Calrec Unveils Next-Gen Audio Solutions at IBC 2026
Calrec is set to make waves at IBC 2026 with its latest software-defined audio solutions, focusing on the evolving ImPulseV DSP ecosystem and flexible deployment options. As the demand for scalable, high-performance broadcast audio intensifies, Calrec’s innovations aim to give broadcasters unprecedented freedom in how they design, deploy, and scale their infrastructure. The highlight of the event will be the demonstration of Calrec’s software-defined audio capabilities, which promise to reshape audio production workflows for years to come.
Enhancing the ImPulseV DSP Platform
The cornerstone of Calrec’s presentation at IBC 2026 is the enhanced ImPulseV DSP-centered system. Developed in alignment with the European Broadcasting Union’s Dynamic Media Facility (DMF) project, ImPulseV now supports the Media eXchange Layer, further strengthening its interoperability and future-proofing its technology. This update ensures that Calrec’s software-defined audio platform remains compatible with evolving industry standards, making it a versatile choice for broadcasters worldwide.
ImPulseV’s ability to handle up to 256 processing paths and support all immersive audio formats gives broadcasters the flexibility to tackle projects of any size or complexity. The software-defined audio system can be deployed on-premises using standard commercial off-the-shelf (COTS) servers, in the public cloud, or in hybrid configurations. This enables broadcasters to optimize their workflows based on project requirements, available resources, and budget—without sacrificing performance.
Scalable and Flexible Packages for Broadcasters
Calrec recognizes that not every production requires the same level of DSP power. To address this, the company has introduced smaller DSP pack sizes of 96 and 140 processing paths, complementing the existing 256-path configuration. These new options are designed for smaller systems that still demand uncompromising, broadcast-grade audio quality. The software-defined audio approach means broadcasters can right-size their investment without being locked into oversized solutions.
Further enhancing flexibility, Calrec now offers short-term, subscription-based licensing for ImPulseV. Broadcasters can choose from 1-year, 12-week, or even 4-week licenses, dramatically lowering the barrier to entry. This model is ideal for temporary projects, variable workloads, or one-off events where long-term commitments and high upfront costs are not practical. With software-defined audio, production capacity is available precisely when it’s needed, offering both cost savings and operational agility.
Integrating with Grass Valley AMPP and NEP Platform
Calrec’s software-defined audio ecosystem is also expanding its integration with leading broadcast platforms. As part of its ongoing collaboration with Grass Valley’s Agile Media Processing Platform (AMPP), Calrec will demonstrate ImPulseV’s compatibility with the AMPP control SDK at IBC 2026. This allows applications running on AMPP to directly control console parameters, such as fader control, via the ImPulseV 1.5 update. Such integration streamlines multi-vendor workflows and enhances operational efficiency for broadcasters embracing hybrid and cloud-based environments.
Additionally, the new AMPP Bridge control application, installable as a workload on an AMPP node, will provide seamless bidirectional control between Calrec’s ImPulse core and the AMPP environment. Audio is routed through Dante, NDI, and ST-2110 interfaces, while control data is efficiently managed across platforms. This level of interoperability is central to the software-defined audio vision—breaking down silos and enabling unified, end-to-end production workflows.
ImPulseV is also joining the NEP Platform, a service designed for rapid, orchestrated deployment of leading production applications. By making ImPulseV available on server-based hardware alongside other top-tier tools, Calrec is helping broadcasters access a unified interface for managing complex, multi-vendor production environments with ease.
The Future of Software-Defined Audio in Broadcasting
Calrec’s showcase at IBC 2026 underscores the industry’s shift toward software-defined audio production. By decoupling audio processing from dedicated hardware and offering flexible, scalable solutions, Calrec empowers broadcasters to meet the ever-changing demands of live events, remote productions, and content creation. The software-defined audio approach not only enhances technical capabilities but also delivers cost efficiency, rapid deployment, and seamless integration with existing and emerging broadcast technologies.
As broadcasters continue to seek more agile, future-ready infrastructure, software-defined audio from Calrec stands out as a transformative solution. The innovations presented at IBC 2026 are set to redefine how audio is produced, managed, and delivered in the digital age.
This article is inspired by content from Original Source. It has been rephrased for originality. Images are credited to the original source.