ALTINEX, Inc | Matrix Switchers

Home > Products > Matrix Switchers > V-Matrix > Introduction

V-Matrix Introduction

The V-Matrix® is a highly versatile matrix switcher, capable of routing I/O matrices of 8x8 up to 128x128, and handling signals ranging in complexity from audio to composite video to high-bandwidth RGBHV. Based on a unique new design, the V-Matrix provides complete modularity through the use of independent elements for its housing enclosure, matrix router, input cards and output cards.

The V-Matrix system enables you to design a huge number of configurations, with sizes ranging from 8x8 to 128x128 (in increments of 8) and signal formats that include any combination of RGBHV, RGBS, RGsB, component video, S-video, composite video, stereo audio and mono audio. The V-Matrix will route input signals to compatible output devices; it will not change the signal format, i.e. it will not change a broadcast video input to RGBHV.

The modularity of the V-Matrix makes it quick and easy to upgrade and maintain. All input and output cards, as well as the basic enclosure can be virtually stripped down to its bare metal essentials and re-built with user-friendly "pluggable" pieces - including the Matrix Engine and dual A/C power supply - without removing it from the rack.

Control of the system can be accomplished through an optional front panel controller, or through RS-232 by a control system or Windows® computer. The protocol for input/output selection is both powerful and simple, involving basic, easy-to-understand ASCII commands. The back panel also provides a 10 Base-T connection for future network control capabilities.

The building blocks of a V-Matrix system are the basic enclosure, power supply, the Matrix Engine, and input and output cards.

The 8-Input video cards provide built-in ground loop isolation (GLI on Board™). Both the input and output video cards provide a bandwidth of 450 MHz @ -3dB, for use with extremely high-resolution computer video signals.

The audio input and output cards utilize balanced audio signals and terminal block connectors. These high-performance cards offer a frequency range of 10 Hz to 20 kHz, and S/N ratio > 94dB.