Lawo at 2026 NAB Show: IP Innovation, Software‑Based Media Infrastructure & Dynamic Media Facility Workflows

Why It Matters

The announcement signals a shift toward fully software‑defined broadcast facilities, giving operators faster, more flexible, and cost‑effective production capabilities. It positions Lawo as a key enabler of the industry’s move to dynamic media facilities and IP‑native workflows.

Key Takeaways

• Lawo launches HOME platform with containerized microservices.
• HOME Multiviewer supports 64‑tile layouts, dynamic resolution.
• New mc² consoles integrate Waves SuperRack via ProLink.
• University of Nebraska project showcases ST2110 IP deployment.
• Role‑based access control enhances security for IP workflows.

Pulse Analysis

Lawo’s upcoming HOME platform reflects a broader industry migration from hardware‑centric racks to software‑defined media facilities. By packaging processing functions as containerized micro‑services, broadcasters can deploy, scale, and reconfigure tools on off‑the‑shelf servers, dramatically reducing capital expenditure and shortening setup times. The platform’s role‑based access control and device orchestration also address the security and manageability concerns that have slowed IP adoption in legacy environments.

At NAB 2026, Lawo will spotlight the HOME Multiviewer, a low‑latency app capable of rendering 64 picture‑in‑picture windows while intelligently selecting full‑resolution or proxy streams based on tile size. This dynamic resolution management slashes bandwidth and CPU load without compromising monitoring fidelity, a critical advantage for live sports, news, and corporate AV productions that juggle multiple high‑definition feeds. Coupled with support for SMPTE ST2110, NDI, SRT and JPEG XS, the app positions Lawo as a versatile bridge between traditional SDI workflows and emerging IP standards.

The company’s refreshed mc² consoles illustrate how software and hardware can coexist seamlessly. Deeper integration with Waves SuperRack via ProLink enables real‑time plug‑in processing, while the new DSP engine extends mixing capabilities onto generic CPUs, supporting thousands of channels and immersive formats. The University of Nebraska HuskerVision deployment serves as a proof point, demonstrating a campus‑wide ST2110 fabric that leverages Lawo’s .edge platform, proxy workflows, and UDX conversion to deliver HDR and SDR content to national broadcasters. Together, these innovations underscore Lawo’s role in shaping the next generation of dynamic, cost‑effective media facilities.