This so called "ILDA connection" is a rather old transmission method, however it is used for nearly all computer controllable laser systems at the moment. As the ILDA signal is a parallel transmission, the computer control signal (which is serial) needs to be converted to ILDA.

To accomplish this, ILDA has defined the key parts of the projectors themselves. These elements, used in conjunction, constitute the ILDA Standard Projector. These parts are: • Scanner tuning; • DB-25 connector and signal specifications; • DMX-512 effects control; • Effects Specification; and • ADAT tape playback track assignments.

The DB-25 connector connects laser graphics signal sources to laser graphics projectors. The DB-25 pinout is designed so that the signals needed by most users are grouped together. It provides a logical ordering of signals to facilitate easy recollection in the field without a diagram.

The interfacing connector pinouts have been defined for single-ended or differential sources, driving single or dual scanner set projection devices. Five differential analog signals (Red, Green, Blue, X-Axis, Y-Axis) and one single-ended digital signal (Master Shutter) have been defined for a full color, single scanner set laser graphic image.

2016年11月23日 · The chart below lists pins for the ILDA DB-25F female connector. This connector conforms to the ILDA DB-25 connector standard. The ILDA standard uses differential signals for projector inputs, primarily because they are more immune to noise. For example, you will see X+ and X- signals defined below. The positive indica

2014年11月16日 · You can use these proposed standards for guidance such as understanding ILDA's technical goals, or for preliminary product development. But be aware there may be differences between draft versions and any final, official version approved by the Technical Committee and the ILDA Board.

The chart below lists pins for the ILDA DB-25F female connector. This connector conforms to the ILDA DB-25 connector standard. The ILDA standard uses differential signals for projector inputs, primarily because they are more immune to noise.

The chart below lists pins for the DB-25F female connector on the QM2000. This connector conforms to the ILDA DB-25 connector standard. The ILDA standard uses differential signals for projector inputs, primarily because they are more immune to noise. For example, you will see X+ and X- signals defined below.

In the laser show industry the ILDA ISP connector is the standard interface to connect a laser projector to its controlling equipment. It is a 25 pin D-SUB connector. The projector uses a male connector, the controlling equipment a female one.

An ILDA connector is the standard connector for show laser lights to connect the laser display with an ILDA cable to the laser control device. The connector is a 25 pin DB-25 connector: Pin 1