IMT Vislink, Grass Valley and NEP Present Hi-Speed Capture for Maximum Slo-Mo

IMT Vislink (Booth C6008) will present a joint paper with Grass Valley and NEP at a Broadcast Engineering and Information Technology Conference session during NAB 2019 on Wednesday, April 10 from 9:40 a.m. to 10 a.m. PDT in room N260. The paper, entitled “High-Speed Content Capture for Maximum Slow-Motion Impact – Set Free from Cables,” describes the impact of balancing spatial and temporal clarity alongside the rollout of high dynamic range (HDR) and also considers the limitations of data bandwidth. 

“IMT Vislink, Grass Valley and NEP recently partnered to develop a wireless camera system that combines enhanced story-telling with the flexibility, camera resource efficiency and innovative production values that come from using wireless cameras for immersive video,” says David Edwards, product manager, IMT Vislink (pictured). “We first trialled this solution in the UK at Cheltenham Racecourse and are excited to share our findings during the speaking session at NAB.”  

The joint paper written by Edwards; Bart van Dijk, product manager, Grass Valley; and William Norris, head of RF, NEP Group, proposes the employment of frame rates of up to 150fps across time-interleaved UHD infrastructure, while also exploring the deployment and operational affordability of implementing a high frame rate, slow motion HD system that enables full slow-motion effects in conjunction with real-time video presentation. 

A wireless camera transmitter, such as IMT Vislink’s HCAM, delivers a wide variety of video formats, including 4K, 4K HDR and HD HDR and can be a valuable tool during production. Using a multi-format capable transmitter along with a low-latency receiver allows for unique angles to be captured in the field. 4K, HD and HD HDR wireless cameras deliver a quality that matches wired studio cameras with latencies that allow seamless production. With this new wireless camera system from these broadcast leaders, high frame rate video content can be transmitted from the location to the production suite reliably, with minimal latency over distance and within the readily available RF spectrum.

To attend this speaking session, register at 


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