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      • 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
      • • Industry Insight: Machine Vision Challenges Across Food Automation New
      • • 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
      • • 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: AI Vision System Verifies Pallets New
      • • Case Study: Automated AI-Driven Depalletizer
      • • Case Study: Automated Fish Registration
      • • 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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      • • Explore our collection polarization articles, resources, and helpful tutorials.
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LUCID Vision Labs LUCID Vision Labs

LUCID Vision Labs

Industrial Machine Vision Cameras

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Sony STARVIS and STARVIS 2 Machine Vision Cameras
June 23, 2026 Uncategorized

Sony STARVIS and STARVIS 2 Cameras

June 23, 2026 LUCID machine vision cameras with Sony STARVIS (IMX571), STARVIS 2 (IMX585, IMX676) sensors for low-light, NIR, and industrial inspection applications.

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June 22, 2026 Uncategorized

LUCID’s Atlas25 Camera with RDMA Receives Gold at the 2026 Vision Systems Design Innovators Awards

June 22, 2026 Atlas®25 camera has received a Gold Award in the 2026 Vision Systems Design Innovators Awards, which recognize outstanding innovation in machine vision.

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June 19, 2026 Uncategorized

LUCID to Showcase Latest GigE Vision Cameras at Automation Taipei 2026

June 19, 2026 From August 19–22, 2026, in Taiwan, visit us at Booth #L314 to explore our newest cameras designed to meet the demands of industrial automation and robotics applications.

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GigE Vision 3.0 RDMA Logo Article
June 18, 2026 Uncategorized

Upcoming Changes with GigE Vision 3.0 RDMA

May 26, 2026 Read how LUCID is evolving its RDMA technology to align with the GigE Vision 3.0 standard and unlock faster, more efficient image streaming.

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April 20, 2026 Uncategorized

New RGB-D Time-of-Flight and High-Speed GigE Vision Cameras at Automate 2026

April 20, 2026 See demos of our GigE cameras for robotics and automation, including 10GigE, 25GigE, and ToF RGB-D cameras. Visit us Automate 2026, in Booth #571 from June 22–25, 2026.

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April 17, 2026 Uncategorized

See LUCID’s Latest RGB-D Time-of-Flight and Industrial IP67 GigE Vision Cameras at CeMAT 2026

April 17, 2026 Visit the LUCID team at CeMAT in Melbourne, Australia, from June 23-25, 2026. In Booth #A11 , see our latest 2D and 3D machine vision cameras for industrial automation applications

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April 16, 2026 Uncategorized

LUCID to Showcase HDR and Event-Based Industrial Cameras at All About Automation 2026

April 16, 2026 LUCID will showcase its latest HDR and event-based machine vision technologies at All About Automation 2026, in Booth F-128 taking place in Heilbronn, Germany, from May 6-7, 2026.

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April 15, 2026 Uncategorized

See LUCID’s Latest GigE Vision Camera Technologies
at ISS 2026

April 15, 2026 Visit the LUCID team from June 10–12, 2026 at the Image Sensing Show (ISS) in Yokohama. See our latest 10GigE, 25GigE, SWIR, HDR, 3D Time-of-Flight and RGB-D industrial cameras in Booth #D2! 

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April 6, 2026 Uncategorized

LUCID Releases Phoenix Camera with Gpixel GMAX4002 Sensor for Enhanced NIR Imaging

April 6, 2026 LUCID releases the new Phoenix 28×28 mm camera model featuring the Gpixel GMAX4002 CMOS image sensor for high-sensitivity imaging with enhanced near-infrared (NIR) performance.

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LUCID Cameras at MODEX 2026
March 24, 2026 Uncategorized

Advanced 3D Time-of-Flight and 2D GigE Vision Cameras at MODEX 2026

March 24, 2026 LUCID will showcase its latest vision technologies at MODEX 2026, the premier material handling, logistics, and supply chain event taking place in Atlanta, GA from April 13–16, 2026.

