9402A Interface AES/EBU Multicanaux

Unité de gestion de systèmes AoIP Dante vers AES/EBU

Le 9402A AoIP System Management Device pour Dante vers AES/EBU est une interface audio multicanal sur IP (AoIP) centrée sur Dante, conçue pour intégrer facilement les systèmes de monitoring actif intelligent (SAM) aux réseaux de diffusion et de production modernes. Conçu pour des flux de travail immersifs et évolutifs, le 9402A assure une distribution audio multicanal de haute qualité sur les infrastructures IP standard, en privilégiant une connectivité Dante robuste et une grande fiabilité du système.

Smart Active Monitoring (SAM™) et technologie de calibrage GLM™

Audio-over-IP (AoIP)

See example setup ›

Connectivité & Spécifications Techniques

Technical Specifications

Audio Formats

Dante, AES67, ST2110-30

Channels

16 AES/EBU outputs

Supported Sampling Rates (fs)

44.1 / 48 / 88.2 / 96 / 176.4 / 192 kHz

Supported Word Lengths

16 / 24 / 32 bits

Ethernet

Dual Gigabit (redundant)

Outputs

DB25 AES59, XLR sub + AUX

Power Consumption

12 W (ISS < 4.5 W)

Dimensions (H × W × D)

43 × 483 × 105 mm (1¾ × 19 × 4⅛ in)

Weight

2 kg (4.4 lb)

Form Factor

1U rack

Frequency Response (-1 dB)

1 Hz – (fs/2) kHz

THD+N (1 kHz tone, 0 dBFS)

-140 dBFS / 0.00001%

Mains Voltage

100 – 230 V AC

Mains Frequency

50 – 60 Hz

Contenu de l'emballage

câble d'alimentation
5 m GLM network cable
Quick Setup Guide
Operating Manual via an included QR code link

Warranty

Includes a 2-year warranty, plus an additional 3-year extended warranty when registered on MyGenelec.

GLM Calibration

Requires free GLM software and either our 9320A SAM™ Reference Controller or GLM Calibration Kit device (both sold separately) for calibration.

Options de couleur :

Seamless AoIP Integration for Scalable, High-Resolution Monitoring

Empowers all SAM monitoring systems for Audio over IP (AoIP), including Dante, AES67, and ST 2110-30 networks, delivering seamless networked audio integration. Bit-perfect audio performance ensures pristine sound quality without any compromise.

Full compatibility with Dante Controller, Dante Director, and Dante Domain Manager enables streamlined discovery, routing, management, and media encryption across connected systems. The scalable architecture allows multiple units to be combined for virtually unlimited channel count, while a single 9402A supports immersive audio formats up to 9.1.6 (16 channels).

Flexible system design includes a free choice of any 7300 series subwoofer model to match specific monitoring requirements. An auxiliary stereo AES output is available for headphones or secondary monitoring applications, adding further versatility.

Integration with GLM 5.2 provides precise system calibration and intuitive control, ensuring optimal monitoring performance in any professional environment.

Reliable, High-Capacity AoIP Connectivity

A flexible and scalable 16-channel AoIP monitoring solution, the 9402A integrates seamlessly into Dante-based workflows while supporting AES67 and ST 2110-30 for broadcast interoperability. Each additional unit expands capacity by 16 channels, enabling effortless system growth and efficient low-frequency scaling with multiple 73xx subwoofers.

Dual redundant network ports (ST 2022-7) ensure reliable Dante streaming, while 16-channel AES/EBU output (DB25), subwoofer linking via XLR, and an auxiliary stereo AES output provide versatile connectivity. Full compatibility with Genelec SAM systems and integration with GLM 5 deliver precise calibration and control, adapting perfectly to any format, layout, and room.

Le 9402A AoIP System Management Device pour Dante vers AES/EBU est une interface audio multicanal sur IP (AoIP) centrée sur Dante, conçue pour intégrer facilement les systèmes de monitoring actif intelligent (SAM) aux réseaux de diffusion et de production modernes. Conçu pour des flux de travail immersifs et évolutifs, le 9402A assure une distribution audio multicanal de haute qualité sur les infrastructures IP standard, en privilégiant une connectivité Dante robuste et une grande fiabilité du système.