Vislink will be exhibiting at this year’s NACDA (National Association of Collegiate Directors of Athletics) and Affiliates Convention. This is the largest gathering of collegiate administrators in the country. The Vislink team will be onsite showcasing its latest innovations in AI-powered and remote sports production solutions. The event will take place June 26-29 at the Mandalay Bay Resort and Casino in Las Vegas. Our onsite team will be located in booth #825.
Among the topics we’ll be covering are:
- NFT-Ready Video Clipping Tools
- AI-driven, fully-automated live sports production and streaming
- live production tools
- cloud-based, REMI, and IP production models
- content distribution and monetization strategies
Event info: https://nacda.com/sports/2018/7/17/nacda-events-html.asp
EXHIBIT HALL SCHEDULE:
Hall open Monday, June 27: 5:00 – 8:00 p.m.
Hall open Tuesday, June 28: 12:00 – 2:00 p.m. and 5:00 – 8:00 p.m.
We will be updating this page regularly with new show-related info as we make it available. We hope to see you there.
DATA SHEETS FOR VISLINK AND MOBILE VIEWPOINT PRODUCTS BEING DISPLAYED AT THE NACDA CONVENTION (SUBJECT TO CHANGE)
Mobile Viewpoint IQ SportsProducer: AI-assisted automated live sports production and streaming solution;
Mobile Viewpoint Stellar Cam: an agile camera designed for artificial intelligence (AI)-powered live sports production;
Mobile Viewpoint BaseLink: our market-leading mid-range WMT mobile encoder that is widely used by numerous global broadcasters and public agencies for their critical live streaming needs;
Mobile Viewpoint UltraLink: backpack transmitter that delivers true 50/60 frames-per-second 4K and Ultra HD video quality from the field using 4G bonding technology;
HCAM: the most widely deployed HEVC 4K UHD wireless transmitter, which features double the transmission range of legacy MPEG-4 HD devices and sub-single frame latency;
Quantum Receiver: IP-native, high-performance RF receiver which enables production teams to fully implement remote production systems to increase efficiencies;