Workflow
Mobile Private 5G Live Production Solution
icon
Search documents
Vislink Launches Mobile Private 5G Live Production Solution with Grass Valley and Acromove at IBC 2025
Globenewswireยท 2025-09-02 14:05
Core Insights - Vislink Technologies, Inc. has partnered with Grass Valley and Acromove to launch a new end-to-end live production solution powered by private 5G, aimed at enhancing real-time video communications for various markets [1][8]. Group 1: Product Features - The new system, debuting at IBC 2025, addresses the increasing demand for high-quality, low-latency content delivery from any location, providing a portable, secure, and integrated workflow for live production [2]. - The solution integrates Grass Valley's LDX 100 cameras, Vislink's INCAM-GV 5G wireless camera transmitter, and Acromove's secure private 5G network, ensuring a seamless workflow from capture to production [2]. - The private 5G backbone offers quick deployment, low latency, and resilience against public network congestion, ensuring reliable performance even in challenging conditions [3]. Group 2: Operational Benefits - The highly portable architecture allows for rapid deployment in minutes, making it suitable for live sports, breaking news, and remote event coverage, with the ability to quickly relocate cameras [4]. - Broadcasters can achieve cost and footprint savings by reducing reliance on OB trucks, minimizing satellite usage, and employing smaller onsite crews without sacrificing quality [4]. Group 3: Executive Insights - Mickey Miller, CEO of Vislink, emphasized that the solution enables broadcasters to deliver high-quality live coverage with the speed and clarity demanded by today's audiences [5]. - Paul de Bresser from Grass Valley noted that the collaboration allows for workflows that were previously only feasible with large-scale, fixed infrastructure [5]. - George Katiniotis, CEO of Acromove, highlighted that their private 5G solutions provide the necessary connectivity for broadcasters to deliver high-quality live content from virtually any location [5].