized – Polarization Adds A New Perspective
      • • Time of Flight Guidebook 2.0: Design Tips to Boost 3D Performance
      • • Why RDMA Matters: Overcoming Bottlenecks in High-Speed GigE Applications
    • Case Studies ▶
      • LUCID CASE STUDIES OVERVIEW
      • • Case Study: 3D Projection Picking System for Material Handling
      • • Case Study: 3D Spatial Awareness System
      • • Case Study: 3D Time-of-Flight Camera Aids Robotic Palletizers
      • • Case Study: AI-Based Object Recognition for Maritime Navigation
      • • Case Study: AI-Powered Precision Weed Control in Agriculture
      • • Case Study: AI Vision System Inspects Concrete Pavers for Defects
      • • Case Study: Automated AI-Driven Depalletizer
      • • Case Study: Automated Fish Registration New
      • • Case Study: aUToronto’s Autonomous Car Perception System
      • • Case Study: Automating Dairy Farm Hygiene with 3D Vision
      • • Case Study: Autonomous Forklifts Stack Cheese 3D ToF
      • • Case Study: Automated Wood Surface Inspection
      • • Case Study: Enhancing Food Safety with 3D Detection
      • • Case Study: High Accuracy Drill Measurement
      • • Case Study: Microsatellite Captures High Resolution Imagery
      • • Case Study: Real-time IoT Monitoring of Construction Sites
      • • Case Study: Robot Gripper Moves Stackable Bins
      • • Case Study: Rock Picking Robot
      • • Case Study: Vision Guided Pick & Place System for Blister Packaging
      • • Case Study: World’s First Autonomous Passenger Ferry
      • • Case Study: World’s First Level-4 Autonomous Electric Bus
    • JupyterLab Resource Center ▶
      • • Browse and download our sample Jupyter Notebooks for ArenaView
    • Polarization Resource Center ▶
      • • Explore our collection polarization articles, resources, and helpful tutorials.
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