Binary B-900-MOIP-4K-TX-2AC

Binary™ 900 Series 4K Media over IP (MoIP) Transmitters with Audio Downmixing, when joined in a system with a MoIP Receiver and one MoIP Controller, create a highly scalable, flexible IP media distribution system delivering visually lossless 4K HDR (HDR 30Hz and HDCP 2.2 compatible) video. Operating on a cost-effective gigabit Layer 2 PoE switch, this setup is the fastest and simplest out there. Plus, with Audio Downmixing and Audio Lip Sync adjustment, you'll have ultimate audio flexibility. Additionally, OvrC remote management allows for quick system setup, easy troubleshooting with access to live screenshots of source stream and fast, simple firmware updates. MoIP Transmitters also include a selection of audio features that allow dealers to solve issues on every job, including HDMI loop-out, audio breakout, and the ability to fix the audio to stereo or 5.1 multichannel. Lastly, RS-232, IR, and IP drivers for popular control systems provide tremendous flexibility in system design.

Features

Dolby and DTS Audio Downmixing: Our Binary™ 900 Series 4K Media over IP Transmitter with Downmixing allows downmixing of multi-channel audio to 2-channel audio, eliminating the need to choose multi-channel or force downmixing, providing immersive multi-channel audio in one area while sharing throughout the space in 2-channel audio format.

Supported Audio: Binary™ 900 Series 4K Media over IP Transmitters and Receivers support Dolby Digital, Dolby Digital+, Dolby TrueHD, DTS, DTS-HD, and DTS-HD Master downmixing for ultimate flexibility in video and audio integration.

Audio Lip Sync Adjustment: The Binary™ 900 Series 4K Media over IP Transmitters and Receivers with Downmixing support lip-sync adjusting for the analog output from 0ms to 250ms for perfect audio/video synchronization.

MoIP Backward Compatibility: The B-900-MOIP-4K-RX-2AC receiver and B-900-MOIP-4K-TX-2AC transmitter are designed to coexist with B-900-MOIP-4K-RX receivers and B-900-MOIP-4K-TX transmitters, letting you downmix when needed. Plus, decoders at each endpoint provide additional system flexibility. Downmix audio from each source into a multizone audio system, expand audio from a MoIP receiver to a secondary listening zone with only 2-channel audio, or both!

Visually Lossless 4K Video: MoIP encodes video up to 4K HDR using visually-lossless, variable bit-rate compression technology. The system is HDR and HDCP 2.2 compatible, resulting in an ultra-stable video stream, perfect audio/video sync and ultra-low latency (one frame).

Limitless Control Options: Switching of inputs (TX) to outputs (RX) is done through IP commands from a control system sent to the MoIP controller. Out of the box, the system supports three methods for controlling sources and displays: IR, RS-232 and CEC. IR or RS-232 commands can be issued via IP and generated at each endpoint. If desired, IR and RS-232 virtual routing can also be configured from any TX to any or all RX(s). Desired methods for issuing commands are selectable via the local UI. Lastly, for more basic installs where display on and standby is all that is needed, MoIP also supports CEC.

Real-Time Video Diagnostics: MoIP provides peace of mind when you leave the job. Not only is it inherently reliable, but there are a host of tools to assist in troubleshooting. Each transmitter provides a live screenshot of the source output, so you can quickly determine if the source is generating video. Additionally, deeper insights are readily available – such as resolution, refresh rate, color depth and HDCP version detected. Best of all, thanks to OvrC, all of this is easily accessed remotely so you can resolve issues caused by unpredictable sources – or customers – without rolling a truck.

Control System Integration: Our engineers have written drivers for the industry’s leading control systems, including Control4, Crestron, ELAN, URC and more – so controlling the system has a familiar feel. Advanced features like IR routing and RS-232 over IP deliver even more flexibility and customization – and we’ve even provided the MoIP controller’s API to create your own drivers if needed.