Join Us at AWE 2022 and See Our New Award-Winning Volumetric Capture and Metaverse Solutions

AWE 2022

June 1–3 2022 | at AWE USA 2022, Emergent Vision Technologies showcases award-winning high-speed cameras and volumetric capture software to bring your XR and volumetric capture/metaverse systems to the next level.

In Booth 826, we showcase our high-speed GigE Vision cameras and volumetric capture software. End users can apply for a complimentary pass for AWE USA 2022 here. Those who do not qualify for a pass can use code AWESPEX22 for a 20% discount on tickets, which can be purchased here.

Visitors can also learn about our new complete system for 3D reconstruction and playback, which simplifies the challenges of bringing VR, AR, MR, and volumetric capture/metaverse technology to life through high-quality 3D content generation.

The new system comprises 36 cameras, one switch, one server, and one GPU while running at 210 Gbps and recording to server SSDs. Thirty-six 10GigE cameras featuring the 12MP Sony Pregius IMX253 CMOS sensor provide image capture. Through a high-speed 10GigE SFP+ interface, the GigE Vision– and GenICam-compliant camera reaches 80fps. It offers multi-camera synchronization at less than 1 µs, low CPU overhead, and fiber cable lengths from 1 m to 10 km.

In addition, the system features our new eCapture Pro volumetric capture software — a 2022 NAB Product of the Year winner. The software delivers turnkey integration, complete project management, camera setting flexibility, advanced preview and recording capabilities, synchronized capture to microsecond accuracy, and calibration, background, and production take management capabilities. The fully scalable software also provides advanced playback functionality for spatial and time domains, camera calibration with auto camera position detection, integrated 3D reconstruction and texturing, an Unreal/Unity plugin for streaming models, and more.

Join us at AWE USA 2022 in Booth 826 to learn more about our award-winning high-speed cameras and software. Learn more about the show here.