Roland Systems Group V-MIXSYS-BAS Digital M-300 V-mixing System (28 inputs x 18 outputs)

Description/Specs

Live sound mixing can be a challenge. That's why Roland Systems Group developed the V-Mixing System - an easy, convenient way to mix live audio digitally. By going digital, you simplify the entire process of getting quality sound to your audience. With a V-Mixing System, there's no need to run a bulky snake cable from your mixer to the stage - everything connects via lightweight Ethernet cable. No matter the size of your venue, whether you are a church, school, or recording studio, you will enjoy the benefits that digital mixing provides.

Roland V-Mixing Systems can be configured in many different ways to suit your particular needs. The V-MIXSYS-BAS, as shown here, has been pre-configured as an example of a basic digital system. With 28 inputs and 18 outputs, you have plenty of resources to mix for smaller venues.

V-MIXSYS-BAS Includes:

One M-300 32-channel Live V-Mixing Console.
One S-1608 16X8 Digital Snake Stage Unit.

M-300 Main Features:

32 mixing channels, L/C/R outputs, 8 AUX buses, 4 Matrices.
4-band PEQ and dynamics on all channels.
11 different built-in multi-effects/ PEQ and delay on all outputs.
24bit AD/DA for high-quality soundRemotely controllable from a PC.
Record to /playback from USB flash memory.
Perfectly integrates with the Digital Snake for simple and high-quality audio transmission, distribution, splits and merging.
Construct a flexible and powerful system by adding the Personal Mixing System, multi-channel recording and other REAC components.

S-1608 Digital Snake System

Easy to use and quick to install, the S-1608 Digital Snake System is a small format audio snake solution that offers the highest quality audio signal available in a portable snake system. The S-1608 Digital Snake system is ideal for bands, corporate A/V events, seminars, rental and staging houses, Houses of Worship and broadcasters that need the best possible sound quality from their audio without the high frequency losses and bulk of an analog snake.