Stoltzen Tornado D2X 2x XLR Output 2 Ch Dante to Analog XLR

Stoltzen Tornado D2X 2x XLR Output

2 Ch Dante to Analog XLR

Varunummer: 130977
Alt. varunr: TOR-D2A-XLR
BeskrivningExtern Info
Beskrivning

Stoltzen Tornado D2A 2x XLR Output

2 Ch Dante to Analog XLR

 

Stoltzen Tornado I/O Adapters - the perfect solution for seamlessly integrating traditional analog systems with Dante audio networks!

With Stoltzen Tornado I/O Adapter, you can connect your familiar mixing consoles, wireless microphones, and other analog signal sources or amplifiers to your audio network without the need for expensive replacements. Its high-performance, cost-effective and compact design makes it an essential tool for every audio professional.

Featuring plug-and-play capabilities, each Stoltzen Tornado I/O Adapter is a complete high-performance Dante device that is compatible with all Dante interfaces, providing you with all the expected features of a Dante audio network, including high-fidelity audio reproduction, ultra-low latency, and sample-accurate synchronization.

Experience the interoperability, high-performance, and scalability of a modern Audio over IP connection with the Stoltzen Tornado I/O Adapter. Download resources and learn more about this essential audio tool on our website now.

 

Stoltzen Tornado I/O Adapter features:

  • Seamlessly connects traditional analog audio devices with Dante networks
  • High-performance, cost-effective and compact design
  • Plug-and-play capabilities
  • Provides all expected features of a Dante audio network
  • High-fidelity audio reproduction, ultra-low latency, and sample-accurate synchronization

 

Main Specifications

Connector type 1

2x XLR-F

Connector type 2

LAN Rj45

Power

Class 1 802.3af PoE

Product series

Tornado

Brand

Stoltzen

Network protocol

AES67 RTP, Dante Audio

 

Extended Specifications

EAN

7072262009964

Frequency Response

20Hz~20kHz (-/+0.1dB)

SNR

>116dB

THD+N

0.001% @1kHz+4dBu

Analog Output Level

18dBu

Output dynamic range

116dB

Audio Format

48K/24bit

 

Extern Info