Burl – B80 Mothership


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  • AMX

AMX – DGX1600-ENC

The new Enova DGX 1600 Enclosure (DGX1600-ENC) is a Digital Media Switcher that is ready to support 4K and Ultra High Definition (UHD) content. The new Enova DGX 1600 Enclosure (DGX1600-ENC) is a Digital Media Switcher that is ready to support 4K and Ultra High Definition (UHD) content. This robust solution includes a NetLinx® NX Integrated Controller, redundant power supplies and can be populated with Enova DGX video input and output boards in addition to optional audio-switching boards. There are four connections per video board, and each enclosure holds four video input boards and four video output boards for a maximum matrix of 16x16. The Enova DGX 1600 adds several new capabilities such as automatic setup of DXLink endpoints, single IP addressing for multiple endpoints, and a new web interface to greatly simplify installation and configuration. The new advanced Audio Switching Boards add audio breakaway capabilities and parametric EQ on each DGX output. The Enova DGX 1600 is far beyond a modular media switcher with built-in controller – it functions as the centerpiece of a complete integrated solution that manages and distributes analog and digital audio and video including HDMI/HDCP, control and Ethernet. Easily integrate HDCP into system designs and enjoy hassle-free plug-and-play operation. No tools, no delays and no key constraints – it just works with AMX's exclusive InstaGate Pro® Technology. Built for today's and tomorrow's needs, a comprehensive set of Enova DGX boards can be used in conjunction with DXLink and DGX Transmitters and Receivers to provide an end-to-end distribution system over twisted pair cable or fiber. An integrated NetLinx NX Controller and embedded Ethernet switch enables management of the entire solution including source equipment and display devices located throughout the environment – all from a single point of control. In addition to eliminating HDCP delays, InstaGate Pro allows traditionally key limited sources to be switched freely to all connected HDCP compliant displays – eliminating HDCP key limitations that plague large applications. Built-in SmartScale® Technology on every output provides video that is perfectly scaled for each connected display, eliminating the integration challenges that can occur when sources and displays have different supported resolutions – making it easy to specify, easy to install and easy to use. With the powerful combination of analog-to-digital signal conversion, video scaling and high speed digital switching the system delivers perfect video every time – regardless of signal type. As part of a complete distribution system, easily send analog or digital audio and video including HDMI with HDCP signals, plus control 10 Km over single mode fiber or 300 meters over multimode fiber; send all this plus power up to 100 meters over standard twisted pair cable to and from the Enova DGX using the DXLink Twisted Pair and Fiber Transmitters/Receivers.
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  • Shure

Shure – AD4Q

Axient Digital offers dual and quad receiver options that open the door to a full range of features, from high-performance RF to transparent digital audio.

The AD4Q Four-Channel Digital Receiver sets a new standard in spectral efficiency. Groundbreaking performance features include wide tuning, low latency, High Density (HD) mode, and Quadversity, ensuring solid performance in the most challenging RF environments. Networked control, AES3 + AES67 + Dante™ output, and signal routing options bring a new level of management and flexibility to your entire workflow.

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  • 24-bit
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  • Yamaha

Yamaha – SWR2100P-5G

Complex network switch setup that was previously better left to an IT technician can now be easily accomplished by anyone. A simple switch setting is all it takes to optimize SWP1 series network switches for Dante operation, and a dedicated Windows application provides “network visibility” for comprehensive monitoring and control. Yamaha has used its knowledge of both IT and pro audio to provide "SWR2100P series" simple L2 switch that has been optimized for networked audio installations. The switch can take advantage of "Yamaha LAN Monitor" a dedicated Windows application that provides 'network visibility' for comprehensive monitoring and control. The "SWR2100P series” which are simple L2 switches can supply power as well as audio and control signals to a PoE-compliant Dante device such as the paging station microphone “PGM1” through just one Ethernet cable. Since the power supply and the network wiring can be combined, the number of cables being used can be reduced, and the connection distance can be extended, so the degree of freedom of Dante device installation is increased and construction flexibility is further improved. Systems built around the SWR2100P-5G or SWR2100P-10G L2 switches allow comprehensive network monitoring from the dedicated Yamaha LAN Monitor software application, with PoE power status monitoring and ON/OFF switching capability. Understanding how multiple switches installed in different locations are connected, plus how network devices are connected to those switches, can be a difficult, time-consuming task. The Yamaha LAN Monitor makes overall network topology clearly visible, giving the user a comprehensive overview of how multiple switches and Dante network devices are interconnected. Simply connect a Windows PC to the nearest SWR2100P series switch and launch the Yamaha LAN Monitor software. You can take a “snapshot” of the network status when set up as required. The software can then automatically keep track of the settings and alert you to any changes. You could take a snapshot of the network, and then you would be alerted if a cable is disconnected, if a device is turned off, or if a wrong connection is made prior to the performance, for example. Identifying devices connected to a switch by only their IP or MAC address is a difficult and error-prone approach. Connected Dante devices are identified by a Dante icon as well as a device ID previously set up via the Dante Controller software. You can also enter additional info, such as the location of the device, in the Label and Comment fields. If the monitoring device does not respond to a Ping, it judges that a fault has occurred and automatically stops the PoE power supply to that device and then resumes it. This restarts the monitoring equipment and attempts recovery. By collectively managing the status of the devices distributed over a wide area, it can ensure that equipment management can operate far more smoothly.
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