The MOTU AVB Discovery from MOTU, Inc. Finds all MOTU AVB Devices on your WiFi network, whether they are connected via ethernet or a computer with Thunderbolt or USB.

Tap a MOTU AVB device in the list to open the MOTU AVB Control Panel, giving you access to all the device's settings. MOTU AVB Discovery works in both portrait and landscape orientations. Designed with comfortably large controls, MOTU AVB Discovery can easily be used with only one hand by pressing the desired menu choice and buttons with your thumb. Feature highlights: - Quickly view all MOTU AVB devices on your WiFi network - One-touch access to your MOTU AVB Device's settings. Evoltap, Almost poibtless This app will find a MOTU avb device that is connected to you computer but not directly to your router.that's about all its good for. They didn't change anything from the desktop browser app, so it's totally cumbersome on an iPhone, possibly better on an iPad.

You can only see one fader at a time. Since it's the same as the browser app, you're better off connecting your unit to your router and logging into it by just entering the IP address displayed on the unit. If they made I nice dedicated app, that could make these units a lot more powerful!

Using S3's Avb For Mac

Evoltap, Almost poibtless This app will find a MOTU avb device that is connected to you computer but not directly to your router.that's about all its good for. They didn't change anything from the desktop browser app, so it's totally cumbersome on an iPhone, possibly better on an iPad.

You can only see one fader at a time. Since it's the same as the browser app, you're better off connecting your unit to your router and logging into it by just entering the IP address displayed on the unit. If they made I nice dedicated app, that could make these units a lot more powerful!

Tesira clocking Tesira AVB devices that are part of the same Tesira system will automatically synchronize with each other as soon as the Tesira configuration file is loaded. Tesira AVB devices that share the same network but are part of different Tesira systems will not automatically synchronize with each other. Similarly, a Tesira AVB system will not automatically synchronize to a 3rd party AVB device on the same network. This lack of synchronization could result in glitches when sharing AVB audio between different Tesira systems, or when sharing AVB audio between a Tesira system and a 3rd party AVB device. Requirements A Tesira system can be synchronized to another AVB device using the clock signal embedded in a normal AVB stream. This means that to synchronize two or more devices, they must share audio over AVB.

At minimum, one AVB stream must be transmitted by the device providing the master clock, and this AVB stream must be received by one device in each Tesira system that will synchronize to the master clock. Only one device in a Tesira system needs to receive the clock-carrying AVB stream because Tesira devices in the same system will synchronize with each other automatically. If one device in a Tesira system is manually configured to receive a master clock signal, the rest of the Tesira system will immediately synchronize to it.

In order to synchronize with another AVB device, a Tesira system must have an AVB network configured as the system's Clock Master in the Media Networks Setup dialog. This is the default setting for all Tesira files, so it is not normally necessary to change this. For more information, see. Configure AVB streams The first task is to configure each Tesira system's 1722.1 compatible AVB.1 blocks. If another Tesira system will be providing the master clock, it must have at least one AVB.1 Output block configured. If a 3rd party AVB device will be providing the master clock, it must be configured to transmit an IEEE 1722.1 compatible AVB stream according to the manufacturer's instructions. All Tesira systems that will synchronize to the master clock source must have at least one AVB.1 Input block configured.

The AVB stream used for synchronization could be carrying any audio signal, including regular audio, the output of a tone or noise generator, or even silence. If you cannot or do not want to use a stream carrying a normal audio signal, a simple way to create a dedicated stream for synchronization is to route a tone generator to an AVB.1 output block in the clock-master Tesira device. Similarly, in the Tesira systems that will synchronize to it, route an AVB.1 Input block to a meter block. Figure 1 - clock source Figure 2 - clock receiver Naming the AVB streams, as shown in the examples, can make the streams easier to identify in Riedel AVB Manager.

Patch AVB streams The AVB stream carrying the clock signal must be routed from the transmitting device to all receiving devices. Open Riedel AVB Manager and go to the Connection Management tab. If it is not visible, it can be opened from the View menu. Find the Talker (transmitter) stream that you want to use as the AVB clock signal, and patch the correct Listeners (receivers).

Figure 3 - patching streams in Riedel AVB Manager The Stream Connections section will show only the devices' names at first (Biamp Tesira devices are all named Tesira). Click the '+' symbol next to each device name to display its talker and listener patch points. Adding the filter string can be useful to make Riedel AVB Manager display only the streams you are interested in. By default, all Tesira AVB.1 streams names start with the word stream. Change the Clock Domain In the window on the right, click on the arrow next to CONFIGURATION.1: 'Configuration' to expand it. Figure 7 - Expand Tesira options Next, find the number of the incoming stream that the Tesira device will derive its clock from.

At the top of the window, the stream names and numbers are listed together. As you can see, it is helpful to name the stream. Figure 8 - Stream name and number listing Finally, scroll down to to the entry Clock Domain.1: 'Tesira Clock Domain' and select it. In the windows on the right, in the Values section, change the Clock source index to the correct stream number. Figure 9 - Select the device clock source.