Russound VM1 manual Introduction, Product Overview

INTRODUCTION

Product Overview

The VM1 Video Matrix works with a multiroom audio system to distribute analog component video over a single CAT-5e cable to each zone. Capable of han- dling high-definition component video signals, it also provides conversion of composite and S-video signals in some configurations.

Designed for use with Russound RNET® multiroom solutions, the VM1 provides seamless integration with the Russound CAA, CAM, and CAV systems.

The VM1 also works with other systems through seri- al control and offers three control options:

•RNET via RJ-45 modular ports

•RS-232 via DB9 port

•PC control via USB port

The Video Matrix is not IR controllable.

The VM1 has a rack-mountable 2U chassis and includes the following:

•24 VDC power supply

•Rear-panel power switch

•Front-panel multifunction LED power and control data traffic indicators

•Removable rack ears

A red LED on the front panel indicates the power state of the VM1. It glows steadily to indicate power on and blinks to indicate an error in powering up.

A green LED blinks to indicate control data traffic on the serial bus.

VM1 Configurations

The Video Matrix is available in five configurations:

VM1 4 – Provides basic 4x4 switching from analog component video sources only.

VM1 4UC – Provides 4x4 component video switching with one upconverter.

VM1 8 – Provides basic 8x8 switching from analog component video sources only.

VM1 8UC – Provides 8x8 component video switching with one upconverter.

VM1 8UC2 – Provides 8x8 component video switch- ing with two upconverters.

The 4x4 configurations provide four source inputs and four zone outputs. The 8x8 configurations provide eight source inputs and eight zone outputs.

Each source input has red, green, and blue RCA con- nectors for component video signals. Each zone out- put has an RJ-45 8-pole modular connector for a CAT- 5e cable, which feeds an in-wall VMR1 receiver at the zone’s display location.

The upconverter (UC and UC2) configurations convert S-video and composite video signals to component video for distribution while maintaining the original source resolution. The benefit is that the user doesn’t have to select a composite or S-video input on the display to view the sources.

The UC configurations of the Video Matrix provide conversion for sources 1 and 4. The UC2 configura- tion provides conversion for sources 1, 4, 5, and 8.

All upconverter configurations provide mini-DIN con- nectors for S-video signals and RCA connectors for composite video signals. Internal switches allow the installer to select which inputs are used, whether composite, S-video, or component.

VMR1 Receiver

The VMR1 Receiver is a single-gang in-wall device that installs in each room where component video distribution is desired. It receives the video signal from the VM1 through a single CAT-5e cable and pro- vides red, green, and blue RCA jacks for direct con- nection to the display with an RGB video cable.

Video Resolution

The Video Matrix system is capable of high-definition resolution up to 1080p. However, the signal resolu- tion of the HD sources must be compatible with the connected displays. Thus, if any display connected to the Video Matrix is limited to 480p, that output reso- lution must be selected on each connected source, unless the display has the ability to scale the image down from a higher resolution. Otherwise the image will not display properly.

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