The DMPS-200-C from Crestron is a complete, high-definition presentation control and signal routing solution for boardrooms, lecture halls, and videoconference rooms. Integrating the control system, multimedia matrix switcher, mic mixer, audio DSP, and amplifier all into one 3-space rack mount package, the DMPS-200-C affords flexible signal routing and high-performance signal processing without the need for separate components. Auto-configuring inputs enable plug-and-play compatibility with a wide range of digital and analog sources. Built-in DigitalMedia and HDBaseT connectivity affords a streamlined wiring solution for interfacing with remote AV sources, computers, and display devices.
HD System Switcher
The DMPS-200-C provides high-performance routing of numerous digital and analog sources to two separate projectors, flat panel displays, codecs, touch screens, and other devices. Connectivity is provided for up to five HDMI sources[1], or other combinations of HDMI, RGB, SPDIF, analog audio, and analog video sources (plus additional remote sources via DM 8G+ or HDBaseT). Input auto-detection and auto-switching eliminates the need to configure the inputs - simply connect your source and the DMPS-200-C selects the right audio and video combination. Built-in matrix switching allows routing of six different sources to two separate digital AV devices and three analog audio components.
Flexible Audio Routing
The HDMI, SPDIF, and analog audio inputs may be configured to follow their associated video inputs, or switched independently. In fact, the audio from any HDMI source can be extracted from the digital stream and converted to analog to feed an outboard processor, mixer, or codec, with the return signal feeding back through any analog input, which can be embedded with any video source to form a new HDMI output. Routing of multi-channel PCM, Dolby, and DTS audio sources is supported through the HDMI and DM 8G+ outputs. The HDMI, SPDIF, and analog audio inputs include adjustable input compensation to accommodate a wide range of signals and maintain consistent volume levels when switching between sources.
