Calrec ImPulseV NEP Platform integration scales virtualized audio for live production

This integration marks a significant step in the transition from hardware-centric to software-defined live production environments. By embedding Calrec ImPulseV into a unified orchestration layer, NEP Group is addressing the industry's need for elastic capacity that can be spun up or down based on event complexity. Within the broader streaming ecosystem, this shift reduces the physical footprint and capital expenditure required for high-tier live sports and entertainment broadcasts. As media companies increasingly adopt hybrid workflows, the ability to manage virtualized audio alongside other production tools in a single framework becomes a competitive necessity. Watch for whether other major audio hardware manufacturers follow suit by virtualizing their core DSP offerings for third-party orchestration platforms.

NEP Group's NEP Platform has been attracting integrations from multiple production technology vendors as broadcasters push toward software-defined workflows. In March 2026, Blue Planet and Telefónica Deutschland completed a proof of concept using agentic AI to power 5G network slicing services, demonstrating that orchestration platforms can automate complex service provisioning in minutes rather than weeks. While that PoC targeted telecom slicing rather than broadcast audio, it illustrates the same architectural principle Calrec is pursuing: abstracting specialized workloads from dedicated hardware into a unified, AI-assisted orchestration layer. NEP Platform's integration with Calrec ImPulseV follows this pattern by treating audio DSP as a schedulable software resource rather than a fixed appliance.

The business case for virtualized audio processing aligns with broader capital expenditure pressures across live production. Ericsson's networks chief Per Narvinger noted at MWC 2026 that AI models can squeeze 10 percent more capacity from existing spectrum, delivering enormous value given that spectrum is one of the largest operator expenditures. The parallel in broadcast is direct: if virtualized DSP can extract more processing headroom from commodity compute, production companies reduce their dependence on proprietary hardware cards that carry premium pricing and long lead times. NEP Group, which provides outside broadcast and studio services to major sports and entertainment clients, stands to benefit from lower per-event hardware costs when deploying ImPulseV across its global fleet.

On the technical side, Ericsson's own agentic AI research provides a useful benchmark for what autonomous orchestration can achieve in complex network environments. Ericsson reported that agentic AI delivers an 80 percent reduction in time spent on analysis and decision-making processes, a figure that suggests similar efficiency gains are plausible in production orchestration contexts where routing, mixing, and signal processing decisions currently require manual configuration. The Ericsson Mobility Report from June 2026 further noted that uplink-intensive traffic from AI agents embedded in augmented reality and immersive gaming is growing faster than downlink demand, a trend that will increase the volume of live audio and video feeds requiring real-time processing. For Calrec and NEP Group, this traffic growth reinforces the need for elastic, software-defined audio pipelines that can scale without proportional hardware additions.