Dalet is showcasing its new hyper-scalable multichannel IP ingest solution Dalet InStream - a major expansion to Dalet Brio capture capabilities - and the recently-released multimedia web-based editor Dalet Cut at IBC 2023. These powerful cloud-native SaaS solutions help customers achieve the operational efficiency and cost savings they need.
   

This marks the first time end-to-end workflows in the cloud can be executed seamlessly across Dalet Pyramid-powered news operations and the wide range of Dalet Flex media workflows.

This includes its brand new innovations Dalet InStream and Dalet Cut, the state-of-the-art Dalet Flex platform and Dalet Pyramid modules, Dalet AmberFin high-quality transcoding and media processing, as well as Dalet Brio high-density ingest and playout application.

Dalet Media Ecosystem - Faster Productions, Greater ROI

Dalet’s range of cloud-native SaaS solutions empowers businesses to seamlessly connect and run all their media operations for optimal operational efficiency. Underpinned by Dalet Flex, the industry’s most advanced media asset management and workflow platform, Dalet solutions feature an intuitive web-based interface that lets users access and utilize tools and assets from anywhere. Customers can implement faster workflows for content creation and delivery.

Introducing Dalet InStream

Dalet continues to invest in its IP and SDI ingest solutions to reimagine the way customers can capture content at scale. Complementing the high-density Dalet Brio on-premises ingest and playout platform, Dalet InStream elastic IP ingest workflows can significantly reduce the costs of capturing live events and producing near-live content in the cloud. This comes at a crucial time as broadcasters and media organizations gear up for the 2024 lineup of global events, including the Olympics and key elections.

Featuring Dalet Cut

The fastest editor for news and media workflows, Dalet Cut, powers live web-based editing from anywhere with native access to all assets including clips, sequences, projects and graphics, even on limited bandwidth.