Follow-Me Mouse Console

The Follow-Me Mouse console is a high quality piece of hardware with which one operator can follow one performer using multiple fixtures. It is an ergonomic mouse controller for prolonged shows with proportional control for accurate tracking.

It has two buttons and two encoders that can be assigned to any mapping function within Follow-Me 3D. The console has a target selection ID display to identify which target the controller is connected to.

The casing of the Follow-Me mouse console is made from robust metal: especially made durable for the often challenging environments within the entertainment industry. The mouse feels nice to control, so that operators are not strained during prolonged shows. Together with the fader console, it is a perfect combination for operating the Follow-Me software.

Packshots Follow Me systeem in opdracht van Tango Design
Packshots Follow Me systeem in opdracht van Tango Design

Mouse console connectivity

The Follow-Me Mouse Console is powered over ethernet: the device should be connected with an ethernet cable to a PoE switch to receive power. The switch can then be connected to the Follow-Me mac, allowing mouse movements and button presses to be registered in Follow-Me.

The console has a Neutrik XLR-4 output to link to the optional Follow-Me Fader Console which allows an additional 4 mappable faders, 4 encoders as well as 4 switches. This provides the operator with more customizable mapping options. Also, on the back there is a Neutrik XLR-3 available for the optional LED desk light.

For more information, please get in touch with us.

Technical specifications

Input: 48V DC PoE IEEE 802.3af – 0.35 Output to console: 12V DC – 0.35A Desklight output: 12V DC – 150mA max Dimensions (W x D x H): 128.0mm x 197.79mm x 71.62mm Weight: 1.044kg Operating temperature: -10 to +50°C (non-condensing)

This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.