Cloud-based solutions from Calrec, Gallery Sienna, LAMA, Lawo, and Telos Alliance have been added to the list of applications that support native Dante audio in cloud-based production workflows.
Audinate’s recently released SDK for Dante Connect enables software developers to build Dante audio transmission and reception natively into their cloud-based applications, said the company.
The new integrations join existing Dante-native cloud-based tools from Solid State Logic and Waves, as well as solutions connected by Dante Virtual Soundcard from Grass Valley, Harrison, Riedel, and Vizrt. The ecosystem now includes 11 professional tools that broadcasters can selectively integrate into their workflows, added Audinate.
“By using Dante Connect, we give customers maximum flexibility for audio production with an on-premise Calrec hardware and cloud-based audio DSP mixing engine,” said Henry Goodman, director of product management at Calrec. “As new cloud functionality and flexibility is adopted by our customers, Calrec continues to develop and deploy new audio equipment and software designed to exceed customer demands.”
Lawo has integrated Dante into its HOME Apps platform to support productions, including television broadcast and on-air radio.“The integration of Dante into HOME Apps is an important milestone for Lawo’s open, unified HOME platform,” said Jamie Dunn, Lawo’s deputy CEO. “Providing Dante integration on a server-based microservice level yields a vast range of creative benefits for operators as it helps them navigate the transition to future-proof hardware-abstracted processing.”
Telos Alliance’s Telos Infinity VIP intercom system has added Dante, making it the first professional intercom system to support cloud-based Dante workflows.
“Adding Dante to the Telos Infinity VIP intercom system enables customers to expand the integration of additional audio signals from any Dante device into the Telos Infinity intercom network,” added John Schur, president of media solutions. “This provides customers the flexibility and scalability of intercom systems without requirement of additional hardware costs.”
