Music Production

IP-native infrastructure replaces fixed, hardware-defined routing with a flexible signal network where any source can reach any destination without re-patching. For studios, this means microphone preamps, outboard gear, DAW returns, monitor feeds, and cue mixes can all be routed dynamically from a single interface — eliminating cable runs, reducing setup time between sessions, and giving engineers the freedom to reconfigure the signal chain in real time without leaving the mix position.

Lawo’s systems support AES67 and RAVENNA — the open AoIP standards that are now natively supported by Pro Tools, Nuendo, and a growing number of DAW environments. Outboard gear connects via analog or digital I/O through Lawo’s stagebox and I/O infrastructure, appearing on the network as addressable sources and destinations. This gives studios a unified signal environment where the console, DAW, and outboard chain operate as one integrated system.

Immersive audio is now a delivery requirement across streaming platforms, not just a creative option. Lawo’s consoles support object-based mixing and multi-channel formats natively, with the processing headroom and channel counts required for full Atmos productions. Existing studio infrastructure can be extended to support immersive workflows without rebuilding the core signal chain — adding height channels, object busses, and renderer connectivity within the same IP network.

The traditional model of producer, engineer, and artist in the same room is increasingly the exception. Lawo’s IP architecture supports remote session workflows where talent, producers, and engineers can be distributed across locations while sharing the same signal environment — with low-latency audio transport, remote console control, and shared monitoring feeds over standard network infrastructure.

Recording on location introduces complexity that a fixed studio environment doesn’t — uncertain power, limited rack space, and the need to interface with venue PA systems, broadcast trucks, and live consoles simultaneously. Lawo’s compact I/O infrastructure and console ecosystem are built for exactly this context: lightweight, redundant, and interoperable with the same signal chain used back in the studio, so recordings return ready to drop directly into the post-production workflow.

Proprietary audio networks lock studios into a single vendor’s ecosystem — limiting flexibility, driving up long-term costs, and creating compatibility headaches when external collaborators arrive with different equipment. AES67 and RAVENNA are open, manufacturer-agnostic standards that allow any compliant device to connect to the same network. This means studios can mix and match the best equipment from any manufacturer, now and in the future, without re-engineering the infrastructure.

Delivery formats have changed more in the last five years than in the previous two decades — from stereo to 5.1 to spatial audio, from broadcast to streaming, from physical media to platform-specific loudness standards. Lawo’s software-based architecture means new formats, protocols, and delivery specifications are adopted through software updates, not hardware replacements. Studios building on Lawo infrastructure today are building a platform that evolves with the industry rather than against it.

Opera houses, concert halls, and festival productions regularly require the same audio infrastructure to serve both controlled recording sessions and high-pressure live performances — sometimes on the same day. Lawo’s console and processing ecosystem is equally at home in both contexts: the same signal chain, the same routing logic, and the same operator interface serve rehearsal recording, live mixing, and broadcast capture without reconfiguration.

Large studio facilities — with multiple recording rooms, control rooms, isolation booths, and machine rooms — require signal routing across many independent spaces simultaneously. Lawo’s IP infrastructure treats every room as a node on the same network, with centralized routing and monitoring management that gives the chief engineer visibility and control over every signal path in the building from a single interface.

Traditional studio infrastructure requires regular patchbay maintenance, dedicated cabling for every signal path, and periodic hardware replacement cycles. IP-based infrastructure eliminates most of the physical signal routing layer, dramatically reducing maintenance overhead. Software-based processing means capability upgrades arrive as licences rather than hardware purchases. For studios planning a build or major upgrade, the long-term operational savings of IP infrastructure consistently outweigh the higher initial investment in network-grade equipment.