Spin Digital Video Technologies GmbH (Spin Digital) will participate at NAB 2018 from April 9-12 at the Las Vegas Convention Center at South Upper Hall, Booth SU13612.
Spin Digital is going to present a demonstration of its high-performance HEVC/H.265 software SDK (Spin SDK).
Spin Digital HEVC SDK for 16Kp60 and 16x 4Kp60
Spin Digital has further optimized HEVC decoder and video render for very high performance on new processor architectures. The new version of Spin SDK makes possible to perform real-time HEVC/H.265 decoding for very demanding video applications, including 16Kp60 and multi-UHD HEVC decoders with up to 4x 8Kp60 channels or up to 16x 4Kp60 channels on a single PC.
Spin Digital SDK is the first solution able to perform 16Kp60 (and 16x 4Kp60) video decoding and rendering on a single PC, allowing a completely new range of applications such as ultra-high resolution videowalls, giant projection systems, immersive displays, and true immersive VR.
16K Media Player Demonstration at Intel booth
Spin Digital is also presenting a 16K media player demonstration at Intel’s NAB booth located at South Upper Hall, Booth SU3110.
More information about the demonstration can be found in the official press release by Intel and Spin Digital:
Spin Digital Debuts 8K/16K Video Powered by Intel® Xeon® Scalable Processors
Immersify
Spin Digital SDK optimizations have been partially developed within the context of the Immersify project. Immersify is a European R&D consortium working on the next generation of immersive media and tools.
NAB Show
NAB show is the world largest trade fair for media, entertainment and technology. It attracts more than 100.000 attendees every year.
Contact and Meet us: Booth SU13612
Arrange a meeting with Spin Digital team at NAB:
- Mauricio Alvarez Mesa, CEO – mauricio(at)spin-digital.com
- For more information: http://spin-digital.com/nab2018/
- Spin Digital booth location: https://nab18.mapyourshow.com/7_0/floorplan/?hallID=C&selectedBooth=booth~SU13612
Funding
This activity has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement 7620799 (www.immersify.eu)