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  • Camera & Product Selector
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    • 20.0 MP PHX200S
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    • 1.6 MP PDH016S (IMX273 x2)
    • 1.6 MP PHX016S
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  • Triton10 10GigE PoE Camera
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    • 16.2 MP TRX163S (IMX542)
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    • 8.3 MP TRX083S
    • 8.1 MP TRX081S
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  • Triton2 2.5GigE PoE Camera
    • 24.5 MP TRT245S
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    • 12.3 MP TRT124S (IMX545)
    • 12.3 MP TRT120S (IMX304)
    • 8.1 MP TRT081S
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    • 3.2 MP TRT032S (IMX265)
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    • 2.3 MP TRT023S
    • 1.6 MP TRT016S
    • 4K TRT04KG Line Scan
  • Triton2 EVS 2.5GigE PoE Camera
    • 0.9 MP TRT009S-EC
    • 0.3 MP TRT003S-EC
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    • 24.5 MP TRI245S
    • 20.4 MP TRI204S
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    • 12.3 MP TRS123S (IMX501)
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    • 12.2 MP TRI122S
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    • 6.3 MP TRI064S
    • 5.4 MP TDR054S
    • 5.4 MP TRI054S
    • 5.0 MP Polarized TRI050S1-P/Q
    • 5.0 MP Polarized TRI050S-P/Q
    • 5.0 MP TRI051S (IMX547)
    • 5.0 MP TRI050S (IMX264)
    • 3.2 MP TRI032S
    • 2.8 MP TRI028S
    • 2.3 MP TRI023S
    • 1.6 MP TRI016S
    • 0.5 MP TRI005S
    • 0.4 MP TRI004S
    • 2K TRI02KA Line Scan
  • Atlas 5GigE PoE Camera
    • 31.4 MP ATL314S
    • 19.6 MP ATL196S
    • 16.8 MP ATL168S
    • 12.3 MP ATL120S
    • 8.9 MP ATL089S
    • 7.1 MP ATL071S
    • 5.0 MP ATL050S
    • 2.8 MP ATL028S
  • Atlas 5GigE IP67 PoE Camera
    • 24.5 MP ATP245S
    • 20.4 MP ATP204S
    • 20.0 MP ATP200S
    • 16.2 MP ATP162S
    • 12.3 MP ATP124S (IMX545)
    • 12.3 MP ATP120S (IMX253)
    • 8.9 MP ATP089S
    • 8.1 MP ATP081S
    • 7.1 MP ATP071S
    • 5.0 MP ATP051S (IMX547)
    • 5.0 MP ATP050S (IMX250)
    • 2.8 MP ATP028S
  • Atlas & Triton SWIR IP67 PoE Cameras
    • 5.2 MP ASX053S-WC (with TEC)
    • 3.2 MP ASX033S-WC (with TEC)
    • 1.3 MP ATP013S-WC (with TEC)
    • 0.3 MP ATP003S-WC (with TEC)
    • 5.2 MP TRT053S-WC
    • 3.2 MP TRT033S-WC
    • 1.3 MP TRI013S-WC
    • 0.3 MP TRI003S-WC
  • Atlas25 25GigE Camera
    • 24.5 MP ATV245S
    • 20.4 MP ATV204S
    • 16.2 MP ATV162S
    • 12.3 MP ATV124S
  • Atlas10 10GigE PoE Camera
    • 65.0 MP ATX650G
    • 47.0 MP ATX470S
    • 45.0 MP ATX450N
    • 31.4 MP ATX314S
    • 24.5 MP ATX245S
    • 20.4 MP ATX204S
    • 16.2 MP ATX162S
    • 12.3 MP ATX124S
    • 8.1 MP ATX081S
    • 5.0 MP ATX051S
  • Atlas10 UV 10GigE PoE Camera
    • 8.1 MP ATX081S-UC
  • Helios ToF PoE Camera
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    • 3D+RGB IP67 Kit
    • 0.3 MP Helios2+
    • 0.3 MP Helios2
    • 0.3 MP Helios2 Ray
    • 0.3 MP Helios2 Wide
    • 0.3 MP Helios2 Narrow
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    • VIEW ALL LUCID MACHINE VISION CAMERAS
      • Area Scan Cameras
      • Phoenix - GigE
      • Triton IP67 - GigE
      • Triton HDR AltaView - GigE
      • Triton2 IP67 - 2.5GigE
      • Triton10 IP67 - 10GigE New
      • Atlas / Atlas IP67 - 5GigE
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      • Atlas25 - 25GigE New
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      • IP67 Cameras and Accessories
      • Accessories
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      • Phoenix Transform Kits
      • Cables
      • Interface Cards, PoE Injector, Power Supply
      • Tripod Adapters, GPIO Caps
      • Breakout Board GPIO Development
      • 3D Cameras
      • 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
      • Software
      • Arena Software Development Kit (SDK) with built-in Jupyterlab
      • 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
      • • Industry Insight: Machine Vision Challenges Across Food Automation New
      • • 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
      • • 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: AI Vision System Verifies Pallets New
      • • Case Study: Automated AI-Driven Depalletizer
      • • Case Study: Automated Fish Registration
      • • 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.
    • Lens Calculator
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