With many studios and professional audio companies embracing Dante audio networking solutions, digital connectivity becomes a simple, versatile, and reliable process. Responding to that trend, TASCAM has unveiled two innovative new additions to their line of Dante-enabled offerings. Designed to provide powerful and flexible connectivity between analog and digital components, the TASCAM ML-32D and ML-16D are multichannel Line Level to Dante and Dante to Line Level interfaces.
With Dante-enabled devices becoming increasingly ubiquitous in professional AV systems, TASCAM's ML-32D and ML-16D empower audio engineers and systems integrators to quickly and easily connect 32 or 16 channels of audio between the analog domain and Dante-enabled networked digital components, including the TASCAM DA-6400, SS-R250N, and SS-CDR250 multichannel audio recorders.
The ML-32D and ML-16D deliver pure Dante connectivity, without unnecessary features like mid-level microphone preamps, MADI and S/PDIF interfaces, and other little-used functions that add cost and complexity. Supporting Digital Audio at up to 24bit/96kHz, both units feature analog line level I/O via D-Sub connectors (8 on ML-32D and 4 on ML-16D) and feature front panel LED meters to display both signal level and overload for each active channel.
The TASCAM ML-32D and ML-16D will carry an MSRP of $2,299.99 and $1,599.99 respectively and are scheduled to begin shipping in early 2018.
www.tascam.com
- on Product News
- News
Tascam Expands Dante-Enabled Lineup with New Multichannel Interfaces
December 19 2017, 03:00
With many studios and professional audio companies embracing Dante audio networking solutions, digital connectivity becomes a simple, versatile, and reliable process. Responding to that trend, TASCAM has unveiled two innovative new additions to their line of Dante-enabled offerings. Designed to provide powerful and flexible connectivity between analog and digital components, the TASCAM ML-32D and ML-16D are multichannel Line Level to Dante and Dante to Line Level interfaces.