Lawo mc²56 MkIII Powers Audio Mix For International Swimming Competition In Singapore

The international swimming competition in Singapore, held from 21 to 27 September at the OCBC Aquatic Centre, marks the first time this prestigious global competition is staged in Asia. With more than 600 athletes from around the world competing in Singapore’s world-class aquatic venue, the event is not only a celebration of sporting excellence but also a showcase of technical innovation. A leading national broadcaster has chosen Lawo’s mc²56 MkIII production console to deliver the official audio mix for the championships, ensuring a sound experience that matches the event’s high profile.

The mc²56 MkIII – backed by a 16-fader mc²36 as a standby mixer – was installed only a few months ago in the broadcaster’s fully IP-based new OB van as the centerpiece of audio production. Compact in design yet powerful in performance, the console offers 48 physical faders, full native support for immersive audio formats, and integrated automix functions. Designed for fast-paced live environments, it combines pristine sound with intuitive operation, enabling engineers to balance crowd ambience, commentator feeds, and underwater microphones with ease. Its flexible configuration options allow seamless adaptation to the specific needs of each competition session, while advanced workflow tools such as snapshot recall accelerate production tasks and ensure consistent output.

At the heart of the system is Lawo’s A__UHD Core, a software-defined IP audio engine that provides up to 1,024 mc²-grade DSP channels within a compact 1RU unit. In addition to its pristine DSP processing, the A__UHD Core features Lawo’s HOME functionality, which makes IP setups for Lawo mc² consoles as simple as analog. With native RAVENNA/AES67 and SMPTE ST2110 support, it offers wide interoperability in IP-based broadcast infrastructures. Full hardware and network redundancy, coupled with Lawo’s resource-pooling concept, guarantee reliability, scalability and flexibility in demanding live sports environments. The A__UHD Core also delivers ultra-low latency for real-time performance and is highly energy-efficient — an important factor for mobile production units.

Lawo’s mc² consoles and IP audio solutions have long proven their reliability in high-profile global live sports productions. The deployment in Singapore demonstrates once again how Lawo technology combines flexibility, sound quality, network capability and intuitive operation to meet the highest standards in broadcast production.

You might also like...

The Changing Face Of Live Sports: Part 1 - The Rise Of Nimble Production

Live sports broadcasting has always been the preserve of big leagues and big broadcasters with the infrastructure, the clout and the resources to match. But it is no longer the only game in town.

Virtual Production For Broadcast: The Magic Of Subframe Technology

Subframe technology solves a fundamental challenge in virtual production, enabling LED video walls to display different images to multiple cameras at the same time. This allows each camera in a multi-camera setup to see its own perspective-correct background on a…

Standards: Audio - High Efficiency Audio Codecs (HE-AAC)

HE-AAC builds on the foundations of AAC to deliver near CD-quality audio at bitrates as low as 32 kbps, making it the codec of choice for mobile TV, digital radio and low-bandwidth streaming. This guide unpacks the key technologies behind its…

IP Security For Broadcasters 2026 – The Psychology Of Security

As engineers and technologists, it’s easy to become bogged down in the technical solutions that maintain high levels of computer security. But as the boundaries between traditional broadcast engineering and IT continue to dissolve, the first port of call i…

Standards: Audio - Advanced Audio Coding (AAC)

AAC succeeded MP3 by delivering better quality at lower bitrates. This guide examines how it works, compares the leading encoder implementations, and explains where it sits within the broader MPEG audio standards landscape.