d&b introduces DS10 audio network bridge
German pro audio manufacturer d&b audiotechnik has introduced the DS10 Audio network bridge, which is designed specifically for d&b amplifiers.
It provides 16 AES3 output channels via the Dante audio transport protocol through Ethernet, four AES3 input channels and an integrated 5 port network switch.
Using the DS10, multiple channels can be sent from the console to the amplifiers using a single network cable. At the amplifiers, the DS10 distributes the audio signals to the AES3 inputs within the d&b amplifiers. The DS10 sends meta data information, such as Dante channel labels and cabling information via the AES3 channel stream to the latest generation of d&b amplifiers for simplified routing and troubleshooting.
The DS10 is more than just an interface between the Dante audio transport protocol and the d&b amplifiers. Four AES3 input channels enable use as a Dante break-in from a Front of House console. Additionally, the DS10 offers a ‘Bypass’ mode, which allows operation as an AES3 splitter, directly distributing the four AES3 input channels to all AES3 outputs.
The wide range power supply is suitable for mains voltages 100 – 240 V, 50 – 60 Hz, and features Overvoltage protection of up to 400 V.
The DS10 features an integrated 5-port switch, with options for a primary and redundant network, as well as further connectivity for external devices such as a laptop to access the d&b Remote network and control amplifiers using the d&b R1 remote control software.
The DS10 can transport both audio and remote control data via the same network cable. All four channel d&b amplifiers [the D80, D20, 30D and 10D] can be controlled via Ethernet using the Open Control Architecture protocol (OCA), providing a high bandwidth and a quick response time for fast and accurate adjustment. These four channel amplifiers provide comprehensive Digital Signal Processing capabilities including two 16-band equalizers and up to 10 seconds of delay for each channel, as well as setups for d&b loudspeakers.