Extron electronic 1632 manual Introduction, Local Video and Audio Inputs and Outputs

M T P X S e r i e s

Introduction

The Extron MTPX Series Twisted Pair Matrix Switchers offer an innovative new feature set to simplify the complexity of a twisted pair A/V system. Local video and audio inputs and outputs enable direct connection of equipment that is located within the same rack as the MTPX Matrix. This greatly simplifies system complexity by eliminating additional MTP transmitters and receivers. Additional features include switchable pre-peaking on a number of the outputs to drive signals long distances, audio input gain and attenuation to balance audio levels, and output volume control for the local outputs.

When paired with Extron MTP U Series Universal Mini Twisted Pair Receivers, MTPX Series Twisted Pair Matrix Switchers allow composite video, S-video, and VGA, along with audio or RS-232 control signals, to be sent over a single CAT 5 cable and output on the appropriate connector at the display. Using one cable for all signal types simplifies system wiring and uses only a single matrix switcher output and MTP U Series receiver per

display.

The powerful feature set in the MTPX Series Twisted Pair Matrix Switchers enables integrators to greatly

reduce installation time and costs associated with rack space, cabling, and installation, when compared to traditional twisted pair matrix switching. MTPX Series matrix switchers are ideal for command and control centers, classroom buildings, auditoriums, large entertainment venues, and other video, audio, and control signal routing applications.

Local Video and Audio Inputs and Outputs

In traditional twisted pair matrix switching, each local source requires a transmitter, and any local display, such as a rack-mounted monitor, requires a receiver. Integrating local devices uses up valuable UTP inputs and outputs on the matrix switcher and adds to the overall cost of the system.

Local video and audio inputs and outputs enable direct connection of equipment that is located within the same rack as the MTPX Matrix Switcher. This greatly simplifies system complexity by eliminating need for additional MTP Series transmitters and receivers.

Local Video and Audio Inputs: Each model features either three or six local inputs, depending on size, for high resolution video and stereo audio via 15-pin HD connectors and captive screw connectors. Each local input functions as a separate transmitter, converting the incoming analog signals to an Extron proprietary signal for distribution through the matrix to an MTP Series receiver.

Local Video Outputs: Smaller size MTPX and MTPX Plus models include one high resolution video output and larger sizes include two. These outputs are on 15-pin HD connectors and follow the UTP outputs. They are ideal for sending signals to a cueing monitor or videoconferencing system in the equipment rack.

Local Audio Outputs: These captive screw connectors output balanced or unbalanced line level mono audio. Each connector offers two identical mono audio outputs. There are either four or eight local audio outputs on each model, depending on size, providing the ability to route audio signals to a rack-mounted amplifier or audio processor.

Video Output Pre-Peaking

In the MTPX Series, 25% of the UTP outputs feature switchable pre-peaking for optimizing the video signal when needed. For example, the MTPX 816 features four UTP outputs with pre-peaking capability, while on the MTPX 3232, eight of the UTP outputs feature pre-peaking capability. The pre-peaking circuit provides additional compensation, which optimizes the output video signals for longer cable runs.

Front Panel and Serial Control

All six MTPX Series models ship standard with the exclusive QS-FPC - QuickSwitch Front Panel Controller, as well as RS-232/422 capability. The QS-FPC provides touch-of-a- button input and output selection directly from the front panel. With an individual button for each input and output, it is easy to configure, view, recall, and cancel I/O ties and presets, simplifying operation and saving time and effort during installation.