NUGEN Audio Promotes Loudness Management

At the IBC2014 show (stand #8.A76) in Amsterdam, NUGEN Audio is celebrating a decade of service to the film and broadcast community by showcasing several innovations in its line of industry-leading post-production and broadcast audio tools.

The centerpiece is the company’s new DynApt dynamic adaptation technology for loudness-compliant audio repurposing, now available as an extension for NUGEN Audio's Loudness Management Batch (LMB) Processor. In addition, NUGEN Audio is introducing a new version of LMB Processor's MXF Extension with DPP AS-11 compatibility.

Also at IBC2014, NUGEN Audio will feature version 1.1 of MultiMonitor, its powerful loudness and true-peak monitoring software application, and will preview its upcoming technology for stereo-to-5.1/7.1/9.1 upmixing in film and television production.

NUGEN Audio's LMB Processor, an offline file-based batch loudness analysis and correction program for high throughput applications, is the first product to feature the company's new DynApt technology. DynApt addresses the challenges of repurposing theatrical content to TV in the context of full loudness compliance, giving audio engineers a new option for adapting the content in a fast and efficient manner that completely preserves dialogue clarity. DynApt provides similar breakthrough benefits when adapting TV content for mobile streaming, or any other application that requires adapting dynamics accurately to the constraints of the delivery system. Working much faster than real-time, DynApt adapts dynamic audio appropriately for different listening environments and playout systems, while respecting the level of dialog in the original mix and meeting specific loudness criteria.

LMB Processor's MXF Extension is the first NUGEN Audio product set to receive DPP AS-11 certification, a result of the company's participation in the Digital Production Partnership (DPP) compliance program. Making its IBC debut, the MXF Extension introduces native MXF audio handling that enables LMB Processor to perform automated analysis and correction of audio within an MXF container while preserving all other data within the file.

Ideal for loudness playout monitoring in master control rooms and outside broadcasting operations, MultiMonitor version 1.1 includes usability and logging improvements to enhance the postmortem and compliance record, so that data can be reviewed later if the need arises. MultiMonitor now offers individual logging for up to 16 individual loudness and true-peak meters—a total of up to 96 mono, stereo, and 5.1 audio channels. With version 1.1 of MultiMonitor, each meter is individually network addressable, broadening the possible applications.

NUGEN Audio's new Enterprise Solution Program offers a wide range of custom-coded applications that can be tailored to the specific needs of large-enterprise customers.

In celebration of its 10 years of business, NUGEN Audio is now offering a 40 percent discount on its Loudness Toolkit, a suite of loudness, true-peak metering, and correction tools including VisLM, ISL, and LM-Correct. 

You might also like...

Core Insights - Improving Headset Comms At Extreme Events

Without intercom, a live broadcast production would soon degenerate into chaos. A whole industry has been built on the protocols intercom users have adopted and everybody involved in the production must be able to hear the director’s instructions, clearly a…

Timing: Part 2 - The Birth Of Video Recording

The peculiarities of the motion of planet Earth are responsible for much more than seasons and the midnight sun and it took a while before it was all figured out.

Microphones: Part 1 - Introduction

In this new series John Watkinson looks at all aspects of microphones, including how they work and how they don’t work.

Improving Comms With 5GHz - Part 2

This is the second instalment of our extended article exploring the use of the 5GHz spectrum for Comms.

Digital Audio: Part 10 - Adjusting Levels

Gain control in digital audio is essentially a numerical model of the same process in the analog domain.