GlobalM to Showcase Live IP Media Transport at 2026 NAB Show

Why It Matters

The enhancements give broadcasters a software‑defined, scalable platform that reduces capital spend while meeting rapid, event‑driven distribution needs.

Key Takeaways

• GMDC adds API‑driven encoder/decoder orchestration.
• Edge processing now offers on‑demand frame‑rate conversion.
• GM Tunnel enables seamless cloud‑to‑premise transport.
• ARM‑optimized builds improve performance per watt.
• Pod model distributes gateway functions across multiple sites.

Pulse Analysis

The broadcast industry is accelerating its shift from fixed‑function hardware to software‑defined IP transport, and GlobalM’s refreshed GMX platform exemplifies that trend. By decoupling orchestration from physical appliances, the company enables operators to provision, scale, and retire transport capacity in real time, a capability increasingly vital as live events become more fragmented across OTT, 5G, and satellite links. The platform’s support for protocols such as SRT, RIST, and MPEG‑DASH within a unified control plane simplifies multi‑vendor environments and reduces operational complexity.

A standout addition is GlobalM Device Control (GMDC), which brings encoder and decoder configuration under the same API‑driven framework that manages routing. Coupled with on‑demand edge processing—frame‑rate conversion and HDR‑to‑SDR—broadcasters can apply advanced signal transformations without deploying dedicated hardware, paying only for the minutes used. This pay‑as‑you‑go model aligns costs with event‑specific demand, lowering barriers for smaller operators and enabling rapid experimentation with new formats.

Cloud integration also receives a boost through GM Tunnel and a new multiviewer service, delivering transparent connectivity between on‑premise nodes and multiple cloud providers. Optimizing builds for ARM‑based AWS Graviton instances improves performance per watt, addressing the industry’s growing focus on energy efficiency. Together, these innovations create a truly elastic, point‑to‑multipoint architecture that can expand across hybrid infrastructures, positioning GlobalM as a key enabler of the next generation of decentralized, global live media workflows.