970 The Answer

Please note the date of this event has been changed to Thursday.

​Join us Thursday, September 3rd at 2pm for a stream on integrating the Sound Devices 970 with Boom Recorder and the Yamaha QL1. Peter Schneider and technician Will Colding will demo how it was done and discuss using Open APIs and DIY technology to customize audio recording set-ups.

Point your browser to gothamsound.com/livestream to watch and chat during the broadcast or catch the replay at your convenience.

Now Renting!

We've added a whole lot of new rental inventory, so if you've been dying to try out the latest and greatest, give us a call or email [email protected] - we'll see if we can work something out. And, hey, if you decide to buy any of these items within thirty days of your rental, we'll credit you the rental cost of those particular items!

  • 4060 Lavalier Mics
  • d:fine Headset Mics

....and much, much more! Don't see what you need? Let us know and we'll see what we can do! Remember, all rental prices are guidelines - we can offer discounts on package deals and long-term rentals and will work with you to get the best solution for your budget!

Dante Avante!

Dante is an established audio networking protocol that allows 32 channels of digital audio to travel over gigabit Ethernet with extremely low latency. We're seeing an increasing number of manufacturers adopt the protocol including Focusrite, JoeCo, Yamaha, Sound Devices and now Lectrosonics. - GSC


Lectrosonics Introduces Aspen Dante Network Processor
32 x 32 channel Plug 'N Play network audio transport
lectrosonics.com

Rio Rancho, NM - May 2012. Meeting the demand for reliable network audio transport, Lectrosonics has developed the SPNDNT network processor to expand the ASPEN digital matrix processor family. The new network processor is much more than a simple network interface. Instead, it is a full featured DSP processor that can address both the ASPEN and Dante matrices and add mixing, gain, and delay functions to the digital audio signals. Any of the 48 final mixes in the ASPEN matrix can be assigned to any one or more of the Dante channels for transport to other endpoints in the network. Dante signals can also be imported into the ASPEN matrix in a local processor sub-system for mixing with other local and network signals, and then routed onward to other local or network devices.

More...

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