9401A System Management Device Brings AoIP Networking To Genelec’s UNIO Platform

Genelec has further expanded its UNIO Audio Monitoring Service Platform with the introduction of the 9401A System Management Device for Audio-over-IP Networking. The 9401A adds powerful AoIP connectivity to Genelec’s range of Smart Active Monitors and Subwoofers in ST2110, AES67 and Ravenna formats. With its 16 monitor outputs, the 9401A supports all formats from stereo to 9.1.6, and brings all the convenience and flexibility of multi-channel networked audio to the UNIO platform.

As a partner to Genelec’s Smart Active Monitors and Subwoofers, the 9401A provides 16 channels of digital connectivity, plus dedicated subwoofer and auxiliary stereo outputs, all via AES/EBU. The auxiliary output serves as an ideal feed for headphones, enabling binaural and secondary stereo loudspeaker monitoring, while the 9401A’s tight integration with Genelec Loudspeaker Manager (GLM) software allows entire system calibration, including subwoofer alignment and support for bass management. The 9401A’s separate subwoofer output enables Smart Active Subwoofers to be easily chained to increase the low frequency SPL output, and channel capacity can be quickly expanded with more 9401A devices, to provide compatibility with 22.2 and other high channel count immersive formats.

In addition to its AoIP networking capabilities, loudspeaker management and calibration is achieved via the proprietary GLM network connectivity of the 9401A. Tactile control of the entire monitoring system can then be achieved via the new 9320A Reference Controller, which acts as a bridge to the UNIO platform and provides instant one-click access to a vast number of monitor features built into the Smart Active Monitoring family.

Performance wise, the 1U rack-mounting 9401A is compatible with sample rates from 44.1 kHz to 192 kHz, using 16, 24 and 32 bit resolution per sample. Employing Gigabit Ethernet for low latency, the 9401A supports the ST2110 broadcast suite with ST2022-7 redundant network connectivity and NMOS integration to enterprise management and automation systems. Designed for decades of reliable service and built to the highest environmental standards, the 9401A also supports proprietary Intelligent Signal Sensing (ISS) technology, for lower power consumption.

You might also like...

Sports Graphics Production: Data Sources For Live Sports Graphics

The first step in data driven sports graphics production is gathering the data itself. The nature of that data can vary dramatically from sport to sport. Here we discuss some of the data gathering technology and techniques required.

Growing Momentum For 5G In Remote Production

A combination of factors that includes new 3GPP 5G standards & optimizations that have reduced latencies & jitter, new network slicing capabilities and the availability of new LEO satellite services are bringing increasing momentum to the use of 5G for…

Monitoring & Compliance In Broadcast: Accessibility & The Impact Of AI

The proliferation of delivery devices and formats increases the challenges presented by accessibility compliance, but it is an area of rapid AI powered innovation.

Sports Graphics Production: Part 1 – Data Driven Visualization

Welcome to Part 1 of our new series on Sports Graphics Production - a collection of six articles presented in two parts, that examine two key areas of live sports broadcast; data driven visualizations and the rise of virtual studio environments.

Monitoring & Compliance In Broadcast: Monitoring QoS & QoE To Power Monetization

Measuring Quality of Experience (QoE) as perceived by viewers has become critical for monetization both from targeted advertising and direct content consumption.