Seikaku – DSS0816


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  • RDL

RDL – DDS-BN2ML

The DD-BN2ML is a complete wall-mounted Dante audio network interface. It features one XLR mic or line input and one mono-summed Mini-jack line input on the front panels, plus two line outputs on a rear-panel detachable terminal block. The DD-BN2ML is a complete wall-mounted Dante audio network interface. It features one XLR mic or line input and one mono-summed Mini-jack line input on the front panels, plus two line outputs on a rear-panel detachable terminal block. Special software is not required to configure the DD-BN2ML. The XLR input provides three switches that may be set from the front of the unit when the cover plate is not installed. One switch enables or disables P48 phantom; the second switch selects the mic or line gain range; the third switch sets the gain. The Mini-jack input accepts mono or stereo unbalanced line-level sources that are summed to mono. Each rear-panel output provides a switch to set the output to balanced professional or unbalanced consumer level. The DD-BN2ML fits a standard US dual-gang electrical box or an RDL WB-2 back box for installations in thinner European or equivalent walls. The DD-BN2ML is PoE powered, and is available in multiple finishes with optional customized graphics. The XLR input is converted to feed one Dante network transmit channel. Three gain settings are switch-selectable for both the mic and line input ranges to match condenser or dynamic mic levels and standard line levels. The Mini-jack left and right inputs are summed to mono to feed one Dante network transmit channel. This input provides a network digital audio level of -18 dBFS for an unbalanced -10 dBV input. Two Dante audio channels are converted to balanced line level on the rear-panel detachable terminal block. Each output provides +4 dBu balanced for a network digital audio level of -18 dBFS. Each output is equipped with a selector to unbalance the audio and attenuate the level to -10 dBV. These switches are located on the top of the chassis and are set by the installer prior to mounting the unit. The rear-panel outputs are intended for connection to RDL AMS connectors mounted in Decora-style plates that match the DD-BN2ML. AMS audio connectors include RCA, Mini and XLR jacks. The output plate may be located together with the DD-BN2ML in a triple gang box or may be mounted remotely in a single box. Valid PoE power and synchronization to the Dante network are indicated by green LEDs visible from the front of the unit. The DD-BN2ML is a professional grade product with a discrete mic preamplifier for studio quality fidelity and low noise performance, coupled through a metal XLR jack housed in a stainless steel chassis with dual powder-coated or stainless steel Decora front plates. The DD-BN2ML’s superior performance specifications make it ideally suited to the most demanding installations, and an exceptional value in commercial networked audio systems. This full-featured product is engineered and manufactured in the U.S.A for continuous duty in demanding installations. Designed to outperform. Built to last.
    I/O Interfaces
Yamaha_-_SWP1-8|Yamaha_-_SWP1-8
  • Yamaha

Yamaha – SWP1-8

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. 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 first entered the network device business in 1995, and has grown to hold a significant share of Japan’s small to medium enterprise and SOHO network market. Yamaha gigabit L2 switches that could be linked to Yamaha routers/firewalls were introduced in 2011, with features that significantly reduced the network setup, maintenance, and management workload.20 years later audio networking has become one of the fastest growing, most highly valued technologies in the live sound and pro audio fields. An expanding range of Dante capable Yamaha products, including the highly regarded CL series digital mixing consoles, continues to lead the way. SWP1 series network switches are a solution the pro audio market has been waiting for, offering an ideal balance of IT and pro audio know-how that only Yamaha can provide.The SWP1 series makes audio network setup, monitoring, and operation easier and more convenient than ever before. The SWP1 series network switch equipped with eight etherCON ports and two option slots. etherCON Connectors: 4 front / 4 rear Optional optical module slots: 2 front  
    I/O Interfaces
galaxyantelope
  • Antelope Audio

Antelope Audio – Galaxy 64

Antelope Audio’s first Dante interface is also the world’s first 64-channel AD/DA converter. Featuring all industry-standard analog and digital I/O within a 2U rack space, including 64 channels of analog in and 64 channels of analog out, Thunderbolt™ 3, DANTE, AES/EBU, HDX and MADI, the GALAXY 64 is equipped to handle all audio going in and out of your production facility or live venue.

The GALAXY 64 is a Synergy Core interface running both ARM DSP + FPGA chips, all in custom configurations, processing tens of input/output audio streams, and hundreds of low latency studio effects, all without burdening your CPU. With a total of 12x ARM DSP + 3x FPGA units on-board, a single GALAXY 64 can handle large sessions with hundreds of FX instances applied to each individual project, while employing a 3rd FPGA chip to process the routing matrix and manage conversion.

Designed for world class studio recording, live venues, post-production, broadcast, large-scale scoring, and other enterprise applications, GALAXY 64 fits 64 channels of all-encompassing connectivity, class leading signal processing, and rock-solid reliability inside a single 2U rackmount unit.

    I/O Interfaces