On-Demand Webinars
Watch our latest product and technology webinars on demand. Topics include volumetric capture and metaverse systems and the benefits of 10GigE cameras, 25GigE cameras, 50GigE cameras, and 100GigE cameras.
Webinar: High-Speed Cameras for Machine Vision Applications, From 10GigE to 100GigE
High-speed machine vision systems require industrial cameras capable of handling the necessary speed and data rates with high reliability and performance. Emergent Vision Technologies offers 10GigE cameras, 25GigE cameras, 50GigE cameras, and 100GigE cameras, along with comprehensive vision software and network interface cards, to give systems integrators and OEMs end-to-end solutions that can fulfill [...]
Webinar: Understanding Metaverse System Architectures
What is the metaverse? What is volumetric capture? As part of a presentation given during a VR/AR Association metaverse event, John Ilett, president and CTO at Emergent Vision Technologies, answers these questions and describes the system architecture of a high-speed metaverse application. The presentation describes how metaverse stages — or volumetric capture systems — [...]
Webinar: Discover the Benefits of 10GigE, 25GigE, and 100GigE Vision Cameras and Technologies
High-speed imaging technology finds use in many industries and applications, from volumetric capture and the metaverse to machine vision. In this inVISION Days webinar, John Ilett, president and CTO at Emergent Vision Technologies, discusses the benefits of 10GigE cameras, 25GigE cameras, 50GigE cameras, and 100GigE cameras. In the discussion, he covers GigE camera synchronization and triggering, [...]
Webinar: The Anatomy of a Volumetric Capture System
Volumetric capture involves using digital cameras to capture human performances in real time and to bring them into immersive digital worlds such as the metaverse. This is achieved by using multiple accurately synchronized high-speed cameras to capture the environment from many angles or vantage points and processing the captured data to form a 3D [...]