Jual YAMAHA TIO1608D Dante equipped io rack with 16 mic or line in

Yamaha Tio1608 D. Tio1608D Overview Interfaces Professional Audio Products The Yamaha Tio1608-D shall be an I/O rack optimized for use with Yamaha TF series digital mixing consoles Yamaha Corporation of America make no claims regarding access or use of Yamaha sites outside of the.

Tio1608-D; General specifications; Sampling frequency rate External: 44.1kHz or 48kHz: Signal delay: Less than 3ms INPUT to OUTPUT, connect with TF5 and NY64-D using Dante, Dante Receive Latency set to 0.25ms (one way), Fs=48kHz Tio racks feature the same recallable D-PRE™ microphone preamplifiers as the TF series delivering extraordinarily natural and musical sound

Yamaha TIO1608D Digital Stage Box with Dante

You are now leaving Yamaha Corporation of America's website and entering the website of Yamaha Corporation, located in Japan In combination with TF series consoles, Tio racks can be connected using up to three units with a fast and. Tio racks feature the same recallable D-PRE™ microphone preamplifiers as the TF series delivering extraordinarily natural and musical sound

Interfaz de Audio Yamaha Tio1608D Addiaudiovisual Tel 976 282 332. It shall have built-in Dante digital audio networking capability and allow flexible, easy system setup The Tio1608-D is a Dante equipped I/O rack with 16 microphone/line inputs and 8 line outputs The Tio1608-D preamplifiers can be remotely controlled from a TF series console Up to three Tio1608-D units can be connected simultaneously, providing a high-performance, high capacity stage box system with as many as 48 inputs and 24 outputs

Tio1608D Yamaha Tio1608D Audiofanzine. Tio racks feature the same recallable D-PRE™ microphone preamplifiers as the TF series delivering extraordinarily natural and musical sound Tio1608-D; General specifications; Sampling frequency rate External: 44.1kHz or 48kHz: Signal delay: Less than 3ms INPUT to OUTPUT, connect with TF5 and NY64-D using Dante, Dante Receive Latency set to 0.25ms (one way), Fs=48kHz