JESE RDM-TRI

Documents

RDM-TRI MK2

Data Sheet

RDM-TRI MK2

TRI User Guide

RDM-TRI MK2

GetSet MV Guide

RDM-TRI MK2

The smart way to add RDM to your DMX network.

- Full Featured -

RDM Protocol Aware
Independent DMX Input
DMX Sockets 1kV Isolated
RDM Idle State Bias on Output
120 Ohm Termination on Sockets
Full DMX Input RDM Interleave
Triple Input Frame Buffering
Selective DMX Input Override
On Board Discovery Engine
RDM Error Management
Configurable Output Parameters
1 to 40 Frames/second
Frame Break Time (BRK)
Mark After Break (MAB)
TX & RX Indicators
Audio Error Indicator
Standard Command Set
Robust Firmware Upgrade
Published Interface Spec

Suitable for DMX512 and RDM

Click on image to view

DMX In, DMX + RDM Out

RDM Controller Software

RDM Controller Windows Application.
Graphical interface for Intuitive control.
Utilises protocol engine facilities
on board the RDM-TRI.
Includes 1 year of free upgrades
Available with as Package or Separately

- Controller Package -

The RDM-TRI is available on its own or as a Package, bundled with GetSet MV, a Windows RDM Controller Utility. Licenses to use the controller with GetSet MV can also be purchased separately.

The controller is an ideal addition to a DMX installation, providing access to new RDM enabled fixtures without sacrificing existing DMX control. A USB cable to connect to PC is included.

DMX512

- Transmitter -

The TRI will generate DMX Universe frames asynchronously at rates configurable between 1 to 40 frames a second. Options are available to update the entire frame at once, a single slot within the frame or to insert a single frame into the transmission sequence.

- Receiver -

The TRI provides synchronous and asynchronous modes for monitoring DMX Frames, giving the application the flexibility to react only when frame data changes.

RDM ANSI E1.20

- Controller -

Full RDM versions of the TRI come into their own when a simple to manage interface with the world of RDM is required. The RDM protocol handling and checking is taken care of in real time, leaving the host application free to make simple requests and issue instructions to all compliant devices.

The TRI has an onboard discovery routine which, when instructed, discovers all compliant devices and compiles a list for the host application to query.