Cobalt Digital, a leading designer and manufacturer of video and audio conversion, processing, and distribution solutions, and a founder of openGear, has announced that multiple products across its portfolio have successfully completed the inaugural Internet Protocol Media Experience (IPMX) Product Testing and Certification Event. This achievement further positions Cobalt Digital as a pioneer in open standards and underscores its commitment to interoperability as broadcast and Pro AV technologies continue to converge.
The EBU Dynamic Media Facility framework enables more efficient and better performing cloud-based broadcasting infrastructure to be created.
TAG Video Systems has expanded its Media Control System (MCS) version 1.7.0 release with Lens, a visual service health analysis interface that organizes monitored video feeds into hierarchical groups and displays alarm distribution. The new capability provides operators with a centralized view of monitored assets and active alerts across large-scale broadcast operations.
How efficient one-to-many video distribution is achieved over IP networks using multicasting.
As the streaming giants continue to grow their market share, public broadcasters are facing tough times. The road to survival lies in finding scale without sacrificing identity, but broadcasters are fighting back, forming strategic partnerships, consolidating delivery platforms, and embracing collaborative content creation.
Secure modern production systems depend on robust IP networking practices, but security is not just about keeping intruders out.
Rai (Radiotelevisione Italiana), the national public broadcasting company of Italy, has awarded Imagine Communications a three-year frame contract to support its transition from SDI to IP. The agreement positions Imagine’s Selenio™ Network Processor (SNP) as a core building block in Rai’s evolutionary migration to SMPTE ST 2110 across its master control rooms (MCRs) and production control rooms (PCRs).
How audio standards and proprietary solutions like Dante address the challenges of using asynchronous internet networks to distribute audio.
