Extron Introduces New DMP 128 Audio DSP Models with Dante™

  • Public relations contact:
  • Joe da Silva, Vice President of Marketing
  • Extron
  • E-mail: pr@extron.com

Anaheim, California (January 14, 2013) - Extron Electronics is pleased to announce a major expansion to the DMP 128 Series of Digital Matrix Processors with three new models featuring Dante network connectivity from Audinate. The DMP 128 is a 12x8 audio mixer featuring Extron ProDSP™, automixing, I/O expansion capabilities, and available AEC - acoustic echo cancellation. The three new DMP 128 AT models feature a 56 input by 24 output expansion matrix, providing efficient scalability for creating larger audio matrixes over a local area network using standard Internet Protocols. A built-in four-port Gigabit switch provides direct interconnection of multiple DMP 128 AT units. DMP 128 processors offer a configuration approach to DSP that simplifies mixing, routing, conferencing, and room optimization. Quick and intuitive configuration using the DSP Configurator™ Software allows the DMP 128 to be installed in very little time, with easy-to-learn adjustments that can be heard in real-time.

 

"We are pleased to be offering our DMP 128 audio DSPs with Dante digital audio networking capability, which provide a very wide range of possibilities for large-scale audio system designs and future system expansion," says Casey Hall, Vice President of Sales and Marketing for Extron. "These three models are new additions to our growing family of DMP 128 audio processors which offer several advanced features including AEC."

"Extron is recognized for its leadership position for integrated commercial AV installations and we are excited to be a part of this innovative new matrix mixer," says Lee Ellison, CEO of Audinate. "The new Dante enabled DMP 128 offers flexible, scalable audio matrixing, while providing Extron customers with widespread interoperability with other Dante networked products. This delivers an unparalleled rich audio experience for conferencing and presentation systems."

DMP 128 AT models provide scalable audio transport over a local area network using standard Internet protocols. Each processor sends out 24 channels of 24-bit/48 kHz digital audio and can receive 56 channels over the network. A built-in four-port Gigabit switch also provides direct interconnection of multiple DMP 128 AT units to create larger, cost-effective audio matrixes. Dante technology distributes a virtually unlimited 512x512 audio channels at 24-bit/48 kHz over a single Gigabit Ethernet link, or 48x48 audio channels at 24-bit/48 kHz over a single 100 Mbps Ethernet link, plus integrated control data with extremely low latency. 

The DMP 128 features Extron ProDSP, engineered from the ground up using a powerful 64-bit floating point DSP engine and studio grade 24-bit converters with 48 kHz sampling. ProDSP is managed by the intuitive DSP Configurator Software, featuring an easy-to-use GUI that allows for complete audio system visualization within a single window. All DMP 128 models include an automixer with gated and gain sharing modes for managing up to eight groups of microphone signals. Select DMP 128 processors feature Extron AEC with eight independent channels of high performance, fast echo cancellation for optimal intelligibility in conferencing applications.

Extron – The AV Technology Leader
Every day, millions of people around the world are having their experiences enhanced by Extron audiovisual signal processing, distribution, and control solutions. We design advanced technologies to create better looking images, higher quality sound, systems that are easier to control and work more reliably. Our powerful asset management tools are helping technology professionals efficiently manage large numbers of audiovisual systems deployed throughout their enterprises and institutions. Extron AV technology solutions serve the diverse needs of organizations around the world and are deployed in a wide variety of corporate, educational, government, healthcare, retail, and entertainment applications. To learn more about Extron, click here.

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