LUCID Videos

LUCID Vision Labs

LUCID Vision Labs
Courtesy @PhotonicsMedia (photonics.com) Watch our VISION 2024 show overview video to get a summary of our new and upcoming machine vision cameras: IP67 SWIR, AI SMART, EVS Event-Based, 4K Line Scan Learn more at https://thinklucid.com/vision2024
The presentation explores RDMA and the RoCEv2 standard, comparing them to TCP and UDP. It highlights RDMA's zero-copy transmission for low latency and optimized CPU use. Additionally, it covers the impact on 10GigE and 25GigE cameras, providing benchmarks & insights into the machine vision industry.
This is quick beginners video showing the different ways to power a machine vision camera. 0:00 Intro 0:13 PoE using Network Interface Card 0:55 PoE using a Network Switch 1:39 PoE using a PoE Injector 2:05 Using External Power via the GPIO port 2:43 PoE Standards that LUCID cameras support Industrial Machine Vision Cameras https://thinklucid.com © LUCID Vision Labs #MachineVisionCamera #IndustrialCamera #LUCIDVisionLabs #MachineVision
LUCID's Triton2 EVS camera features the Sony / Prophesee 0.9MP IMX636 and 0.3MP IMX637. These cameras provides event data instead of frame-based data. For Event-Based sensors, each pixel intelligently activates itself depending on the contrast change (movement) it detects. This enables the acquisition of only essential motion information, continuously. There is no framerate anymore. Triton2 EVS cameras: https://thinklucid.com/triton2-evs/ 0:00 Triton2 EVS 0:14 Event-Based sensor overview 0:45 Event-Based pixel function 1:36 Flailing arms! 2:00 Major sensor and camera benefits 3:03 Examples of industrial applications 3:30 Compatible Software SDKs Industrial Machine Vision Cameras https://thinklucid.com © LUCID Vision Labs #MachineVisionCamera #IndustrialCamera #LUCIDVisionLabs #MachineVision
Check out our latest case study on University of Toronto’s self driving car team, aUToronto, as they compete in this year’s Autodrive Challenge II. The team has integrated our Atlas 7.1 MP IP67 5GigE cameras and Arena™ SDK into a comprehensive perception system. See how the team modified a Chevy Bolt EUV with their own autonomous driving technology. Read Case Study: https://thinklucid.com/case-studies/atlas-5gige-cameras-for-autonomous-vehicle/
This video showcases LUCID Vision Labs' Triton2 – 2.5 GigE SWIR camera featuring Sony's 5.2 MP Sony IMX992 SenSWIR™ sensor. Watch how we inspect different wafers and see how this second-generation SWIR sensor compares to Sony's first-genenation SenSWIR sensor. Triton2 SWIR with 5.2MP IMX992 https://thinklucid.com/product/triton2-swir-5-2mp-model-imx992/ Triton2 SWIR with 3.2MP IMX993 https://thinklucid.com/product/triton2-swir-3-2mp-model-imx993/ 0:00 What a wafer looks like 0:37 Close up of the wafer sides 0:54 Hardware requirements 1:25 Hardware setup 1:50 How it all works 2:03 Wafer 1 inspection 2:35 Comparing IMX992 to IMX990 sensor 3:11 Wafer 3 inspection 3:52 Benefits of this inspection LUCID Vision Labs Machine Vision Cameras: https://thinklucid.com
Here is a quick side by side comparison showing the difference in area that can be 3D imaged by Helios2 Wide (FoV: 108° x 78°) vs Helios2 (FoV: 69° x 51°) Helios2 Wide: https://thinklucid.com/product/helios2-wide-time-of-flight-tof-ip67-3d-camera/ Learn more about LUCID's 3D Cameras at https://thinklucid.com/helios-time-of-flight-tof-camera/
Download PTP Notebook: https://thinklucid.com/jupyterlab-resource-center/ PTP and Action Commands: https://support.thinklucid.com/app-note-multi-camera-synchronization-using-ptp-and-scheduled-action-commands/ Intro to PTP: https://support.thinklucid.com/knowledgebase/precision-time-protocol-ptp/ PTPSync and Bandwidth Sharing in Multi-Camera Systems https://support.thinklucid.com/app-note-bandwidth-sharing-in-multi-camera-systems/ Phoenix Camera: https://thinklucid.com/phoenix-machine-vision/ Network Interface Card used: https://thinklucid.com/product/4-ch-2-5g-1g-poe-ethernet-card/ Watch how we take advantage of IEEE 1588 Precision Time Protocol (PTP) in our latest JupyterLab Notebook video. We use PTP to accurately synchronize four Phoenix cameras and trigger them within microseconds of each other, all through Ethernet. 0:00 Download free PTP JupyterLab Notebook 0:34 Hardware Setup / Intro to PTP 1:40 Bridge Networks 2:30 Launch JuypterLabs in ArenaView 3:15 PTP Notebook code block explanations Industrial Machine Vision Cameras https://thinklucid.com © LUCID Vision Labs #MachineVisionCamera #IndustrialCamera #LUCIDVisionLabs #MachineVision
Our LUCID Vision Labs China office is putting the finishing touches on our Machine Vision Camera seminar in Shanghai China!
The collaboration between Visionary Machines and LUCID exemplifies how innovative sensor technologies can revolutionize machine perception, providing solutions that surpass the limitations of existing modalities. Pandion™’s real-time 3D perception emerges as a game-changer in spatial awareness, setting new standards for efficiency and safety in various industries. Visionary Machines - https://visionarymachines.com/vanguard/ LUCID Vision Labs machine vision cameras - https://thinklucid.com
In this video we give an overview of the similarities and differences of the Helios2 Time-of-Flight (ToF) 3D cameras. The Helios2 3D cameras are perfect for automated assembly, bin picking, inspection, mobile robotics, position and location identification, and recognition and object classifications. 0:00 Helios2 Models 0:31 Model Similarities 1:41 Distance Modes 1:56 Filtering Controls and Examples 2:30 Model Differences 2:44 Outdoor/Indoor Use (Helios2 Ray Example) 3:41 Exposure Settings (Helios2+ HDR Example) 4:40 Lens FoV (Helios2 Wide Example) 5:51 Accuracy and Precision Data 6:22 Model Pricing Helios2 3D ToF Camera - Bin Picking Presentation: Settings to Improve your Point Cloud: https://www.youtube.com/watch?v=1ZHcsbEsL6o High-Speed Mode Examples - Helios2+ 3D ToF Camera: https://www.youtube.com/watch?v=Varm8ttcqNQ&t=2s High Dynamic Range Boxes & Cables Example - Helios2+ 3D Time-of-Flight Camera: https://www.youtube.com/watch?v=gmAHQSJA4Is Industrial Machine Vision Cameras https://thinklucid.com © LUCID Vision Labs #MachineVisionCamera #IndustrialCamera #LUCIDVisionLabs #MachineVision #3dcamera
Read the full case study at https://thinklucid.com/case-studies/autonomous-passenger-ferry-uses-triton-hdr-cameras/ Zeabuz, in collaboration with the ferry operator Torghatten, successfully launched the world’s first commercial autonomous ferry in Stockholm in the summer of 2023. Zeabuz employs a comprehensive suite of sensors, including cameras, LiDAR, Radar, and AIS. https://thinklucid.com/ https://www.zeabuz.com/technology/
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